The Zetron Blog: Z-Wire

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Cybersecurity Awareness Is Not Cybersecurity Readiness

Cybersecurity training belongs in every public safety organization. Verizon’s 2025 Data Breach Investigations Report found that about 60% of breaches involved a human element. Helping employees recognize suspicious messages, protect credentials, and report concerns remains essential. Yet training alone cannot tell an agency whether its dispatch network has an overlooked vulnerability or whether its recovery procedures will keep critical communications available during an incident.

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ETS 2026: Five Trends Shaping Emergency Services Technology

The Emergency Tech Show brought emergency services leaders, frontline professionals and technology providers together at NEC Birmingham on 16 and 17 September. Zetron joined the event, where our team demonstrated Cortex ICCS and Zetron CAD and spoke with visitors about the operational pressures facing today’s control rooms. If you missed ETS 2026 or need a quick run-down, we’ve captured the top 5 themes below. Five themes stood out from ETS 2026 1. Artificial intelligence must prove its operational value Artificial intelligence was one of the most visible topics at ETS, but conversations shifted from broad claims to doubling down on its potential. Sessions examined responsible AI in policing, AI agents handling online 101 enquiries and the challenge of taking a promising pilot into force wide use. For control rooms, the most relevant AI examples focused on practical assistance. These included: real time transcription language translation keyword detection to help operators process information more quickly while retaining control of the decision. AI should help staff find, understand and act on information, but accountability must remain clear and human oversight must be built in. Services will increasingly expect evidence of accuracy, governance, integration and measurable time saved before deploying it at scale. 2. Connected data is becoming the foundation for faster decisions Many of the operational problems discussed at ETS were not caused by a lack of information. They were caused by information being spread across separate systems, formats and organisations. The programme highlighted examples of Police Forces connecting operational data, sharing digital evidence and building common platforms across organisational boundaries. A dedicated session also asked what emergency services need to do so that systems can communicate and data can be shared more effectively. For the control room, connected data can reduce duplicate entry, make relevant context easier to find and support a clearer operational picture. The value comes from bringing the right information into the operator’s workflow at the right time, without adding another screen or forcing staff to piece the incident together manually. 3. ESN readiness is moving from strategy into delivery planning The transition to the Emergency Services Network remained a major priority. A Home Office-led session focused on progress and how deployment is being planned with emergency services across Great Britain. Members of the Zetron team also met the Emergency Services Mobile Communications Programme at the show to continue practical discussions around deployment and customer preparation. The central message is that readiness cannot wait until a migration date is confirmed. Control rooms need time to understand how current technology, operational processes, training and local dependencies will be affected. Early engagement gives services a better opportunity to identify the work required and plan change without putting continuity at risk. Following the award of a UK Home Office contract, Zetron is developing an ESN compatible upgrade for Cortex ICCS. Our focus is on giving existing customers a clear, supported route through the transition as the national programme progresses. 4. Resilience must be designed into everyday operations Resilience ran through the show well beyond its dedicated Resilience360 programme. Cyber threats, extreme weather, disruption to critical infrastructure and unreliable connectivity were all considered as operational risks rather than distant scenarios. Resilience is not only about recovering a system after failure. It also depends on how services prepare, how teams maintain visibility during disruption, how communications continue and how quickly people can adapt when normal arrangements are unavailable. For mission critical control rooms, ‘most of the time’ is not an acceptable standard. Technology decisions must account for security, availability, continuity and recovery from the outset, with the operational impact of any failure understood clearly. 5. Frontline trust will determine which technology scales A recurring theme across ETS was the gap between a successful demonstration and a solution that people rely on every day. The programme explored trust between emergency services and technology providers, responsible deployment and the practical work required to move beyond pilots. Technology is more likely to succeed when frontline users are involved early, operational requirements are explicit and suppliers are open about limitations as well as benefits. That approach produces systems shaped around real workflows and gives organisations a stronger basis for adoption, training and continuous improvement. The strongest technology partnerships will be judged by outcomes in the live environment: less time spent searching or re-entering information, clearer decisions and dependable performance when demand is high. What the five trends mean for control rooms AI, data, communications and cloud technology are all advancing, but each must work within the operational reality of the control room. ETS 2026 elevated the need for connected systems in order to support people rather than distract them, provide a clearer view of live activity and remain dependable under pressure. For control room leaders, the next step is to assess where information, processes or ageing technology still create friction and decide which changes will deliver a practical improvement for operators and the public. If your organisation is preparing for ESN or reviewing how its CAD and ICCS technology supports demand, decision making and operational continuity, speak to the Zetron team.

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The Importance of Crisis Communication in Utilities

Over the last decade, the U.S. power grid has faced mounting challenges due to climate change, leading to a significant increase in weather-related outages. According to an analysis by Climate Central, summer blackouts in the U.S. have surged by 60% over the past decade, primarily driven by extreme weather events and rising electricity demand during hotter months. These outages, often resulting from storms and wildfires, have become more frequent and prolonged. This trend highlights the urgent need for public utilities to strengthen their crisis communications and response capabilities, ensuring operational continuity and public safety.

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Your Control Room Doesn’t Need Replacing. It Needs Preparing.

For years, conversations about control room technology have centred on replacement.

Replacing legacy systems. Replacing networks. Replacing infrastructure.

Today, that conversation is changing.

The control room has evolved more in the last five years than it did in the previous twenty. Emergency services are responding to increasing demand, more complex incidents and greater public expectation, while preparing for one of the biggest technology transitions in a generation through the Emergency Services Network (ESN).

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Managing Risk, Vulnerability and Demand: The Growing Importance of THRIVE

Every call into a police control room matters. But not every call carries the same level of threat, harm or risk. As police forces continue to face growing demand, increasingly complex incidents and ongoing resource pressures, the ability to quickly assess and prioritise calls has never been more important. That’s why THRIVE has become such a fundamental part of modern policing.

THRIVE, which stands for Threat, Harm, Risk, Investigation, Vulnerability and Engagement, provides a structured framework that helps call handlers and dispatchers assess incidents consistently and make informed decisions about the most appropriate response.

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Your Zetron. Your Way.

The pressure to modernize emergency communications is real and growing. Next Generation 9-1-1 (NG9-1-1) migration, Text-to-9-1-1, GIS-based location services, integrated workflows and automation across call taking, computer aided dispatch (CAD) and dispatch, are no longer aspirational — they are operational expectations.

At the same time, agencies face staffing shortages, budget constraints, evolving funding opportunities and growing demands on telecommunicators and dispatch teams, all of which can impact modernization efforts.

Your Zetron, Your Way is about giving our customer choice and partnering in a way that builds a path forward that respects their infrastructure, budget cycles and operational realities.

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Police.AI: turning national ambition into operational reality

Police.AI represents one of the most significant shifts in policing in a generation.

Backed by more than £115 million in funding and positioned at the centre of the Government’s Police Reform White Paper, it signals a clear move away from fragmented innovation towards a nationally coordinated, technology enabled policing model.

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Five Key Lessons for Control Rooms from Critical Communications World 2026

Critical Communications World (CCW) 2026 brought together public safety agencies, critical infrastructure operators, government bodies, technology providers and communications specialists from across the globe to discuss the future of mission critical communications.

One of the most encouraging aspects of this year’s event was the spirit of collaboration across the critical communications community. Whether discussing national broadband programmes, interoperability standards or emerging technologies, organisations were openly sharing lessons learned, challenges and best practice.

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Teaching Kids to Use 9-1-1

Every year, more than 240 million calls are made to 9-1-1 in the United States. In many areas, 80 percent or more come from wireless devices. That means the phone a child may need to use in an emergency is probably a locked smartphone, not a kitchen landline. That small change matters. Children may know the number, but not know what counts as an emergency, how to open the emergency-call screen, how to use voice commands, or what to say when a telecommunicator answers. If a child is the only person available to act, those details can make the difference between hesitation and help.

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The Crucial Role of Communication in Wildland Firefighting

Wildland firefighting stands among the most perilous professions—demanding courage, skill and resilience in the face of ever-present danger. It involves fighting wildfires that can spread unpredictably and ferociously, often in remote and rugged terrain that requires durable and reliable safety equipment. The escalating frequency and intensity of wildfires, in both urban and remote terrains, have heightened the risks faced by firefighters on the front lines. Central to mitigating these dangers is the imperative for robust, reliable communication systems that ensure coordination, situational awareness and safety.

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