References:

NENA/APCO Standard

https://www.apcointl.org/standards/sta-050-3-2026-nena-apco-standard-for-telecommunicator-emergency-response-taskforce-tert-deployment-2/

FEMA Training https://training.fema.gov/programs/independent-study/courseoverview.aspx?code=IS-144.a&lang=

Read the latest blogs at Fletch.TV. Explore more than 200 past episodes at 911TiPS.com. Find all of Fletch’s contact information at fletch911.com.

Keywords: National Preparedness Month, 911 exercise, HSEEP, tabletop exercise, cascading failure, after-action report, corrective action, ECC resilience

Read the latest blogs at Fletch.TV. Explore the full archive of more than 200 past episodes at 911TiPS.com. Find all of Fletch’s contact information at fletch911.com.

Keywords: 911 continuity of operations, ECC outage, alternate PSAP, degraded operations, COOP, emergency communications, mutual aid, cyber disruption

Read the latest blogs at Fletch.TV. Explore the full archive of more than 200 past episodes at 911TiPS.com. Find all of Fletch’s contact information at fletch911.com.

Keywords: National Preparedness Month, telecommunicator preparedness, 911 staffing, ECC continuity, emergency kit, family emergency plan, public safety communications

Read the latest blogs at Fletch.TV. Explore the full archive of more than 200 past episodes at 911TiPS.com. Find all of Fletch’s contact information at fletch911.com.

Workbook Tool for Episode Exercises

https://fletch.tv/wp-content/uploads/2026/08/TiPS_E260904_FRI_End-To-End-Acceptance-Test.xlsx

# Sources and References

## National 911 Program - NG911 Interoperability

https://www.911.gov/projects/ng911-interoperability/

Describes conformance and interoperability testing as necessary to support a nationwide NG911 system of systems.

## NENA - NG9-1-1 Testing Programs

https://www.nena.org/page/NG911_Testing

Distinguishes product planning, industry interoperability events, certification concepts, and customer-specific first-office testing.

## NENA - NG9-1-1 Industry Collaboration Events

https://www.nena.org/page/ng911_ice

Explains multi-vendor interoperability testing and cautions that participation does not itself confer product certification.

## CISA - National Emergency Communications Plan

https://www.cisa.gov/national-emergency-communications-plan

Treats governance, planning and procedures, training and exercises, technology, infrastructure, and cybersecurity as connected emergency communications capabilities.

## CISA - Emergency Communications System Lifecycle Planning Guide Compendium

https://www.cisa.gov/sites/default/files/publications/2018_Emergency_Communications_System_Planning_Guide_Compendium_FINAL_508_08092018.pdf

Places formal testing and acceptance within implementation, recommends resolving deficiencies before final acceptance, and connects procedures and training to system rollout.

This episode covers dependency mapping, controlled failover, meaningful alternate paths, partial failures, common-mode risks, cybersecurity interactions, restoration, failback, and operational evidence.

SOURCES and WorkFiles:

Workbook for Exercises https://fletch.tv/wp-content/uploads/2026/08/TiPS_E260902_WED_Diversity-And-Failover-Test.xlsx

Sources and References

## CISA/NCSWIC - Leveraging the PACE Plan into the Emergency Communications Ecosystem https://www.cisa.gov/sites/default/files/2024-10/2024_NCSWICPTE_Leveraging_PACE_Plan_Emergency_Comms_Ecosystems.pdf

Explains Primary, Alternate, Contingency, and Emergency communications and stresses that backup methods must be feasible, suitable, distinguishable, and practiced.

## CISA/SAFECOM - Interoperability Continuum https://www.cisa.gov/sites/default/files/publications/23_0103_safecom_Interoperability_Continuum_2020_508C.pdf

Connects governance, SOPs, technology, training and exercises, usage, security, and continuity of operations.

## CISA - Emergency Communications System Lifecycle Planning Guide Compendium https://www.cisa.gov/sites/default/files/publications/2018_Emergency_Communications_System_Planning_Guide_Compendium_FINAL_508_08092018.pdf

Places formal testing and acceptance within implementation, recommends resolving deficiencies before final acceptance, and connects procedures and training to system rollout.

## NIST SP 800-34 Rev. 1 - Contingency Planning Guide for Federal Information Systems https://csrc.nist.gov/pubs/sp/800/34/r1/upd1/final

Provides a structured approach for contingency requirements, recovery strategies, plan testing, training, exercises, maintenance, and recovery of information systems and operations.

Build an ECC acceptance plan from operational outcomes rather than a vendor feature list. This episode covers requirements traceability, complete transaction mapping, measurable pass and fail criteria, safe test controls, evidence collection, and final acceptance.

SOURCES and WorkFiles:

Workbook for Exercises https://fletch.tv/wp-content/uploads/2026/08/TiPS_E260831_MON_Requirements-To-Test-Matrix.xlsx

## CISA - Emergency Communications System Lifecycle Planning Guide Compendium https://www.cisa.gov/sites/default/files/publications/2018_Emergency_Communications_System_Planning_Guide_Compendium_FINAL_508_08092018.pdf

## CISA - National Emergency Communications Plan https://www.cisa.gov/national-emergency-communications-plan

## NENA - RFI/RFP Language and NENA Standards https://www.nena.org/page/NG911_RFP_Language

## National 911 Program - NG911 Interoperability https://www.911.gov/projects/ng911-interoperability/

This episode is part of the TiPS week **Before the First Bell: When the Alarm Is the Attack**. The operational guidance is designed to support local planning and does not replace emergency communications center SOP, school EOP, law-enforcement policy, legal advice, or incident command.

Learn more at 911tips.com, fletch.tv, and fletch911.com.

This episode is part of the TiPS week **Before the First Bell: When the Alarm Is the Attack**. The operational guidance is designed to support local planning and does not replace emergency communications center SOP, school EOP, law-enforcement policy, legal advice, or incident command.

PODCAST - School SWATTING Readiness Workbook (Excel workbook)

https://fletch.tv/wp-content/uploads/2026/08/Back-to-School-Swatting-Readiness-Cookbook.xlsx

Source note: These sources support definitions and operational principles. Local law, policy, SOP, counsel, and incident command control local action.

FBI - Threat Actors Use Swatting to Target Victims Nationwide (April 29, 2025): https://www.fbi.gov/investigate/cyber/alerts/2025/threat-actors-use-swatting-to-target-victims-nationwide

FBI San Diego - Back-to-School Reminder: Hoax Threats Are Not a Joke (August 12, 2025): https://www.fbi.gov/contact-us/field-offices/sandiego/news/fbi-san-diego-issues-back-to-school-reminder-hoax-threats-are-not-a-joke

FBI - School Hoax Threats: https://www.fbi.gov/video-repository/school-hoax-threats/view

National 911 Program - Public Safety Information on Swatting: https://www.911.gov/assets/National_911_Program_Public_Safety_Information_Swatting_2015.pdf

CISA - Social Media Threat Guidance for School Staff and Authorities: https://www.cisa.gov/sites/default/files/2023-12/Social%20Media%20Threat%20Guidance%20for%20School%20Staff%20and%20Authorities%20Infographic_508.pdf

CISA - Leveraging the PACE Plan into the Emergency Communications Ecosystem: https://www.cisa.gov/sites/default/files/2024-10/2024_NCSWICPTE_Leveraging_PACE_Plan_Emergency_Comms_Ecosystems.pdf

CISA - K-12 School Security Guide and related resources: https://www.cisa.gov/hometown-security

FEMA - Multi-Hazard Emergency Planning for Schools / ICS and EOP implementation: https://emilms.fema.gov/is_0362a/groups/211.html

SchoolSafety.gov - Responding to and Investigating Bomb Threats and Swatting Hoaxes training listing: https://www.schoolsafety.gov/events/past?page=0

Learn more at 911tips.com, fletch.tv, and fletch911.com.

Threat actors assemble names, schedules, addresses, photographs, floor details, phone numbers, account access, and other public clues into a story that sounds local and urgent. Monday builds an exposure inventory, hardens accounts and connected devices, and creates a verified pre-incident coordination path.

This episode is part 1 of 3 of the TiPS Series:

**Before the First Bell: When the Alarm Is the Attack**

**NOTE: The Excel workbook referenced in this podcast can be downloaded at the link found in the RESOURCE section at the end of this description.

The operational guidance is designed to support local planning and does not replace emergency communications center SOP, school EOP, law-enforcement policy, legal advice, or incident command.

Learn more at 911tips.com, fletch.tv, and fletch911.com.

PODCAST 26 0824 - School SWATTING Readiness Workbook (Excel workbook)

https://fletch.tv/wp-content/uploads/2026/08/Back-to-School-Swatting-Readiness-Cookbook.xlsx

Source note: These sources support definitions and operational principles. Local law, policy, SOP, counsel, and incident command control local action.

FBI - Threat Actors Use Swatting to Target Victims Nationwide (April 29, 2025): https://www.fbi.gov/investigate/cyber/alerts/2025/threat-actors-use-swatting-to-target-victims-nationwide

FBI San Diego - Back-to-School Reminder: Hoax Threats Are Not a Joke (August 12, 2025): https://www.fbi.gov/contact-us/field-offices/sandiego/news/fbi-san-diego-issues-back-to-school-reminder-hoax-threats-are-not-a-joke

FBI - School Hoax Threats: https://www.fbi.gov/video-repository/school-hoax-threats/view

National 911 Program - Public Safety Information on Swatting: https://www.911.gov/assets/National_911_Program_Public_Safety_Information_Swatting_2015.pdf

CISA - Social Media Threat Guidance for School Staff and Authorities: https://www.cisa.gov/sites/default/files/2023-12/Social%20Media%20Threat%20Guidance%20for%20School%20Staff%20and%20Authorities%20Infographic_508.pdf

CISA - Leveraging the PACE Plan into the Emergency Communications Ecosystem: https://www.cisa.gov/sites/default/files/2024-10/2024_NCSWICPTE_Leveraging_PACE_Plan_Emergency_Comms_Ecosystems.pdf

CISA - K-12 School Security Guide and related resources: https://www.cisa.gov/hometown-security

FEMA - Multi-Hazard Emergency Planning for Schools / ICS and EOP implementation: https://emilms.fema.gov/is_0362a/groups/211.html

SchoolSafety.gov - Responding to and Investigating Bomb Threats and Swatting Hoaxes training listing: https://www.schoolsafety.gov/events/past?page=0

In this episode of TiPS Today in Public Safety, Fletch examines what it really means to complete the transition to Next Generation 911. Connecting an ESInet or successfully receiving an IP call does not guarantee that calls, location, media, and incident data can move reliably across jurisdictional and vendor boundaries.

True NG911 capability depends on validated geospatial routing, interoperable call and data transfers, resilient network failover, trained personnel, and sustainable long-term funding. The real test is whether the complete emergency-response ecosystem continues working securely and consistently during routine operations, malformed data, network congestion, cyber events, and system failures.

NG911 is complete when the public receives reliable, interoperable service from the point of origin through the response—not when one piece of technology goes live.

Visit 911tips.com for the complete TiPS archive, fletch.tv for Fletch’s blogs, and fletch911.com for contact information.

Watch - Or see our archive of 250+ Episodes at http://911TiPS.com

#NG911 #911 #PublicSafety #EmergencyCommunications #ESInet #PSAP

In this episode, Fletch examines the shift from upfront capital purchases to recurring operating commitments involving software, cloud services, managed networks, cybersecurity, monitoring, location services, data storage, redundancy, and vendor support.

The transition period adds another challenge. Many jurisdictions must temporarily support legacy and next-generation systems at the same time while the new environment is tested and placed into service. That overlap is not waste—it protects emergency-service continuity.

The central questions are long-term ones: Can agencies afford to sustain NG911 after implementation? Who owns the continuing obligation? And how can smaller communities avoid becoming isolated from an interoperable national system?

NTIA's 2026 NG911 Cost Study: https://www.ntia.gov/report/2026/next-generation-9-1-1-ng911-cost-study

Visit https://www.911tips.com for more TiPS Today in Public Safety.

#NG911 #911 #PublicSafety #EmergencyCommunications #Funding #PSAP #Leadership

In this episode of TiPS Today in Public Safety, I focus on readiness for storms, wildfire, flooding, evacuations, major crashes, and other extended critical events.

The readiness checklist starts with a few essential questions:

- Have backup connectivity, alternate routing, power, credentials, contact lists, and alternate locations actually been tested? - Are GIS data, agency boundaries, resource information, and mutual-aid procedures current and usable? - Can the right information reach the right person before the incident outruns the process? - Are staffing, relief, food, transportation, communication, and recovery plans ready to support the people carrying the event?

Preparedness is not a binder on a shelf. It is the work already completed before the first call comes in.

Watch or listen to the episode posted below, and visit http://911TiPS.com for the complete archive of more than 200 episodes.

You can also read my blogs at http://fletch.tv and find my professional services and complete contact information at http://fletch911.com.

#PublicSafety #EmergencyPreparedness #EmergencyCommunications #911 #NG911 #Resilience #PSAP

TiPS Episode 26 0814 - You Don't Get to Practice the Storm During the Storm

Technology is not deployed when it is installed. It is deployed when the person working the console at three in the morning can use it with confidence, judgment, and purpose.

This episode of TiPS Today in Public Safety examines why training must be treated as an operational discipline—not a one-time event before go-live.

Key points include:

- Train the work, not just the screen. People need to understand why a tool matters during an actual call. - Use quality assurance to uncover training needs and process gaps, not merely to assign scores after the fact. - Let AI help organize calls, identify patterns, and support coaching—but keep human judgment responsible for the conclusion. - Reinforce learning with scenarios, refreshers, real examples, and accessible supervisor coaching.

Training is not what happens before the work. Training is how the work becomes reliable.

Watch or listen to the episode posted below. A complete archive of more than 200 TiPS episodes is available at http://911TiPS.com.

Read my blogs at http://fletch.tv, and visit http://fletch911.com for professional services and all my contact information.

#PublicSafety #EmergencyCommunications #911 #Training #QualityAssurance #ArtificialIntelligence #PSAP

In this episode of TiPS Today in Public Safety, I look at what needs to happen after the ballroom clears, the notes come home, and Monday morning brings everyone back to operational reality.

The practical takeaways:

- Choose one or two ideas with real operational value instead of trying to implement everything at once. - Give every worthwhile change an owner, a first action, and a clear definition of success. - Bring telecommunicators and supervisors into the process early—the console is the final test. - Judge a solution by whether it improves decisions, reduces workload, or helps the right thing happen faster.

The conference may give you the idea. Operations is where you prove it was worth having.

Watch or listen to the episode posted below. You can also explore the complete archive of more than 200 TiPS episodes at http://911TiPS.com.

My public-safety and technology blogs are available at http://fletch.tv, and you can find my professional services and complete contact information at http://fletch911.com.

#PublicSafety #EmergencyCommunications #911 #PSAP #Leadership #Technology #Operations

In this episode, Fletch examines where AI can genuinely help emergency communications: organizing information, reducing administrative drag, finding patterns, supporting quality review, identifying training opportunities, and helping supervisors see what needs attention.

The human still owns the emergency decision. The real return on investment is not simply eliminating a position. It is preventing errors, clarifying information, improving coaching, supporting wellness, and returning time to the people who serve the public.

AI also requires strong governance from the start. It touches personal information, emergency decisions, and public trust.

APCO's recent discussion on AI adoption reinforces the need for clear goals, accountability, and real operational value: https://www.apcointl.org/courses/excellence-in-9-1-1-what-ai-adoption-can-teach-us-webinar-80510/

Visit https://www.911tips.com for more TiPS Today in Public Safety.

#AI #911 #PublicSafety #EmergencyCommunications #PSAP #Leadership

Water does not care where the county line is. Neither does a caller in distress. But our systems, policies, and data often still do.

This episode looks at the operational reality of cross-boundary emergencies. A marine incident, interstate crash, railroad event, wildland fire, missing-person case, or mutual-aid response may involve multiple jurisdictions, agencies, radio systems, and datasets. The caller sees one emergency.

Fletch explains why a transfer is a handoff of life-safety information, not an exit, and why information sharing has to become an operational discipline rather than an IT project.

The best transfer is not the fastest transfer. It is the transfer where the next person already understands what matters.

For timely context: NENA announced its ANSI-approved standard for 9-1-1 notification and coordination with the U.S. Coast Guard in July 2026: https://www.nena.org/news/news.asp?id=731953

Visit https://www.911tips.com for more TiPS Today in Public Safety.

#NG911 #911 #PublicSafety #EmergencyCommunications #PSAP #Interoperability

In this episode, Fletch looks at why a successful emergency call is now a system-of-systems outcome, why information is part of the call itself, and why the trained human being in the center of the operation remains the reliability component that matters most.

The real question is not whether a circuit is available. It is whether the caller can reach the right person with usable information when seconds matter.

The FCC's June 2026 NG911 reliability action is a timely reminder that the move to all-IP emergency communications has to be matched by clear accountability and operational discipline: https://docs.fcc.gov/public/attachments/DOC-422582A3.pdf

Visit https://www.911tips.com for more TiPS Today in Public Safety.

#NG911 #911 #PublicSafety #EmergencyCommunications #PSAP #PublicSafetyTelecommunicators

But the building knows.

Its fire panel knows which detector activated. Its access-control system knows which doors are locked. Its elevators know where they stopped. Its cameras may show where people are moving, and its environmental sensors may already be tracking heat and smoke.

The information exists. The network exists. But the information and the network have never been properly introduced.

Throughout this week, we explored how information becomes an operational decision and how confidence, provenance and independent verification determine whether that information should be trusted. In this episode, we bring those conversations together.

NG911 has given public safety a secure, resilient, IP-based pathway capable of carrying voice, text, images, video and contextual emergency information. Yet many incidents still arrive carrying little more than a voice, telephone number, location and whatever the caller can explain during one of the most stressful moments of their life.

Meanwhile, buildings, connected vehicles, schools, utilities, enterprise security centers and critical infrastructure are already generating valuable emergency context. Much of that information resides in private-sector systems, where new capabilities will continue to be developed and cultivated.

That makes standards work essential. Public safety cannot remain a spectator while someone else determines how emergency information will be formatted, authenticated, prioritized and delivered.

The objective is not to fill every screen or send every available sensor reading to the telecommunicator. It is to deliver the right information to the right person at the right moment—in a form they can understand and use.

Connectivity alone does not create trust. That requires standards, governance, security, privacy protections, provenance, authentication and continuing public-safety participation.

We built a beautiful network. Now we need to fill it with information that is useful, current, secure, verifiable and delivered as context—not noise.

#TiPS #TodayInPublicSafety #NG911 #NextGeneration911 #EmergencyCommunications #PublicSafety #911Technology #DataStandards #SituationalAwareness #Interoperability #Fletch911

A screen displays a confidence score of 94 percent. It looks precise. It feels authoritative. But before anyone acts on it, there is one question that must be answered:

Confident in what?

Is the system confident that a person is present? That gunfire occurred? That several alerts describe the same incident? That the caller is in a particular room? Those are very different claims, supported by different evidence and carrying very different operational consequences.

Five alerts do not necessarily represent five independent sources. They may all trace back to the same camera, sensor or original notification. Duplication is not corroboration.

Even location confidence needs context. A precise-looking wireless location estimate may be based on testing, statistical models and previous performance—not necessarily the conditions affecting this device, inside this building, at this particular moment.

In this episode of TiPS: Today in Public Safety, Fletch examines what confidence scores should mean inside the emergency communications center. We explore source reliability, independence, recency, conflicting evidence and why the system must show the call taker what supports its conclusion.

Most importantly, a high confidence score does not automatically authorize action. The confidence required to ask another question is not the same confidence required to identify a suspect, cancel a response, unlock a door, order an evacuation or initiate a high-risk tactical operation.

The machine can organize the evidence, explain its reasoning and expose uncertainty. The human still owns the decision.

Sometimes the most accurate answer a system can provide is:

“I don’t know.”

A confidence score without an explanation is not situational awareness. It is uncertainty with better marketing.

#TiPS #TodayInPublicSafety #PublicSafety #EmergencyCommunications #NG911 #NextGeneration911 #911Technology #ArtificialIntelligence #DecisionSupport #SituationalAwareness #Fletch911

Connected buildings, vehicles, cameras, smartphones, wearables, alarms, and IoT sensors can produce more emergency information than public safety has ever possessed.

But more data does not automatically create better situational awareness.

Without correlation, context, prioritization, and clear labeling, additional data can increase cognitive workload and leave call takers searching for one useful fact inside an overwhelming information dump.

In this episode of TiPS: Today in Public Safety, “Fletch” examines what must happen before connected-device information reaches the emergency communications center.

Topics include:

• How public safety’s information problem has changed
• Why data and information are not the same thing
• The danger of sending uncorrelated alerts directly to the PSAP
• Why the decision is the real operational product
• How systems should correlate related events and expose conflicts
• The importance of provenance, timestamps, freshness, and verification
• How AI and automation can organize evidence and reduce duplication
• Why automated recommendations must explain their reasoning
• Why the telecommunicator still owns the final decision

Technology should help organize the evidence, identify contradictions, prioritize what matters, and present a concise operational picture.

It should not bury the call taker under a truckload of data and expect them to discover the important information while simultaneously managing the emergency.

Because when seconds become decisions, the goal is not to give the call taker more things to examine. The goal is to help them understand what is happening, determine what must happen next, and communicate that decision while it can still change the outcome.

Don't miss Wednesday's follow-up episode onTiPS: “The Confidence Score”—when an automated system recommends a decision, how confident is it, and how does the human know whether to believe it?

Subscribe for future episodes of TiPS: Today in Public Safety.

Visit: https://911tips.com

Follow Mark J. Fletcher: https://www.linkedin.com/in/markjfletcher

Or, see his other PUBLIC SAFETY Blogs @ http://Fletch.tv

#911 #NG911 #PublicSafety #EmergencyCommunications #PSAP #ArtificialIntelligence #IoT #SituationalAwareness #DecisionSupport #Automation #ConnectedBuildings #FirstResponders #Telecommunicators #PublicSafetyTechnology

They do not know the room number.

They are not sure which stairwell is nearby.

They heard a loud noise, saw people running, and now they are hiding.

That is what the caller knows.

But the building may know more.

The access-control system may know which door was forced open.

The panic button may identify the exact room where the alert began.

The fire-alarm system may know which detector activated.

The elevator system may know which cars are available.

The video system may show movement in the hallway.

The Wi-Fi network may know where a connected device was last seen.

In this episode of TiPS: Today in Public Safety, Fletch explores how modern buildings are already producing important clues during an emergency—and why the real challenge is turning those clues into information that public safety can understand, trust, and act upon.

This episode examines:

• Why the caller only knows what they can see
• How building systems are already generating emergency clues
• Why data is not the same as information
• How correlation changes the story
• Why every piece of information needs a source and timestamp
• Why not every sensor should call 911 directly
• What enterprises must prepare before an emergency
• How ECCs can help define the right information
• What happens when the caller and the building disagree
• Why the entire process must be tested before lives depend on it

The building may know which door opened, which alarm activated, which path is blocked, and where a device was last seen.

But the caller provides the human context.

The telecommunicator brings both stories together.

That is how data becomes information.

That is how information becomes response.

Visit http://911TiPS.com for more than 250 episodes covering NG911, emergency communications, public safety technology, enterprise 911, cybersecurity, GIS, indoor location, and the people who make the system work.

Subscribe to the channel and turn on notifications so you do not miss the next episode of TiPS: Today in Public Safety.

But what happens after responders arrive at the building?

The caller may be on another floor, in a secure office, in a rear warehouse, behind a locked door, or somewhere on a large campus with multiple buildings and entrances.

The address gets responders to the property.

Dispatchable location gets them closer.

But the emergency may still be another 100 feet away.

In this episode of TiPS: Today in Public Safety, Fletch examines the operational challenge of locating a person inside a complex building or campus.

The episode explores how indoor maps, access-control systems, fire alarms, panic buttons, elevators, Wi-Fi, badges, sensors, and building-security systems can provide valuable information during an emergency. But it also explains why raw data and a simple pin on a map are not enough.

Responders need an actionable route.

They need to know which entrance to use, which stairwell reaches the correct floor, whether doors are locked, whether the caller has moved, and what hazards may exist between the entrance and the person who needs help.

The episode also looks at:

• Why dispatchable location was only the first step
• How building systems can support emergency response
• Why location must follow the person
• Why telecommunicators remain essential
• What enterprises must prepare before an emergency
• What ECCs need to ask about indoor-location information
• How to test the last 100 feet before lives depend on it

A dot on a map is not the destination.

A room number is not a route.

And arriving at the building does not mean arriving at the emergency.

The last 100 feet may be the most important distance of all.

There was no tornado, no severe storm, and no local emergency.

Officials determined that a radio signal originating roughly 300 miles away in Iowa had traveled far beyond its expected coverage area through a weather-related phenomenon known as tropospheric ducting. The distant transmission apparently matched the activation code used by the Indiana siren.

The system may not have malfunctioned at all.

It may have done exactly what it was designed to do after receiving what appeared to be a valid command.

In this episode of TiPS: Today in Public Safety, Fletch explains how atmospheric conditions can carry VHF and UHF radio signals hundreds of miles, why a radio coverage map is not an absolute boundary, and how a distant transmission can become a local operational command.

The episode also explores:

• The difference between radio interference and command activation
• Why redundancy is not the same as validation
• The operational impact of false alarms and alert fatigue
• What emergency communications centers should know when a siren activates unexpectedly
• Why geography, distance, and signal strength should never be mistaken for authentication

Public safety spends enormous effort protecting systems from cyberattacks, equipment failures, fiber cuts, and power outages.

But sometimes the unexpected path into the system is simply the atmosphere.

Because the biggest communications problem is not always that the message failed to get through.

Sometimes it is that the message got through to the wrong place.

TiPS: Today in Public Safety Episode 26-0717 The Weather Just Hacked the Siren

#PublicSafety #EmergencyCommunications #EmergencyManagement #911 #RadioCommunications #TroposphericDucting #NG911

After eleven years behind the console, Kris decided it was time to hang up the headset and put more than a decade of experience to work helping others. Inspired by the story of The Healthy Dispatcher founder Adam Timm, Kris shifted her focus toward telecommunicator wellness, training, and professional growth.

And no, THD does not stand for The Home Depot, as I learned the hard way.

Kris walks us through her career, what first drew her into public safety communications, how earning her #ENP certification influenced her professional journey, and why she ultimately chose her current path.

==>> But the most revealing moment came when Kris dropped a closely guarded secret completely out of the blue—and it absolutely gobsmacked me.

You will have to listen to the episode to hear it for yourself, but it is an unbelievable fact and an incredibly inspiring message for anyone currently preparing for the ENP exam.

Twice each month, Off the Cuff: Beyond an ENP reaches back into our archives to reconnect with the original guests from Off the Cuff: True Confessions of an ENP Podcast, to explore what people have done with their NENA ENP certification, how it helped their careers evolve, and where it continues to assist them in making an impact on the industry today.

If you've gotten your ENP and have recertified at least once and would like to tell your story to inspire others, reach out to me, and let's chat. I publish once at the beginning of the month and once in the middle as a special sub-series of the TiPS: Today in Public Safety Podcasts. 

That number should get every public safety leader’s attention.

Unauthorized drones are no longer a theoretical threat, and major stadium events are becoming the proving ground for a much larger operational challenge. Detecting a drone is only the beginning. Agencies must also determine who has the authority to act, how local responders coordinate with federal partners, and what happens when the technology arrives before the policy, training, and legal framework are ready.

In this episode of TiPS: Today in Public Safety, Fletch examines what the FBI’s investigation reveals about counter-drone readiness, the difference between detection and mitigation, and why this issue extends far beyond stadiums and special events.

The drone problem has arrived. The real question for today's agency, is whether they have a plan for a public safety program that gets them ready for it?

In this episode of TiPS: Today in Public Safety, Fletch looks at the growing use of public safety drones, including Drone as First Responder (DFR) concepts, and why agencies need more than aircraft, cameras, and launch pads before they take flight.

A successful public safety drone program needs to include policy, governance, training, dispatch integration, privacy rules, transparency, accountability, and public trust. Because the drone itself is only a tool.

The real program is the framework around it. This episode explores why public safety drones must be treated as an operational program rather than just a technology purchase. From dispatch integration and response policy to privacy safeguards and community transparency, the future of drones in public safety will depend on whether agencies build trust before they build flight time.

The bottom line:

The drone is not the program. The program is policy, people, process, oversight, and trust.

And if public safety gets that right, drones can become a powerful tool for faster awareness, safer response, and better outcomes when every second matters.

But in NG911, that is no longer enough.

Today’s emergencies are no longer defined by a single phone number, a fixed address, or one local jurisdiction. A caller may be mobile. A crash may happen near a boundary. A school emergency may involve panic buttons, maps, alarms, camera feeds, access-control systems, and multiple responding agencies.

So the real question becomes:

Are we transferring the call?

Or are we transferring the emergency?

In this episode of TiPS: Today in Public Safety, Fletch looks at one of the most important hidden tests of NG911 interoperability: whether the full emergency context can move with the incident as it crosses agencies, counties, states, networks, and vendor platforms.

That means voice, location, callback information, text, multimedia, crash data, alarm information, maps, notes, confidence levels, operational decisions, and audit trails all need to be treated as part of the public safety event package.

Legacy 911 was built in silos because that was the fastest and most practical way to get the job done. But as public safety moves into NG911, those same silos can become barriers to the shared awareness, continuity, and accountability that modern emergency response requires.

The promise of NG911 is not more dashboards, more portals, or faster silos.

The promise is shared context.

Trusted information.

Operational continuity.

And an emergency response system that finally starts acting like the interconnected system the public already assumes it is.

In legacy 911, we transferred the call.

In NG911, we have to transfer the emergency.

A vehicle crashes. The airbag deploys. A signal is sent. Someone is notified. Help is dispatched.

That model changed public safety. But it may no longer be enough.

In this episode of TiPS: Today in Public Safety, Fletch looks at the next evolution in automotive emergency response: the shift from notification to activation. Inspired by a Fourth of July LinkedIn discussion with Lawrence Williams around connected vehicles, telematics, NG911, drones, and pre-hospital response, this episode explores what happens when the first witness to a crash is not a person, but the vehicle, sensor, platform, or connected system that detects the emergency before anyone can call 911.

The future DATA of crash response will involve more than airbag deployment alerts. It will include trusted crash telemetry, severity indicators, NG911 event packages, drone first response needs, EMS coordination, trauma notification, and eventually specialized resources moving toward the scene before the first responder arrives.

But this future also raises serious questions.

Who validates the data? Who decides what gets sent? Who receives it first? What triggers escalation? What belongs in the ECC? What belongs in the field? And how do we make sure technology supports telecommunicators and responders instead of burying them under more noise?

The car may become the first unseen witness. But humans still own the response.

Key topics in this episode:

Connected vehicle emergency response Automatic crash notification NG911 and emergency data Public Safety Event Packages Telematics and crash intelligence Drone first response Pre-hospital blood delivery concepts 911 data validation and governance The role of the telecommunicator From notification to activation

TiPS: Today in Public Safety brings you the latest in telecommunications news and public safety technology every Monday, Wednesday, and Friday.

Hosted by Mark J. Fletcher, ENP

#NG911 #911 #PublicSafety #EmergencyCommunications #Telematics #ConnectedVehicle #DroneFirstResponder #EMS #FirstResponders #PublicSafetyTechnology #TiPS #TodayInPublicSafety #Fletch911

Licenses. Spectrum. Equipment rules. Regulatory paperwork.

But this week’s SAFER SKIES action is a reminder that the FCC is much closer to the front line of public safety than most people realize.

Drones are no longer a future threat. They are already part of the public safety landscape — helping with search and rescue, situational awareness, disaster response, and law enforcement operations. But in the wrong hands, they can also threaten stadiums, major events, critical infrastructure, and public gatherings.

That creates a difficult question:

When a drone becomes a credible threat, who is actually allowed to do something about it?

In this episode of TiPS: Today in Public Safety, we look at how the FCC’s July 2nd action supporting the SAFER SKIES Act helps trained state, local, Tribal, and territorial law enforcement and correctional agencies move closer to controlled counter-drone capability.

This is not just a drone story.

It is a story about spectrum. It is a story about legal authority. It is a story about equipment authorization. It is a story about Section 333. It is a story about the gap between fast-moving threats and slower-moving regulation.

And for anyone building, managing, securing, or modernizing public safety technology, this is the part that should make you stop scrolling:

Technology without authority is just equipment.
Authority without training is risk.
Training without legal clarity creates hesitation.

But when law, technology, training, and mission finally line up, public safety can respond. That is why this FCC action matters.

Because the future of emergency response will not be shaped by technology alone. It will be shaped by whether the legal, regulatory, and operational frameworks can keep up with the threats already arriving overhead.

#PublicSafety #FCC #SAFERSKIES #Drones #CounterDrone #EmergencyCommunications #911 #NG911 #PublicSafetyTechnology #LawEnforcement #CriticalInfrastructure #Cybersecurity #Spectrum #TiPSTodayInPublicSafety

They just wait for the right time to come back with a little more experience behind them.

Several years ago, I hosted a podcast called

Off the Cuff: True Confessions of an ENP.

The idea was simple: sit down with newly certified or recently recertified ENPs and talk honestly about the certification, the journey, the studying, the stress, the value, and what the designation meant to them personally and professionally. Now, it’s time for the next chapter.

I’m excited to introduce the reboot:

Off the Cuff: AFTER the Fact                                                                 

This new series looks at what happens after the credential is earned.

Where did it take you? How did it shape your career? What doors opened? What responsibilities followed? And most importantly, how did you give back to the public safety community that helped you get there?

Our first conversation is with Erica Lakey, ENP, with Orlando Fire. She is someone I first met after she earned her ENP certification about four and a half years ago. Since then, Erica has continued to grow, lead, serve, and has now advanced professionally with the Orlando Fire. She is now serving as Second Vice President of Florida NENA. 

That is exactly the story this series is meant to tell.

Not just how someone became an ENP, but what they did with the certification.  Because the ENP is not the finish line.

For many, it's the beginning of a much larger leadership journey.

Welcome back to Off the Cuff and Beyond an ENP.

#ENP #NENA #911 #PublicSafety #EmergencyCommunications #911Dispatch #Telecommunicators #Leadership #OffTheCuff #BeyondAnENP

Go-Live.

The acceptance testing is complete. The paperwork is signed. The ribbon is cut. Everyone celebrates.

But what happens the next morning?

In this episode of TiPS: Today in Public Safety, I explore why the day after go-live may be the most important day of the entire project.

We discuss: ✅ Why Go-Live is the starting line—not the finish line ✅ The disappearing project team ✅ The “configuration graveyard” every mature system eventually develops ✅ Why resilience requires continuous testing—not assumptions ✅ The difference between project ownership and long-term stewardship

Whether you’re responsible for NG911, CAD, GIS, ESInets, AI, cybersecurity, radio systems, cloud infrastructure, or enterprise communications, this episode is a reminder that technology doesn’t succeed because it was implemented.

It succeeds because it’s sustained.

Because in public safety, success isn’t measured by how well a project launches…

It’s measured by how well it performs years after everyone has stopped talking about it.

#NG911 #911 #PublicSafety #EmergencyCommunications #PSAP #GIS #CAD #ESInet #ArtificialIntelligence #Cybersecurity #CriticalInfrastructure #Leadership

If you’re like me, you may not have heard the term until recently.

During a recent Society for Communications & Telecommunications Council (SCTC) discussion, more than two-thirds of the participants admitted they had never heard it either. That immediately caught my attention.

As it turns out, cloud repatriation isn’t about abandoning the cloud.

It’s about making better architectural decisions.

For years, organizations asked: “Can we move it to the cloud?”

Now they’re asking a much different question: “Where should this workload actually live?”

Cost. Performance. AI. Data gravity. Predictability. Control.

Those factors are changing how organizations evaluate their infrastructure, and public safety is no exception.

When it comes to NG911, CAD, emergency communications, and other mission-critical systems, architects don’t optimize for the newest technology. They optimize for reliability when lives depend on it.

In this episode of TiPS: Today in Public Safety, I explore what cloud repatriation really means, why it’s becoming a growing trend across the technology industry, and why public safety professionals should be paying close attention.

I’d be interested in hearing your perspective.

Are we entering the next phase of cloud architecture, or is this simply a natural evolution toward putting the right workload in the right place?

#PublicSafety #NG911 #CloudComputing #CloudRepatriation #Architecture #EnterpriseIT #MissionCritical #EmergencyCommunications #911 #Technology #AI #DigitalTransformation

In this episode of TiPS: Today in Public Safety, Fletch explores a simple concept: AI is not the first set of hands in an emergency, and it should never replace the people who answer the call. Instead, AI may become what he calls the “fourth set of hands" in the emergency, virtually speaking. They are a digital assistant working behind the scenes to help organize information, reduce workload, and improve situational awareness during critical incidents.

We examine how AI can assist with call processing, event correlation, quality assurance, training, and information management while keeping telecommunicators, dispatchers, and emergency responders firmly in control of decision-making. More importantly, we discuss the guardrails, accountability, transparency, and trust required before AI can become a meaningful part of the public safety ecosystem.

For decades, emergency communications professionals have been asked to absorb more information from more sources while making faster decisions under increasing pressure. AI has the potential to help manage that growing flood of data—not by replacing human judgment, but by helping people identify what matters, when it matters.

The technology itself is advancing rapidly. The bigger challenge is determining where AI belongs, how much authority it should have, and how public safety agencies can deploy it responsibly without compromising trust, accuracy, or accountability.

As NG911 networks continue to expand the amount of information available during an emergency, the question is no longer whether artificial intelligence will be part of the conversation. The question is how we ensure that AI becomes a trusted tool that supports the mission rather than distracts from it.

#911 #PublicSafety #NG911 #EmergencyCommunications #ECC #PSAP #ArtificialIntelligence #AI #NENA #EmergencyManagement #PublicSafetyTechnology #SituationalAwareness #Telecommunicator #Dispatch

The state wasn’t ready. The carriers weren’t ready. The standards weren’t finished. The funding wasn’t available.

But that conversation is changing.

As more states file FCC NG911 Readiness Declarations, the question is no longer if NG911 is coming. The question is: What is your plan now that it’s here?

In this episode of TiPS: Today in Public Safety, we break down FCC NG911 Phase 1 and Phase 2 Readiness Declarations, what they mean for #carriers, #PSAPs, #enterprises, and technology #providers, and why accountability may become the most disruptive force in the #PublicSafety #NG911 #transition.

Ready or not… here it comes.

#NG911 #911 #PublicSafety #ESInet #EmergencyCommunications #FCC #NENA #FirstResponders #Telecommunications #PublicSafetyTechnology #TiPS

How fast can we get the alert out?

But sending an alert is not the same thing as managing an emergency.

In this episode of TiPS: Today in Public Safety, Fletch explores the shift from simple notification systems to full campus emergency orchestration.

Today’s campuses already have cameras, access control, indoor maps, panic buttons, sensors, radios, and communications platforms. The challenge is connecting those systems and transforming fragmented information into trusted, actionable situational awareness.

This episode introduces the concept of the Public Safety Event Package—a structured collection of incident information that helps campus safety teams, emergency communications centers, and first responders understand what is happening, where it is happening, and what needs to happen next.

Topics include:

• Campus emergency orchestration • The Public Safety Event Package • NG911 and the emergency services ecosystem • The Last 500 Feet problem • Indoor mapping and responder navigation • Situational awareness versus information overload • Governance, trust, and operational readiness

As NG911 continues to evolve, campuses must think beyond simply calling 911 and toward becoming active participants in the emergency response ecosystem.

Because in an emergency, the goal is not simply to tell people that something happened.

The goal is to help them understand what is happening, where it is happening, what it means, and what needs to happen next.

#PublicSafety #NG911 #CampusSafety #EmergencyManagement #SchoolSafety #ECC #PSAP #EmergencyCommunications #SituationalAwareness #IndoorMapping #FirstResponders #CriticalInfrastructure

But what if the real story isn’t the network itself?

In this episode of TiPS: Today in Public Safety, Fletch explores how SD-WAN is evolving from a transport technology into a programmable operational platform capable of supporting the growing demands of NG911, emergency communications centers, remote telecommunicators, mobile command posts, and data-driven public safety operations.

As public safety agencies become increasingly dependent on cloud services, GIS, video, sensor data, AI applications, and real-time collaboration tools, the network can no longer be treated as a passive utility. It must become an active participant in mission-critical operations.

Topics include:

• Why traditional WAN architectures struggle with modern public safety workloads
• How SD-WAN prioritizes mission-critical apps over less important traffic
• Dynamic path selection, automated failover, and network resilience
• Supporting NG911, GIS, multimedia, and cloud-based emergency services
• Remote telecommunicators and mobile command ops
• The role of automation, policy engines, and AI-assisted networking
• Why #programmatic is critical for future public safety networks

The future of public safety networking isn’t simply about moving packets; it’s about making smarter decisions before those packets ever leave the building.

#PublicSafety #NG911 #SDWAN #EmergencyCommunications #PSAP #ECC #911 #CriticalInfrastructure #NetworkAutomation #GIS #PublicSafetyTechnology #SmartCities #Resiliency #DigitalTransformation #TiPS #ConnX

Using clear real-world examples, Fletch explores how fiber, cable broadband, cellular, wireless, and satellite connectivity can work together to support primary, secondary, and tertiary public safety traffic paths. He also explains how SD-WAN can intelligently steer real-time 911-related traffic over the best available path, move lower-priority traffic to slower routes, and even support mobile command posts, deployable communications, and dynamic backhaul into the ESInet.

If you work in public safety, NG911, PSAP operations, emergency communications, county IT, network engineering, or public safety technology planning, this episode will help you think differently about 911 network survivability beyond the state handoff point.

TiPS: Today in Public Safety with Fletch Making every second count, when it matters most.

#SDWAN #NG911 #PSAP #ESInet #EmergencyCommunications #PublicSafety #NENA #NENAi3 #911 #NextGeneration911 #ECC #PublicSafetyTechnology #NetworkResiliency #WAN #CriticalCommunications #MobileCommand #911Technology #EmergencyManagement #Broadband #SatelliteCommunications

A panic button that says something happened is useful. One that shows where is better. But the real value comes when responders also understand what is happening, who may be affected, and how to get there quickly and safely.

Using the Safer Buildings Coalition Wireless Tech and Policy Summit 2026 as a backdrop, this episode explains why buildings are now part of the emergency communications system — not just addresses on a map.

From schools and campuses to hospitals and public venues, response does not end at the front door. The goal is simple: get the right information to the right people at the right time so alerts become operational, usable, and life-saving.

This episode looks at why in-building wireless, indoor location, NG911, mapping, school safety, and responder communications must work together to support real public safety outcomes.

Because smarter buildings are only safer when they help callers, dispatchers, and responders when it matters most.

But more data does not automatically mean better decisions.

When bad data moves at machine speed, Public Safety needs systems that provide context, source identity, confidence, freshness, priority, and governance. The mission is not to overwhelm the dispatcher with more noise. The mission is to support better life-safety decisions when seconds matter.

http://911TiPS.com

In this episode of TiPS: Today in Public Safety, Fletch takes on dispatcher wellness, emotional permission, peer support, and the dangerous idea that Public Safety professionals are supposed to absorb trauma like machines.

The human being under the headset takes the call, manages the chaos, guides the response, hears the fear, and often has only seconds before the next line rings. But professional composure is not emotional absence. Dispatchers can do the job well and still carry the weight afterward.

This episode looks at why ECC culture must support people before the breaking point, why wellness is part of operational readiness, and why asking for help should never be treated like failure.

Dispatchers are not robots. They are skilled communicators, crisis managers, information processors, and often the first first responders in the chain of survival.

Feeling something after a hard call does not mean you are weak.

It means the work matters.

And so do you.

For more TiPS episodes, visit 911tips.com. Blogs: Fletch.tv Professional site: Fletch911.com Follow: @Fletch911

#TiPSPodcast #TodayInPublicSafety #911Dispatch #DispatcherWellness #PublicSafety #EmergencyCommunications #ECC #PSAP #FirstFirstResponder #PeerSupport #911 #NG911 #Fletch911

In Part 2 of this TiPS Direct-to-Device series, Fletch looks at the stranded infrastructure problem: what happens when towers, backhaul, microwave links, generators, rural sites, and other terrestrial assets still work, but no longer make financial sense?

For Public Safety, that question seriously matters. The infrastructure that looks inefficient on a spreadsheet may be exactly what keeps responders, callers, and ECCs connected during storms, wildfires, outages, fiber cuts, cyberattacks, and large-scale emergencies.

Watch now at http://911TiPS.com.

#DirectToDevice #D2D #PublicSafety #EmergencyCommunications #NG911 #911 #ECC #PSAP #Telecom #NetworkResilience #RuralBroadband #SatelliteConnectivity #FirstResponders #Fletch911 #TiPS

But much of that data starts outside the 911 network — inside enterprises, hospitals, campuses, cloud platforms, vehicles, and private systems.

In this episode of TiPS: Today in Public Safety, I look at the missing piece: the trusted on-ramps needed to move validated emergency data safely into ESInets and ECCs when it matters most.

• Because the data may already exist.
• The question is whether we built the road to get it there.

#NG911 #PublicSafety #EmergencyCommunications #911 #ESInet #IoT #DataSharing #TiPS

CAD, ANI, ALI, mapping, alerts, timers, paging, notifications, status updates, radio logs, records systems, and call handling workflows have been automating pieces of the mission for decades.

But automation is evolving.

It is moving from simple task automation into intelligent workflows, AI-assisted recommendations, decision support, connected systems, and operational orchestration. That can be incredibly valuable for Public Safety, especially in an environment where call takers, dispatchers, supervisors, responders, and emergency managers are already overloaded with data, alerts, and decisions.

But there is a risk.

Automated does not mean correct. Displayed does not mean current. Sent does not mean received. Faster does not always mean better.

In this episode of TiPS: Today in Public Safety, Fletch talks about where automation helps, where it can hurt, and why the human under the headset still has to remain firmly in the loop.

Topics include:

Automation in CAD, ANI, ALI, mapping, paging, alerts, and emergency communications workflows

The difference between task automation, workflow automation, decision support, and autonomy

Why automation should reduce friction, not hide responsibility

How bad automation can create silent assumptions and false confidence

Why Public Safety needs validation, audit trails, exception handling, and human-readable explanations

The danger of confusing automation with accuracy

Why the future is not automated or human, but automated and human

Automation should serve the mission.

It should not replace judgment, hide uncertainty, or make the human a passive passenger in a system they do not understand.

Because when the call comes in, the technology matters. The workflow matters. The data matters. The automation matters.

But the human still matters most.

Visit 911TiPS.com for the complete TiPS archive.

Follow Fletch: 911TiPS.com Fletch.TV Fletch911.com x.com/Fletch911

#TiPS #TodayInPublicSafety #PublicSafety #911 #NG911 #EmergencyCommunications #PSAP #ECC #AI #Automation #CAD #Dispatch #PublicSafetyTechnology #Fletch911

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

In this episode of TiPS: Today in Public Safety, Fletch digs into direct-to-device connectivity, or D2D, and what it means for the future of broadband, wireless coverage, rural communications, disaster resilience, and Public Safety.

Recent FCC spectrum activity involving EchoStar, SpaceX, and AT&T signals something important: the future is not space versus ground. The future is space plus ground.

D2D does not replace terrestrial networks. Towers, fiber, microwave, backhaul, dense 5G, and fixed wireless still matter. But satellite connectivity is becoming another layer in the access architecture, especially for remote areas, transportation corridors, farms, utility routes, disaster zones, and locations where traditional infrastructure is expensive, difficult, or impossible to sustain.

For Public Safety, this matters because limited connectivity is still better than no connectivity. A text message is not nothing. A location update is not nothing. A distress message is not nothing. A backup path during a disaster is not nothing.

This episode looks at what changed, what D2D actually means, why tower-only thinking is in trouble, and why the next big question may be the stranded infrastructure problem.

Because the tower is not dead.

But the tower-only era?

That one may already be in hospice.

For more episodes, visit: https://911TiPS.com

Follow Fletch: https://x.com/Fletch911 https://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

#TiPS #TodayInPublicSafety #D2D #DirectToDevice #NG911 #PublicSafety #911 #EmergencyCommunications #Broadband #FirstNet #SatelliteConnectivity #Telecommunications #Wireless #RuralBroadband #PublicSafetyTechnology

Who actually controls that data when someone’s life is on the line?

In this episode of TiPS: Today in Public Safety, Fletch examines the growing tension among data ownership, privacy, liability, and emergency access. In normal business operations, it makes sense to protect data, restrict access, enforce policies, and require approvals. But emergencies do not wait for approval chains. They compress decision-making into seconds.

When public safety needs information immediately, the issue is no longer just who owns the data. The issue becomes whether the data can be used at the exact moment it is needed.

This episode explores why “if it’s my system, it’s my data” starts to break down during a life-safety event, why access delay becomes operational risk, and why organizations need to design emergency data-sharing policies before the incident happens.

Ownership is policy.

Access is capability.

And in an emergency, capability matters.

For more episodes, visit 911TiPS.com Follow Fletch on X at x.com/@Fletch911 Read more Public Safety commentary at Fletch.TV

Too often, when something goes wrong, we say things like:

• “The system failed.”
• “The technology didn’t work.”
• • “The network went down.”

But in emergency communications, the real system is not just the network, the software, the data, the GIS, the AI, or the automation. No, the real system is the human being under the headset.

The call taker is the one listening, interpreting, validating, typing, dispatching, managing emotion, and making decisions in real time, often while multiple streams of information are competing for attention.

For public safety professionals, this episode is a reminder that technology should support the call taker, not overwhelm them. NG911, AI, video, text, sensor data, and automation all have tremendous value, but only when they are designed around the human who has to process, trust, and act on that information.

Better systems are not built by adding more noise.

They are built by reducing confusion, improving context, supporting decision-making, and respecting the role of the person handling the worst moment of someone else’s life.

Technology supports the mission.

The human is the mission.

That sounds like a legal question - and I AM NOT an attorney.

•  
• But in this episode of TiPS: Today in Public Safety, I’m asking it as a public safety question. Many service agreements still attempt to shift responsibility for MLTS emergency calls back to the customer. If the location is wrong, the customer should have updated it. If the device moved, the customer should have known. If the user clicked “agree,” the risk was disclosed. OK, maybe that checks a legal box.

But when someone dials 9-1-1, they are not testing a contract. They're asking for help.

This episode looks at the dangerous gap between disclosure and design, especially when VoIP, MLTS, softphones, UCaaS platforms, and enterprise calling environments make 9-1-1 location more complicated than most users realize.

• The checkbox is not the user's understanding.
• Disclosure is not a system design.
• Hope is not a location strategy.
• After all, life-safety deserves better than fine print.

Watch the episode and ask the uncomfortable question at your office:

If help goes to the wrong place, is “the user agreed to it” really the answer we want to stand behind?

#TiPS #TodayInPublicSafety #9-1-1 #NG911 #PublicSafety #EmergencyCommunications #MLTS #VoIP #UCaaS #KarisLaw #RAYBAUMSAct #DispatchableLocation #Fletch911

The caller may sound real. The location may look right. The network may appear healthy. The data may arrive clean and standards-compliant.

And every one of those things can still be wrong.

That is the trust gap.

Public safety cannot abandon trust, but we have to support it with verification. Verify the caller. Verify the location. Verify the network path. Verify the data. Verify the process.

Because testing after the failure is not testing.

It's evidence collection.

#PublicSafety #NG911 #911Dispatch #EmergencyCommunications #ECC #PSAP #TiPS #Fletch911 #Swatting #WebinarWednesday

In this episode of TiPS: Today in Public Safety, Fletch breaks down a new failure mode emerging in modern emergency communications, where AI-driven insights, multiple data sources, and high-confidence outputs can quietly lead call takers in the wrong direction.

Through real-world scenarios, including a near–cardiac arrest call, we explore how conflicting data, overconfidence, and information overload can impact decision-making in the PSAP.

Because in Public Safety, more data doesn’t always mean better outcomes.

And when it matters most, you may only get one chance to get it right.

Copyright 2026

In this episode of TiPS: Today in Public Safety, Fletch takes a deep dive into the rapidly evolving world of Drones as First Responders (DFR), and introduces a new operational concept called Aerial Situational Awareness (ASA).

As schools, campuses, and public safety agencies explore drone deployment for emergency response, the conversation is quickly shifting beyond simply “getting eyes on scene.” The real challenge becomes how to deliver immediate, trustworthy context before responders even arrive.

This episode explores: • Drones as First Responders (DFR) • Active threats and the information gap • Real-time intelligence for PSAPs and ECCs • Rooftop visual beacon systems for schools • Aerial Situational Awareness (ASA) • Cognitive load and operational decision-making • Why more data without structure can create chaos

Because in public safety, seconds matter… but context matters more.

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com

Follow http://x.com/@Fletch911 on X Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

• Fast systems.
• Connected systems.
• Seamless systems.

But let me ask you something…

What happens when they don’t work?

In this episode of TiPS: Today in Public Safety, Fletch takes a hard look at one of the most important, and most misunderstood, principles in modern emergency communications…

Failure isn’t the exception. It’s part of the design.

Using a simple analogy, the way a bridge is engineered to handle stress, vibration, and load over time, this episode explores why NG911 systems must be built with the expectation that something will eventually go wrong.

Because failure today isn’t always obvious.

It’s not just a system going down.

It’s:

• Delayed location data
• Mismatched information
• Partial integrations
• Systems that look like they’re working… but aren’t working correctly

And that’s where the real risk lives.

This episode walks through the concept of designing for degradation, where systems prioritize what matters most when things begin to break, instead of trying to do everything at once.

Because in Public Safety, perfection isn’t the goal.

Survivability is.

The takeaway is simple:

If your system depends on everything working perfectly… you’re already in trouble.

Because reality doesn’t work that way.

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

• Location data.
• Additional data.
• System-generated data.

And most of the time… we trust it without thinking twice.

But let me ask you something…

What happens when the data is wrong… and you don’t realize it?

In this episode of TiPS: Today in Public Safety, Fletch breaks down one of the most overlooked risks in NG911 and modern ECC environments, not the lack of data, but the false confidence in the data we receive.

Using a simple but powerful analogy, the GPS that confidently tells you to drive into a lake, this episode walks through how systems can present information that looks clean, complete, and correct… even when it isn’t.

We explore:

• The difference between data presentation and data validation
• Why “verified-looking” information can still be wrong
• How confidence in a system can quietly replace critical thinking
• And what this means for call takers making real-time decisions

Because in Public Safety, inaccurate data isn’t just a minor issue…

It’s a multiplier.

It affects decisions. It affects response. And ultimately… it affects outcomes.

The takeaway is simple:

If you trust the data automatically, you’re already taking a risk.

Because the most dangerous data in your system…

Is the data you never question.

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

Faster systems. More data. Better visibility.

But let me ask you something…

At what point does “more information” stop helping and start getting in the way?

In this episode of TiPS: Today in Public Safety, Fletch takes a closer look at something that rarely gets discussed, but affects every single call… cognitive load.

As NG911 continues to evolve, we’re pushing more data to the call taker than ever before. Location, sensors, alerts, video, additional data feeds, all of it designed to improve outcomes. And on paper, it does.

But in the real world, during a live call, all of that information competes for attention at the exact same time.

This episode breaks down the difference between:

• Information that helps
• Information that distracts
• And information that actually interferes with decision-making

Because the system isn’t just the technology. The system is the person using it.

If the information is so loud the call taker can’t hear anything else, then we haven’t improved the system… we’ve overwhelmed it.

The question isn’t how much data you can deliver.

It’s whether the person on the other end can actually use it when it matters most.

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

Almost no one is actually explaining how it needs to work.

In this special edition of TiPS: Today in Public Safety, Fletch does exactly that… by once again inviting his AI assistant, NOVA, into the conversation.

This episode goes beyond the hype and walks through real-world scenarios and the technology used, including:

• Live 9-1-1 call summarization
• Video analysis and weapon detection
• AI handling the growing flood of data in NG911 environments

No theory. No fluff. Just practical application principals.

Bottom line: AI isn’t replacing the call taker… it’s becoming their second set of hands.

Test the phones. Test the routing. Test the location.

But let me ask you something…

How often do we actually test the test itself?

In this episode of TiPS: Today in Public Safety, Fletch takes a step back and looks at something that doesn’t get nearly enough attention, the process behind the testing. Because running a test and proving something works are not the same thing.

We walk through what testing is supposed to validate, where it often falls short, and how assumptions quietly creep in and become “facts” over time. From sampling strategies and repeatability to understanding what success actually looks like, this episode challenges the idea that a single successful test equals a reliable system.

Because in modern NG911 environments, especially in campus and enterprise deployments, complexity hides problems. Systems can appear to be working, while subtle issues in data, routing, or timing are waiting to surface at exactly the wrong moment.

The real takeaway?

Testing is not about checking a box. It’s about building confidence, and then proving that confidence holds up under pressure.

If you’re not questioning your testing process… you’re trusting it blindly.

And in Public Safety, that’s a risk you don’t want to take.

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

Over the course of this 7-episode mini-series, we’ve walked through what it really takes to bring Next Generation 9-1-1 (NG911) into a Higher Ed campus environment, and why that conversation is long overdue.

We talked about the evolution from isolated systems to connected ecosystems, where data from buildings, devices, and people can be delivered in real time to support better decisions. We explored real-time incident packages, meaningful location data, smart alerting, and the growing role of AI and digital twins in shaping situational awareness.

But here’s the part that matters most…

A Campus NG911 deployment isn’t just about technology. It’s about operational readiness.

At the center of it all is the idea that many campuses are already functioning like their own Public Safety Answering Point (PSAP), whether they officially recognize it or not. They are the first point of contact, the first point of decision, and often the first point of coordination before an event ever reaches a traditional 9-1-1 center.

That comes with responsibility.

Because once you start connecting systems, sharing data, and enabling real-time decision-making, you’re also introducing:

• More attack surfaces
• More points of failure
• And more opportunities for confusion when something goes wrong

And it will go wrong.

That’s where two things become absolutely critical:

If your systems can be reached, they can be breached. Every connection, every API, every data feed must be designed with security and resiliency built in from the start, not added later as an afterthought.

When everything is connected, it becomes very easy for accountability to disappear.

• Who owns the data?
• Who validates it?
• Who maintains the system?
• Who is responsible when it fails?

If those answers aren’t clearly defined before deployment, you don’t have a system, you have a liability.

Campus NG911 has the potential to transform emergency response by delivering better information, faster decisions, and stronger outcomes.

But none of that matters if:

• The data can’t be trusted
• The systems aren’t secure
• Or no one knows who is responsible when it breaks

This isn’t about being “ahead of the game.”

It’s about being ready when the game shows up at your front door. Because in Public Safety, you don’t get a second chance.

🎧 Remember New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com Follow Fletch http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

In this episode of TiPS: Today in Public Safety, Fletch breaks down the difference between having more technology and actually having better operations. In past episodes we have talked about real-time incident packages and validated dispatch data to smart alert routing and the emerging concept of digital twins, this episode connects the dots between innovation and execution.

Because here’s the truth: More data doesn’t make you better… better data at the right moment does.

If your systems are adding complexity instead of clarity, you’re not ahead, you’re just moving faster in the wrong direction.

This episode defines what a truly modern Campus Emergency Communications Center looks like, and why integration, validation, and control matter more than ever.

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

Episode 26 0424 of TiPS: Today in Public Safety, shifts the focus to the Campus ECC and its real role in the NG911 ecosystem.

Because after all the talk about architecture, data, and IoT… 👉 someone has to make sense of it - and that's a job for Campus PD. But right now, too many campus ECCs are still acting like pass-throughs, simply relaying calls to the PSAP.

But the reality is:

👉 The campus already has the advantage.

It has the data. The systems. The real-time context.

So why aren’t they using it?

In this episode we'll break down:

• The “pass-through” problem
• The information advantage campuses already have
• The shift to a first-mile model
• And how Campus ECCs can become decision engine partners to municipal Public Safety 911 centers

Because the future of 9-1-1 doesn’t start at the PSAP…

👉 It starts at the source. And in this episode, we're defining exactly what that looks like.

REMEMBER TO FOLLOW AND SUBSCRIBE

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

In Episode 4 of the Campus NG911 series, IoT Overload, we're taking a hard look at what happens when sensors, cameras, access control systems, and applications all begin generating alerts at the same time, for the same issue \.

This episode breaks down:

• The shift from human-initiated calls to machine-generated events
• How alert storms and false positives overwhelm the ECC
• The dangerous assumption that all data is accurate
• And why unvalidated inputs can lead to faster… but worse outcomes

Because if everything is urgent…

👉 nothing is.

This is where coordination, validation, and control become critical — and where the system either works… or starts working against you.

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

Today, we'll take a step back from tools and start talking about architecture with 911 compliance.

Because the issue isn’t a lack of technology. In fact, campuses and enterprises are full of it. The problem is that most of those systems were never designed to work together during an emergency.

UCaaS platforms do exactly what they were built for… collaboration. But in critical situations, collaboration isn’t enough.

👉 Data needs to be coordinated, validated, and delivered to Public Safety in a way that actually helps. That’s where:

UCECS — Unified Communications for Emergency and Critical Services

comes into play. This episode breaks down:

• Why traditional communication platforms fall short in critical events

• What an architecture layer actually does behind the scenes

• How scattered data becomes actionable information

• And why skipping that layer creates a risk most organizations don’t even see

Because , it’s not about how much data you have…

👉 It’s about what emergency services actually receive.

🎧 REMEMBER New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com

Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives

Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

👉 The NG911 demarc.

It’s there. It’s connected. It’s fully capable.

And in a lot of environments… it’s doing almost nothing.

We walk through what’s really happening inside campuses and enterprise environments today, where massive amounts of data exist, but never actually make it into the 9-1-1 ecosystem where they could make a difference.

From video feeds and access control systems to IoT sensors and identity data, the information is there. The problem is, it’s not connected in a way that matters.

This episode breaks down:

• Why “modernized” doesn’t always mean integrated

• The location problem no one wants to talk about

• What the NG911 demarc actually represents… and why it’s being underutilized

• How systems can be working perfectly… and still fail the call taker

• And the quiet risk of assuming everything is “good enough”

Then we bring it back to reality.

Because at the end of the day, none of this is about technology.

It’s about what the call taker actually receives… and what they don’t.

👉 Even if you can dial 9-1-1, if they don’t know where you are, they can’t help you.

🎧 Listen now and take a closer look at the gap between capability and reality.

🎧 New TiPS episodes drop every Monday, Wednesday, and Friday at http://911TiPS.com

Follow http://x.com/@Fletch911 on X for more insights, humor, and tech deep dives

Check out his Blogs at http://Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

In this episode of TiPS: Today in Public Safety, we take a hard look at a problem that’s hiding in plain sight across higher education:

👉 Too many communication platforms

👉 Fragmented identity

👉 Inconsistent, unreliable location data

👉 And an NG911 demarc… sitting there doing absolutely nothing

On paper, everything works.

In demos, everything works.

But in the real world?

That’s where things start to fall apart.

We walk through the illusion of modernization, the location problem no one wants to talk about, and the uncomfortable truth about what happens when systems don’t agree on where someone actually is.

Because when that happens…

Responders don’t just lose time.

They lose trust in the system.

And that’s a problem you don’t see coming… until it’s too late.

• Why UCaaS fragmentation is quietly breaking emergency response

• The dangerous gap between “connected” and “coordinated”

• How location data failures actually play out in the field

• The role NG911 should be playing… but often isn’t

• What “ahead of the game” really means for campus safety

You don’t have a communications problem…

You have a coordination problem.

And until those systems speak the same language — location, identity, and intent —

a “smart campus” is just a well-lit guessing game.

Follow for more insights on NG911, public safety technology, and the realities behind the systems we trust every day.

🌐 http://911tips.com

🌐 http://Fletch.tv

🌐 http://Fletch911.com

🐦 https://x.com/Fletch911

TiPS: Today in Public Safety delivers sharp, real-world insights into emergency communications, technology, and operations — with a focus on what’s actually happening behind the scenes.

If you’re in public safety… this one hits close to home.

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

In this episode of TiPS: Today in Public Safety, Fletch dives into one of the biggest shifts we’ve seen in emergency communications in years: the rise of agentic AI.

For years, AI has served as an assistant. Transcribing calls. Flagging keywords. Offering suggestions.

But that version of AI is evolving - lightning fast.

With major moves this year, like Motorola Solutions acquiring Hyper, and last year's Prepared acquisition bringing Prepared into its ecosystem, the direction is clear:

AI is no longer waiting for instructions.

It’s starting to take action.

• The shift from assistive AI to agentic AI

• Why recent acquisitions signal a major industry pivot

• How AI will be an active participant in ECC operations

• The growing tension between speed and control

• The uncomfortable question: Who’s really in charge?

• Why guardrails, oversight, and human control are more critical than ever

Agentic AI can introduce great speed. But in public safety, speed without control can introduce risk. Because “fast and wrong” is still wrong… just faster.

Agentic AI isn’t coming someday. It’s already being built into the platforms agencies rely on every day. The agencies that succeed won’t be the ones who adopt it first… They’ll be the ones who understand it, manage it, and control it.

TiPS: Today in Public Safety brings you real-world insight, sharp analysis, and occasionally uncomfortable truths about emergency communications, public safety technology, and the future of 911.

Hosted by Fletch, a NENA-certified ENP with decades of experience in the industry.

🌐 https://911tips.com

🌐 https://Fletch.TV

🌐 https://Fletch911.com

🐦 X: @Fletch911

#EmergencyCommunications #FirstResponders #TechInPublicSafety #Fletch911 #TiPSPodcast

In fact, some of the most dangerous technology entering our networks today looks like a bargain. Cheap. Easy. Convenient.

Like candy.

But what if that candy comes with a poison problem?

In this episode of TiPS: Today in Public Safety, Fletch breaks down the growing importance of the FCC’s Covered List and why it may be one of the most critical, yet least understood, tools in protecting our nation’s communications infrastructure.

As global supply chains expand and technology becomes more complex, the average consumer, business, and even public safety agency can no longer realistically evaluate the risks baked into the devices they deploy every day. And that’s the problem.

Because behind the low cost and shiny features may be:

• Hidden vulnerabilities

• Foreign-controlled infrastructure risks

• Supply chain exposure

• And long-term national security implications

 This is not just a telecom issue. This is a public safety issue.

Because when your ECC, your network, or your critical systems depend on technology you don’t fully understand… You're inheriting risks you didn’t knowingly accept.

And without guardrails like the FCC Covered List?

We’re essentially handing out candy… and hoping it’s not poisoned.

• What the FCC Covered List actually is and why it exists

• How foreign-controlled technology impacts network security

• Why complexity has outpaced consumer understanding

• The real risks to public safety systems and NG911 environments

• Why policy and protection layers are more critical than ever

It’s about what you allow into your network in the first place. And if you get that wrong… nothing else matters.

🌐 911tips.com

🌐 Fletch.tv

🌐 Fletch911.com

🐦 X: @Fletch911

Stay safe, stay informed, and if you are in Public Safety… thanks for what you do, every day.

In this episode of TiPS: Today in Public Safety, Fletch takes a deep dive into one of the fastest-moving shifts in emergency communications — Drone as a First Responder (DaaFR) programs.

We’re talking about drones launching in seconds… arriving before patrol… before fire… and giving responders real-time eyes on the scene before anyone steps out of a vehicle.

Sounds like the future?

It’s already happening.

From real-world deployments like Fort Collins, Colorado, to the broader implications for NG911, this episode breaks down what drones actually bring to the table… and what they expose.

Because while the technology is impressive… the operational reality?

That’s where things get complicated.

• What DaaFR programs actually look like in the field

• How drones are reshaping response timelines

• The direct connection between drones and NG911 data workflows

• Why most ECCs aren’t ready for this level of data (yet)

• The operational questions nobody has fully answered

• The challenges: FAA restrictions, privacy, staffing, and integration

• And the big one… what happens when you see everything, but don’t know what to do with it

Drones don’t fix broken workflows.

They expose them.

And if your ECC isn’t ready for real-time video, telemetry, and data-driven decision-making… you’re not getting ahead.

You’re getting overwhelmed… faster.

Drones are becoming the first set of eyes on an incident.

The agencies that figure out how to integrate that into their NG911 ecosystem?

They’re going to lead.

Everyone else…

Will be trying to catch up… while the response is already in the air.

Follow for more:

🌐 911tips.com

📰 Fletch.tv

💼 Fletch911.com

🐦 @Fletch911

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

Through Gold Line Support, this scholarship is designed to invest directly in the future of emergency communications by funding a 9-1-1 professional’s attendance at the NENA Conference.

This opportunity provides more than just access to an event—it creates a pathway for growth, connection, and leadership development that directly impacts the communities we serve.

By contributing, you are helping remove barriers and open doors for the next generation of public safety professionals.

Together, we can carry forward Buster’s legacy through action, mentorship, and continued service.

DONATE HERE:

https://www.zeffy.com/en-US/donation-form/buster-brown-scholarship

More video. More sensors. More insight. More everything.

Well… be careful what you wish for.

Because it’s here.

In this episode of TiPS: Today in Public Safety, Fletch dives headfirst into the reality of the modern 9-1-1 ecosystem, where live video, telematics, alarm data, wearables, smart buildings, and AI-generated alerts are all converging at one place… the call taker’s screen.

The problem?

We built the firehose.

But we never upgraded the cup.

This episode breaks down what happens when data outpaces workflow, why more information does not automatically lead to better decisions, and how the real challenge isn’t collecting data — it’s making it usable, actionable, and trusted in the moments that matter most.

From signal versus noise… to cognitive overload… to the very real human impact on the call taker, this is a conversation every public safety professional needs to hear.

Because if we don’t fix how we handle the data…

We’re not building smarter systems.

We’re just building faster ways to overwhelm the people we rely on most.

• The NG911 data explosion

• Why legacy workflows are breaking under modern inputs

• Signal vs noise in a multi-source environment

• The growing cognitive load on call takers

• Why data management matters more than data collection

For more insights and episodes:

• 🌐 911tips.com

• 🌐 Fletch.tv

• 🌐 Fletch911.com

Follow Fletch on social media: @Fletch911

What started with transcription, translation, summarization, and analytics is quickly becoming a much broader conversation about how much decision-making, prioritization, and workflow shaping AI should influence inside the ECC. The issue is no longer whether AI is arriving. It is whether the industry is doing enough to separate useful innovation from polished overreach.

In this special episode of TiPS: Today in Public Safety, Fletch examines a concept that, at first glance, sounds like the next logical step in AI-assisted call handling.

Instead of routing 911 calls strictly by location, queue load, or the next available position, this model proposes something more adaptive. It suggests that calls could be analyzed in real time for vocal stress, cadence, emotional intensity, environmental audio, and communication style, then matched to the call taker whose interaction profile is considered the best fit for that specific caller.

Is it a serious idea? At least, it sounds like one.

Can AI distinguish panic from confusion? Can it detect escalation before a human ear fully processes it? Can it improve the connection between caller and call taker in the first critical seconds of an emergency? And if it can, should that influence how calls are routed?

This episode explores those questions through the lens of a system presented as a more empathetic, more responsive, and more personalized approach to emergency communications. A platform designed not just to move calls efficiently, but to pair people in crisis with the voice, tone, and communication style most likely to produce a better outcome.

And that is where the conversation starts to shift.

Because the more sophisticated the language becomes, the easier it is for almost any idea to sound credible. Public safety absolutely should be exploring practical uses of AI. But it should be challenging them just as aggressively. Is the technology measurable? Is it explainable? Is it resilient under stress? Does it solve an actual operational problem, or does it just sound impressive in a demo?

That tension is what drives this episode.

The deeper it goes, the less it becomes about one imaginary tool and the more it becomes about a very real problem. In public safety, bad ideas do not always arrive looking ridiculous. Sometimes they arrive dressed like innovation, wrapped in technical language, supported by glowing graphics, and delivered with complete confidence.

And eventually, the reveal comes.

No, there is not a real platform matching callers and dispatchers by emotional compatibility.

No, 911 is not being routed by vibe.

And no, SentiPath 911 is not an actual product. But the 1st to send me an email at SentiPath911 at Fletch911.com email address,  with the subject line "SentiPath 911 Starbucks Winner", gets a $10 Starbucks Gift Card from me for reading this far into the description and actually following directions. 

That offer is real and I will post the winner as an uopdate. As for this blog? Yes, this is the April 1 episode that I conjur up each year. But if it sounded believable for longer than it should have, that is just the warning buried inside the joke.

Because in public safety, the most dangerous nonsense is not the kind that sounds stupid.

It is the kind that sounds smart enough to get funded.

#PublicSafety #911 #NG911 #AI #EmergencyCommunications #Dispatch #TechInPublicSafety #TiPSPodcast

In this episode of TiPS: Today in Public Safety, Fletch takes on the growing conversation around FirstNet reauthorization and why this is about a whole lot more than politics, process, or congressional scheduling. This is about the long-term stability of a communications platform public safety increasingly depends on when everything else is going sideways.

Fletch breaks down why nationwide public safety broadband is not something you leave sitting in legislative limbo, why governance and public safety representation matter, and why critical infrastructure should never be treated like a subscription somebody forgot to renew.

If you work in emergency communications, public safety leadership, field operations, interoperability, or technology planning, this episode is your reminder that the plumbing matters just as much as the shiny stuff connected to it.

In this episode:

• Why FirstNet reauthorization matters right now

• What happens when mission-critical communications get treated like paperwork

• Why public safety governance and oversight are part of operational readiness

• The danger of assuming critical infrastructure will always “just be there”

Because in public safety, “maybe later” is not a communications strategy.

Follow Fletch for more public safety insight, commentary, and the occasional well-earned dose of snark.

#PublicSafety #FirstNet #EmergencyCommunications #NG911 #Interoperability #Broadband #FirstResponders #911 #PublicSafetyTechnology #TiPS

In this episode of TiPS: Today in Public Safety, Fletch breaks down quantum in plain English, without the lab coat, the billion-dollar buzzwords, or the sci-fi nonsense. We take a practical look at what quantum computing is, what it is not, why cybersecurity experts are already paying attention, and how future quantum capabilities could affect encryption, evidence security, network trust, remote access, CAD ecosystems, and the long-term protection of sensitive Public Safety data.

This is not about panic. It is about preparation.

If you work in 9-1-1, emergency communications, Public Safety IT, critical infrastructure, or government technology, this episode helps explain why quantum is not just some future problem for somebody else to deal with. It may not be fully operational today, but the planning for its impact absolutely needs to start now.

In this episode, we cover:

• What quantum computing actually is

• Whether quantum is really “here” yet

• Why post-quantum cybersecurity matters right now

• What “harvest now, decrypt later” means for Public Safety

• How agencies should start thinking about procurement, vendors, and crypto agility

• Why the first real impact of quantum on Public Safety is likely cybersecurity, not magic dispatch consoles from outer space

Bottom line: You do not need to buy quantum today, but you do need to start buying technology with quantum in mind.

For more TiPS episodes, visit 911tips.com

Follow Fletch on social media at @Fletch911

Read more blogs at Fletch.tv

Professional site: Fletch911.com

#PublicSafety #NG911 #911 #Cybersecurity #QuantumComputing #CriticalInfrastructure #EmergencyCommunications #PublicSafetyTechnology #Encryption #TechForGood

In this episode of TiPS: Today in Public Safety, Fletch digs into big event readiness and asks the question a lot of people would rather dodge until after the after-action report:

Are we actually ready for a post-9/11, multi-agency, high-density, globally watched event… or are we still doing interoperability theater with fancy radios, fragile networks, and a shared Google Doc nobody can find?

Because when the crowds get huge, the stakes get real, and the eyes of the world are on the venue, this is not the time to discover your mutual aid plan was held together with buzzwords, caffeine, and somebody’s “we talked about this once” email thread.

Fletch breaks down what major event readiness really takes:

real coordination, real communications discipline, real command structure, real redundancy, and systems that work when everybody is trying to use them at the exact same time.

We are talking about:

multi-agency coordination,

law, fire, EMS, transit, emergency management, venue security, intelligence sharing, dispatch overload, operational tempo, and the very real possibility that some organizations are still confusing having equipment with having readiness.

Because owning radios is not the same as interoperability.

Having a plan is not the same as being prepared.

And putting twelve logos on a slide deck does not mean your agencies can actually function as one team when things go sideways.

If your world includes public safety, special events, emergency communications, regional planning, or trying to keep chaos from getting a press conference, this episode is for you.

Welcome to the stress test. The World Cup may be the first real prove-it moment for whether all that post-9/11 coordination talk actually built something solid… or just produced better meetings.

 #PublicSafety #WorldCup #Interoperability #NG911 #EmergencyManagement #911 #CriticalCommunications #EMS #FireRescue #Police #TransitSecurity #SpecialEvents #HomelandSecurity

In this episode of TiPS: Today in Public Safety, Fletch takes on a hard truth that a lot of agencies still avoid: IT support is not the same thing as a dedicated operational tech unit. Inspired by a strong Police1 article from Detective Shannon Belanger of the Broward Sheriff’s Office, this episode looks at why modern public safety agencies need real in-house technical ownership for the systems that now sit directly on the mission front line. 

From CAD and GIS to recorders, routing systems, cybersecurity, digital evidence, drones, cameras, analytics, and field technology, the tools may be in place, but tools alone do not create readiness. Somebody has to own the workflows, the testing, the training, the maintenance, and the reality of keeping those systems operational during real incidents. As the episode puts it, buying technology and tossing it into the organization “like a live raccoon” is not a strategy. It is chaos with a login screen. 

Fletch also digs into a bigger issue. Public safety often confuses confidence with competence, underfunds the people and process behind the platforms, and leans too hard on vendors or outside partners when internal capability should already exist. That is not resilience. That is dependency wearing a nice suit.

This episode is a reminder that technology is no longer a side issue in policing, dispatch, emergency management, or school safety. It is part of the mission. And if nobody truly owns it operationally, then modernization is just a shiny label stuck on top of a future failure.

Full credit to Detective Shannon Belanger and Police1 for the article that inspired this episode, “Why every police agency needs a dedicated tech unit.” 

#PublicSafety #911 #NG911 #EmergencyCommunications #CAD #GIS #Cybersecurity #PoliceTechnology #Dispatch #DigitalEvidence #PublicSafetyTechnology #Fletch911

In this episode, Fletch takes a hard look at one of the biggest myths in emergency communications: the belief that having extra gear automatically means you have real resilience.

From fiber cuts and backhoe disasters to screens lighting up red inside the ECC, this episode digs into what really happens when a supposed failover plan meets the real world and immediately falls apart. Because in Public Safety, redundancy is not a buzzword, a PowerPoint slide, or a warm fuzzy feeling. It either works when things go bad, or it was never redundancy to begin with.

Fletch breaks down the difference between true resiliency and what he calls redundancy theater  , systems that look impressive on paper but still leave you exposed to a single point of failure when it matters most. If your backup path shares the same trench, your alternate route depends on the same provider, or your failover plan begins with somebody yelling “why is everything red?”, this one is for you.

This episode is a reality check for ECC leaders, technologists, network designers, and anyone in Public Safety who has ever been told, “Don’t worry, we’ve got backup.”

Spoiler alert: sometimes that backup is about as useful as a screen door on a submarine.

#PublicSafety #NG911 #911 #EmergencyCommunications #ECC #PSAP #NetworkResiliency #Cybersecurity #CriticalInfrastructure #Fletch911

For more updates and insights, follow me on social media at Fletch911.

Visit 911tips.com for a complete archive of previous episodes.

My blogs are available at Fletch.TV

My professional website is Fletch911.com

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

In this episode of TiPS: Today in Public Safety, Fletch takes a closer look at the ASAP Digital Alarm Protocol and why it matters far more than most people realize.

Joining the conversation is special guest Morgan Hertel, CTO of Rapid Response Alarm Monitoring, bringing firsthand insight into how alarm monitoring, automation, and richer data are reshaping the connection between the monitoring center and Public Safety.

This is not just another back-room tech upgrade for alarm companies. This is about speed, accuracy, automation, and getting critical information from the monitoring center to the ECC without the old routine of voice relay, repeated callbacks, human transcription errors, and wasted time. In other words, fewer opportunities for the message to get mangled before help is even on the way.

Fletch and Morgan break down how ASAP helps move alarm notifications directly into Public Safety workflows, why that improves accuracy, and how richer data can support better decision-making when seconds count. They also dig into the bigger picture: why modernization in alarm handling is not just a convenience issue, but a Public Safety issue.

If you work in alarms, ECC operations, NG911, monitoring centers, CAD integration, or Public Safety technology, this episode connects the dots between automation and real-world response.

This episode explores the promise of the ASAP Digital Alarm Protocol, the operational value of cleaner and faster alarm delivery, and why the future of emergency communications depends on systems talking to each other without sounding like a bad game of telephone.

TiPS: Today in Public Safety is hosted by Fletch, a NENA-certified ENP, bringing you the latest, most informative, and sometimes controversial takes on emergency communications.

For more updates and insights, follow @Fletch911 on social media, visit 911tips.com for the full archive, read the blogs at Fletch.tv, and learn more at Fletch911.com.

In this episode of TiPS: Today in Public Safety, Fletch takes aim at one of the most persistent myths in emergency communications: the idea that telling people what to say to 9-1-1 is somehow the same thing as delivering real, usable location data.

From office towers and hospitals to campuses, warehouses, and multi-tenant buildings, this episode breaks down why a street address alone is often not enough, why legacy PBX thinking still causes problems, and why dispatchable location has to be something the system delivers, not something a panicked caller is expected to remember and read off a sticker. 

Fletch also digs into the real-world operational gap between “help is here” and “help is still circling the building,” especially in environments with multiple entrances, locked access points, badge-only elevators, movable devices, softphones, and constantly changing floorplans. If your location strategy falls apart the minute someone is stressed, nomadic, remote, or unable to speak, then it is not a strategy. It is wishful thinking with adhesive. 

This episode covers:

• Why signage is not the same as engineering

• The myth that “our address is good enough”

• Why static location records fail in dynamic work environments

• What “enough” actually looks like for usable dispatchable location

• Why responders need more than a property line and a prayer 

If you work in Public Safety, enterprise communications, NG911, facilities, compliance, or emergency planning, this one hits right where technology, operations, and reality collide.

TiPS: Today in Public Safety is hosted by Fletch, a NENA-certified ENP, bringing you the latest, most informative, and sometimes controversial takes on emergency communications.

For more updates and insights, follow @Fletch911 on social media, visit 911tips.com for the full archive, read the blogs at Fletch.tv, and learn more at Fletch911.com.

In this Friday the 13th special edition of TiPS: Today in Public Safety, Fletch takes on one of the more frustrating and dangerous modern horror stories in emergency communications, the phantom transfer.

This episode digs into the hidden failures that happen when calls move between networks, agencies, and systems, but critical information like location, callback data, and call context does not make the trip intact. It is not always a hard failure with alarms and flashing lights. Sometimes the call looks connected upstream while the receiving PSAP is left with missing data, broken workflows, or a caller forced to repeat everything all over again.

Fletch breaks down why phantom transfers happen in hybrid legacy and NG911 environments, where audio, signaling, routing logic, policy decisions, and validation all have to work together under pressure. He walks through the real-world causes behind these failures, the operational risk they create, and why “it connected on my end” is not the standard public safety can accept.

If your agency touches transferred calls, interconnects with other systems, or operates in a mixed legacy and NG911 environment, this episode is your reminder that successful call handling is about far more than audio. It is about preserving identity, context, and trust from start to finish.

#NG911 #911 #PublicSafety #EmergencyCommunications #PSAP #ECC #NextGeneration911 #Telecom #CallRouting #PublicSafetyTechnology #Fletch911 #TiPS

Grab the important information at: https://sbcfastlink.org/Cell-phone-bans

Then listen as dig into one of the hottest school policy debates out there right now: whether We'll cover:

• Why have cellphones become such a major issue in schools

• The real classroom distraction problem

• Why parents are concerned about losing contact during emergencies

• How emergency communications change the debate

• Why both sides have legitimate concerns

• How School Mode and geo-fenced controls may offer a smarter path forward

If this topic hits home for you, be sure to like, comment, and share the episode. And if you have a topic you want covered in a future TiPS episode, reach out to Fletch.

#PublicSafety #NG911 #SchoolSafety #CellPhoneBans #EmergencyCommunications #911 #SaferBuildings #EducationPolicy #TiPSPodcast

In this TiPS episode, Fletch digs into the messy reality behind the buzzwords: data flooding (the ocean of new inputs NG911 can deliver) and data poisoning (when bad data, stale data, mis-mapped data, duplicate incidents, or intentionally manipulated inputs slip into the workflow and get treated like truth).

We walk through why “more data” is not automatically “better decisions,” how bad inputs get amplified once they are inside the ecosystem, and why the most dangerous failure mode is confident-looking information that nudges call takers, dispatchers, and responders off course.

You will also hear the practical checklist that matters when the screen is screaming for trust:

• Provenance: do we know the source and what it is allowed to claim?
• Freshness: can you tell what is stale at a glance?
• Validation: automated does not mean verified
• Resilience: one corrupted feed should not contaminate everything
• Training and culture: permission to challenge the screen, trust then verify

Because the goal is not more data. The goal is better outcomes. And sometimes the safest move is to slow down just enough to make sure the data is real before it becomes action.

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

For the complete archive: 911TiPS.com

Follow: x.com/@Fletch911

Blogs: Fletch.TV

In this TiPS episode, Fletch takes you into the haunted parts of vertical location, where a Z value can be present, standards-compliant, and still operationally useless. We talk about why “support” is not the same as “actionable,” how the end-to-end chain (device, network, NG911 elements, call handling, CAD/map, human interpretation, responder action) can break at any link, and why the worst failure mode is when the number looks confident but should not be trusted.

You will also hear the uncomfortable truth nobody wants on a slide deck: height is not a floor. “Floor” is a decision, and buildings are chaos by design. Mezzanines, basements labeled “G,” towers that reset numbering, hospitals with “3 North” and “3 South,” all of it turns a simple meter value into a mapping and context problem. If your Z-axis plan ends at “the value exists,” this episode is your haunted house tour.

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

For the complete archive: 911TiPS.com

Follow: x.com/@Fletch911

Blogs: Fletch.TV

Kari walks through the scale of their operation, a modern center serving about 380,000 residents, dispatching for 11 law agencies and 15 fire departments, and handling roughly 250,000 law calls for service plus about 45,000 fire calls annually.  She also shares what it is like running a 44-seat center with cross-trained staff rotating through positions daily. 

Kari dives into her ASAP implementation with Fletch, including the unglamorous but critical early work of cleaning up bad address data and helping call takers adjust from “one sentence alarm calls” to richer, structured alarm data.  The turning point? The first big storm, when alarm calls flooded in but DID NOT tie up call takers, because they arrived directly in the pending queue, letting the team prioritize true emergencies. 

Kari also explains why ASAP is a game-changer for efficiency: cancellations, keyholder updates, and comments arrive automatically with dashboard notifications, cutting out the extra phone calls and saving minutes across the workflow.  She ties that time savings back to what matters most: giving telecommunicators more breathing room and more time to deliver better service on the calls that truly need it. 

Finally, Kari looks ahead: richer data, indoor maps, and even controlled camera access as future “ASAP-adjacent” possibilities, plus her big wish list item, true PSAP-to-PSAP interoperability that lets centers share status, overflow conditions, and incident visibility across borders in real time.   

If you are a PSAP leader, a CAD decision-maker, an alarm industry partner, or just someone who likes hearing how technology actually plays out on the floor, this one is packed with practical lessons and a few very honest laughs along the way. 

Cisco’s newly disclosed critical Catalyst SD-WAN vulnerability (CVE-2026-20127) is a worst-case example of what happens when the control plane becomes the target. The issue is an authentication bypass affecting Cisco Catalyst SD-WAN Controller (vSmart) and SD-WAN Manager (vManage), and it has been flagged as actively exploited. 

We break down, in plain English, what this kind of flaw can mean in the real world:

• How an attacker can pivot from “one exposed management path” into fabric-wide policy and routing manipulation

• Why SD-WAN is both a resiliency win and a blast-radius multiplier when misconfigured

• What “cyber exposure” looks like when your WAN is carrying voice, CAD, radio backhaul, video, and interop traffic that public safety depends on

If you run SD-WAN in, near, or adjacent to public safety infrastructure, this is the moment to audit your management exposure, validate your hardening posture, and move patching from “schedule it” to “do it.” 

#Cybersecurity #SDWAN #Cisco #PublicSafety #NG911 #CriticalInfrastructure

In this TiPS episode, Fletch takes on “Single Points of Failure You Forgot You Had” and walks through the hidden dependencies that can take a PSAP, CAD workflow, logging, mapping, or connectivity down with a single hit. Not a hurricane. Not a cyberattack. One breaker. One circuit. One “redundant” link that is not actually diverse. One firewall rule. One overlooked service. One person who is the only one who knows how to fix it.

This is a practical, operations-focused conversation about how to spot single points of failure before they become a headline, why “we have redundancy” is not a statement until you test it, and how to build resilience that actually survives real-world conditions.

If you have ever said “we should be fine” right before something went sideways, this episode is for you.

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

TiPS Archive: 911TiPS.com

X: x.com/@Fletch911

Blogs: Fletch.TV

ASAP is not a buzzword, and it is not a theoretical discussion of standards. It is a proven way to move alarm events from the monitoring center to a 9-1-1 center as digital data, rather than by phone. That means fewer manual entry steps, fewer transcription errors, cleaner CAD records, and faster dispatch on the calls that truly matter.

Bill walks us through the real-world 0deployment path, including how agencies and alarm industry partners are using modern secure connectivity approaches. That includes integrating with  AWS GovCloud, to support ASAP Direct Connect. We also get into the practical wins that leadership cares about: reduced call handling time, improved accuracy, better unit notifications, and less time spent doing “alarm call admin work” on the phone when your console is already busy.

If your center is looking for a realistic, step-by-step understanding of ASAP deployment, this episode is for you. Bill and I cover:

• What ASAP is, and what it IS NOT

• The difference between voice alarm calls and data-driven alarm delivery

• Implementation milestones that matter, from planning to testing to go-live

• Security, connectivity, and operational readiness considerations

• The time savings and accuracy gains agencies are seeing in the field

• How to set expectations with stakeholders, vendors, and leadership

Subscribe for more TiPS episodes on NG911, operations, staffing, and real-world public safety technology that survives contact with production.

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

TiPS Archive: 911TiPS.com

X: x.com/@Fletch911

Blogs: Fletch.TV

We keep talking about what the next console can ingest: video, photos, floorplans, sensor feeds, access logs, medical data, telemetry, even “AI insights.” Great. But the number of humans sitting at that console did not magically double. More inputs, same staffing model, same shift pressure, same 2:13 AM Saturday call volume.

In this episode, Fletch breaks down the myth that more data automatically makes calls easier, and explains why the NG911 console is quickly starting to look less like a phone position and more like air traffic control. The real issue is not headcount alone. It is role design, workflow design, and decision training. If everything gets dumped on the call taker, the outcomes are predictable: slower processing, missed cues, higher stress, lower retention, and worse performance on the worst days.

You will hear practical, real-world ways to make NG911 a force multiplier without burning out your people, including how to split the work, not the person, how to build a data triage function, and why training needs to move from “click here” to “when this arrives, what do you do first.”

Because if your operational plan is “the call taker can handle it,” that is not a plan. That is a wish.

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

TiPS Archive: 911TiPS.com

X: x.com/@Fletch911

Blogs: Fletch.TV

We break down how “small, reasonable” GIS edits to boundaries, road centerlines, and addressing can quietly turn into operational pain, and why NG911 raises the stakes because GIS is no longer JUST a map. It's the ROUTING ENGINE. You'll also get practical ways to catch drift early using governance, validation, and a simple border-address test set.

If you have ever heard “that’s not our district,” this episode is for you.

Full archive: http://911tips.com

Blog content: http://Fletch.tv | http://Fletch911.com

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

If you have ever taken an alarm call the “old way,” you already know the pain. A phone call from a monitoring center, a queue, a verbal read-off, a dispatcher typing it all into CAD, and the inevitable moment where someone asks, “Can you repeat the address?” ASAP flips that model on its head by sending actual alarm data digitally and securely straight into a PSAP’s CAD workflow. No phone call. No transcription step. No slow-motion obstacle course.

This episode walks through how ASAP came to be, why it originally leveraged NLETS as the backbone, and what the results looked like in early proof-of-concept deployments, including turnaround times of 15 seconds or less from alarm to dispatch. Then we break down what ASAP is at a practical level, including the ALQ and ALR message exchange model and how agencies can accept, reject, update, and clear alarm events digitally.

We also take on the uncomfortable reality behind alarm traffic. The numbers are blunt. Most alarm activations are not emergencies, and a huge percentage are tied to simple user errors like entering the wrong code or forgetting to disarm. ASAP helps cut the waste and the friction, and it lets cancellations and updates move as fast as the data can travel.

Finally, we look at how deployment is evolving beyond the traditional NLETS model, including newer options like cloud-based connectivity and lightweight approaches such as ASAP View for agencies that are not ready for full CAD integration.

Follow Fletch for more:

911TiPS.com

Fletch.TV

x.com/@Fletch911

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

But in a real ESInet, “99.999%” is often just a number that describes one component, in one place, under one set of assumptions. And the public does not call 9-1-1 to test your component availability. They call because their worst day just started, and they need an end-to-end system that actually works.

This episode breaks down what “five nines” really means, why it gets misused, and how reliability claims can fall apart the moment you zoom out and look at the full path: origination network, call routing, NG911 core services, GIS dependencies, redundancy design, PSAP operations, and the handoffs between all of it. You will also hear why “sunny day outages” happen so often, and why partial failures and intermittent issues can be more dangerous than a total outage, because they hide in the cracks and quietly break workflows.

If you are responsible for NG911 planning, ESInet procurement, governance, cybersecurity, operations, or vendor oversight, this is the episode that helps you stop buying numbers and start buying outcomes.

Because the mission is not five nines. The mission is: the call and the data get through. Every time.

In this episode, we cover:

• What “five nines” actually means in real downtime

• Why component SLAs do not equal mission success

• The end-to-end reality of ESInet dependencies

• Hidden single points of failure you forgot you had

• What to measure instead: outcomes, failover behavior, and operational continuity

• The questions every PSAP, 911 authority, and state program should be asking

TiPS: Today in Public Safety is where we talk real-world 9-1-1, real-world NG911, and we translate buzzwords into operational reality.

Follow Fletch for more:

x.com/@Fletch911

Fletch.TV

911TiPS.com

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

Because the truth is simple: “Dial 9” is not the problem. It is the symptom.

The real problem is what happens after 9-1-1 is dialed. Which network does the call ride? What location goes with it? Does it land at the right PSAP? Does it include dispatchable location that responders can actually use? And when your environment is a mix of legacy PBX, UCaaS, softphones, remote users, Wi-Fi, VPNs, and multi-building campuses, that simple call path can turn into a maze fast.

In this episode of TiPS: Today in Public Safety, Fletch breaks down the gap between traditional MLTS (Multi-Line Telephone Systems) and what NG911 expects, not in marketing terms, but in real operational reality. We talk about why legacy “E9-1-1 thinking” falls apart in modern enterprise environments, where the device is mobile, the user is not always at a desk, and location is no longer a static record in a database.

You’ll hear about:

Why “dialing 9” does not make a call compliant or reliable

How calls get misrouted when location and routing data are wrong

Why dispatchable location is the real lifesaver, not the phone system brand

What changes when NG911 brings IP networks, GIS routing, and richer data into the equation

The questions every enterprise, campus, hospital, and government facility should be asking before they “migrate”

This is a practical reality check for anyone responsible for enterprise telecom, public safety readiness, or NG911 planning. Because when the call goes wrong, the post-mortem will not care about your dial plan. It will care about what the responders knew, when they knew it, and whether they arrived fast enough.

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

#NG911 #911 #PublicSafety #EmergencyCommunications #MLTS #DispatchableLocation #KarisLaw #RAYBAUMSACT #PSAP #ECC

Alarms should be easy. They are structured, predictable, and formatted. Yet we still force them through phone calls and rigid IVRs that can waste the exact minutes we cannot afford to lose, especially when it is a verified panic, holdup, or active intrusion.

In this episode, I break down why alarms are uniquely messy for both sides of the line, and why auditable does not equal faster and standardized does not equal better in the middle of an active event.

Then we talk about the better path: structured alarm incident data delivered DIGITALLY in seconds, creating CAD incidents faster, reducing transcription errors, cutting phone congestion, and enabling two-way updates in the background without tying up call takers or alarm operators.

Follow me on X: @Fletch911

TiPS Archive: 911tips.com

My Blogs: Fletch.tv

My Professional Services Site: Fletch911.com

NG911 is not just “better 9-1-1.” It is a firehose.

Once multimedia, device data, sensor alerts, and third-party feeds start showing up, the challenge is not collecting more data. The challenge is deciding what matters, who sees it, when they see it, and what happens next. If you do not design that flow on purpose, the data flow will design it for you. It will overwhelm the call taker, confuse the workflow, and slow down response when seconds matter.

In this episode of TiPS: Today in Public Safety, Fletch breaks down what your first NG911 data firehose actually looks like in the real world, and what to do before it hits your PSAP or ECC like a wave. We talk about how to separate actionable information from noise, how to structure intake versus interpretation, and how to build a first-minute workflow that helps people make decisions instead of making them drown in notifications.

You will learn:

What “the data firehose” really includes beyond text and video

Why “more data” can create less clarity

How to set practical guardrails for what gets displayed and when

How to route different types of data to the right role, not the same screen

How to build workflows that protect call takers and speed up response

What questions to ask vendors and partners before you go live

This is not about fear. It is about readiness. NG911 can absolutely make emergency response faster, smarter, and safer. But only if we treat data like an operational resource, not a marketing bullet.

Follow TiPS for more updates and straight talk on emergency communications, NG911, and the real-world lessons that keep systems working when it counts.

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

#NG911 #911 #PublicSafety #EmergencyCommunications #PSAP #ECC #NextGen911 #GIS #Cybersecurity #AI

Some of it truly helps. The problem is that AI can also create confidence without correctness, and in public safety that can turn into operational contamination fast.

In this episode, Fletch talks through what actually works in the real world:

• where AI helps the call taker and dispatcher
• where AI can drift, hallucinate, or mislead
• the operational guardrails that keep humans in control
• how to roll out AI in phases without breaking the workflow
• why audit trails and fallback modes are not optional

AI can make you faster. It can also make you wrong faster. Guardrails are how you keep the benefits without eating the risk.

For a complete archive of episodes, visit 911TiPS.com

X: x.com/@Fletch911

Blogs: Fletch.TV

Copyright ©2026 Fletch911, LLC Media Productions http://Fletch911.com

You already know the answer. Yes. Of course it can.

And if anyone tells you it cannot, they are selling something.

In this episode, Fletch breaks down why “cloud” is not a force field. It is still infrastructure, and infrastructure fails. Sometimes the cloud provider has an incident, but more often the failure happens in the messy middle: the path to the cloud breaks, a dependency breaks, or your own building becomes the outage.

• What “Cloud NG911” actually means (because it is not one thing)

• How outages show up on the PSAP floor (spoiler: you do not get a nice email)

• The four most common failure patterns:

  1. Cannot reach the platform (fiber cut, carrier outage, ESInet transport, routing, firewall)

  2. Reachable, but degraded and weird (maps stall, LVF/ECRF timeouts, CAD integration breaks, recording fails)

  3. Vendor cloud region having a “moment” (shared dependencies across multiple agencies)

  4. Your building is the outage (power, HVAC, network core failure, evacuation, smoke, flood)

“If this goes down… where do the calls go?”

Not in theory. Not in a binder. Automatically, pre-configured, pre-approved, and practiced. Because failover that is not tested is not failover. It is improv theater.

We also hit four Reality Checks:

• Cloud does not eliminate outages, it changes the shape of outages

• Vendor SLAs are not the same thing as your public promise

• Failover that is not tested is fiction

• Your weakest link is often local, and then everyone blames “the cloud”

Bottom line: Cloud can be a fantastic strategy when it is engineered with survivability. But cloud without survivability is just moving your single point of failure to a nicer zip code.

But the next major incident won’t look like that at all.

In this episode, Fletch dives into the subtle but growing risks inside the NG911 ecosystem: unvalidated data streams, enterprise integrations that aren’t fully tested, and assumptions that can quietly undermine real-world emergency response. The technology is advancing faster than the governance and training around it—and that’s exactly where trouble begins.

We’re not predicting chaos. We’re predicting reality.

And if you want to understand where the cracks will form before they become headlines, this is the episode to catch.

Catch more episodes at 911TiPS.com

Blogs at Fletch.TV

Follow on social: @Fletch911

Copyright ©2026 Fletch911, LLC. Media Productions Fletch911.com

In this episode, we complete the four-part School Safety series with a deep dive into Higher Education and campus environments, where complexity is the rule, not the exception.

Unlike K-6 or secondary schools, college campuses combine:

• Open, walkable environments

• Indoor and outdoor venues

• Residence halls, classrooms, athletic facilities, and public events

• Young adults with independence — and risk

• Authorized campus police departments operating alongside local responders

This creates what many would call a perfect storm for emergency response challenges. From active shooter risk and medical emergencies to crowd dynamics, delayed reporting, and digital bystanders, this episode examines how everything we’ve discussed in prior episodes converges on campus — and why traditional school safety models fall apart here.

We’ll explore:

• Why higher education safety cannot rely on perimeter-based thinking

• The role of campus police, EMS, and mutual aid coordination

• How smartphones, situational awareness, and human behavior change response outcomes

• What NG911, data sharing, and real-time intelligence should look like in a campus setting

• And why closing the “safety circle” requires technology, policy, people, and training to meet in the middle finally.

This isn’t theory. This is operational reality.

Copyright ©2026 Fletch911, LLC Media Productions

http://Fletch911.com

As students enter adolescence, everything changes. Mobility increases. Autonomy grows. Smartphones, social media, peer dynamics, and emotional volatility become part of the environment—and part of the emergency.

In this episode. Fletch continues the school safety series by focusing on middle and high school environments, where emergency response becomes more complex, more dynamic, and far less predictable.

We explore:

• Why 7–12 emergencies are fundamentally different from K–6
• How student-initiated 911 calls change call-handling and response
• The most common law enforcement, EMS, and fire incidents in middle and high schools
• Where technology helps—and where it can actually make things worse
• Why student smartphones are already part of the response ecosystem, whether we plan for it or not
• How outdated safety models slow response and increase risk

Middle and high school students are not passive bystanders in emergencies. They are active participants—and systems, policies, and responders must be designed with that reality in mind.

If your safety model still assumes staff-only callers, fixed locations, or simple workflows, it’s already behind.

Copyright ©2026 Fletch911, LLC Media Productions

http://Fletch911.com

SAFE NJ is funded through a federal STOP School Violence grant and is designed to give students, families, and staff access to:

• Anonymous reporting of safety and wellness concerns

• Direct connection to licensed New Jersey mental health counselors through the 2NDFLOOR Youth Helpline

• Referrals to community-based support resources that address underlying risk factors

This episode explores why programs like SAFE NJ matter to public safety professionals, educators, and policymakers — and how trauma-informed, low-barrier reporting can surface warning signs earlier, reduce stigma, and help prevent crises before first responders are ever dispatched.

For MORE ON SAFE NJ, visit: https://www.nj.gov/health/news/2025/approved/20250306a.shtml

Fletch also reminds listeners: No Single App or Program Solves School Safety.

But SAFE NJ represents a broader ecosystem approach — aligning technology, mental health access, and community support with traditional emergency response models.

If you work in public safety, emergency communications, education, or school administration, this episode provides critical context on how prevention-focused programs are reshaping the future of school safety in New Jersey.

Thanks for listening to TiPS: Today in Public Safety. 

They are fundamentally different emergency environments, defined by very young students, staff who may not have responder-level training, and incidents that rarely look like the scenarios most school safety plans are built around.

In this episode , Fletch focuses exclusively on K–6 environments and explains why lumping all schools into “K–12” creates dangerous assumptions during emergencies.

We break down:

• Why K–6 emergencies are supervision problems first and response problems second

• The most common incidents that trigger police, fire, and EMS responses in elementary schools

• What first responders actually need when they arrive on scene, and why more dashboards don’t equal better information

• How security monitoring, cameras, and AI can help quietly, without overwhelming teachers

• Why teacher smart devices should support collaboration, not just act as panic buttons

• How assisted attendance, real-time accountability, and reunification must be built into the response—not treated as afterthoughts

This episode also examines where most K–6 safety plans fail:

not because of a lack of technology, but because of poor assumptions about children, staff, and parental behavior under stress.

If you work in:

• Public safety

• Emergency communications

• School safety planning

• Education administration

• Technology design for emergency response

This episode will challenge how you think about elementary school emergencies—and why getting K–6 right is foundational to everything that comes next.