Building resilient emergency services for a climate-driven future

Climate-driven incidents are growing in scale, duration and complexity and the services responding to them increasingly depend on connectivity that holds when everything else fails which means that resilience has to be built before the incident begins.

Emergency services have always operated in challenging and unpredictable environments. But the nature of those challenges is changing. Climate-driven incidents, rising public expectations, pressure on public sector resources and the growing complexity of multi-agency operations are creating a new resilience landscape that demands a different approach to preparedness.

From severe flooding and storms to prolonged heatwaves and large-scale wildfires, response agencies are increasingly managing incidents that are larger, longer lasting and more resource intensive than those seen historically. The National Fire Chiefs Council has warned that the UK is not adequately prepared for the growing impacts of climate change, noting that multiple risks in the National Risk Register are linked to increasing weather-related threats.

The UK’s wildfire risk is no longer emerging. It is established. By August 2026, fire and rescue services had already attended 966 wildfires across England and Wales, placing unprecedented pressure on crews, specialist assets and multi-agency response. July 2026 was the busiest month for wildfire incidents on record, driven by prolonged drought and successive heatwaves.

For emergency services, preparedness is no longer solely about responding to emergencies. It is about building resilience before incidents occur.

The growing importance of connected resilience

As incidents become more geographically dispersed and operationally complex, the ability to maintain communications and situational awareness becomes increasingly critical.

Major incidents rarely affect a single organisation. Fire and rescue, police, ambulance services, local authorities, utility providers and voluntary organisations must work together to deliver a coordinated response. Success depends on sharing information quickly, maintaining a common operating picture and making informed decisions in rapidly evolving conditions.

Yet the very events that demand the highest levels of coordination often place communications infrastructure under the greatest strain. Flooding can damage critical assets, storms can cause prolonged power outages and wildfires frequently occur in remote or rural areas where terrestrial coverage is already limited. In these situations, maintaining connectivity isn’t just an operational requirement, it is a strategic capability.

Without resilient communications, situational awareness deteriorates, information from frontline teams is delayed, and decision-makers risk operating with an incomplete view of the incident. In an era where operational effectiveness increasingly relies on real-time data, maintaining connectivity is fundamental to maintaining control.

Connectivity as an enabler of modern response

Today’s responders need far more than voice communications. Operational teams increasingly depend on live video feeds, drone imagery, mapping applications, mobile command systems, telemetry and secure information-sharing platforms. These capabilities provide the intelligence needed to assess risk, deploy resources effectively and protect both responders and communities. Every one of them relies on robust, resilient connectivity.

As emergency services continue their digital transformation, communications infrastructure must support data-rich applications where and when they are needed, including environments where traditional networks are unavailable or compromised.

This is why resilience planning is extending beyond fixed infrastructure. Organisations increasingly value rapidly deployable technologies that can establish secure communications wherever incidents occur. That may mean supporting a flooding response, connecting a temporary command location, enabling interoperability between agencies or sustaining operations in remote wildfire environments. Deployable communications capabilities are becoming an essential component of operational resilience.

Solutions such as NOMADLINK provide resilient, rapidly deployable connectivity by combining satellite and cellular technologies to establish communications wherever they are required. Whether supporting emergency response, planned operations or business continuity, these capabilities help organisations maintain command, control and situational awareness when traditional infrastructure is unavailable.

As climate-related incidents become more frequent, resilient connectivity is no longer simply a supporting service. It is becoming a foundational element of emergency preparedness.

Looking ahead

The question facing emergency services is no longer whether severe weather incidents will occur. It is whether organisations are equipped to respond effectively when they do.

Building resilience requires more than plans and procedures. It requires the ability to maintain communications, share information, support collaboration and sustain operations under the most challenging conditions. In a world of increasing uncertainty, preparedness will be defined by the organisations that can remain connected when it matters most.

See connected resilience in action

I’m delighted that we will be at the show once more. You can meet the Excelerate team across both days and see:

• Excelerate’s new Defender Demo Vehicle takes centre stage on Stand H80
• On Stand V40, Excelerate is unveiling a brand-new Command Vehicle, a major showpiece reveal
• Throughout the two days the  team will be taking part in panels and live exercises
• On 17 September, Nicola Savage will deliver a talk on Connected Resilience at the Local Resilience Forum conference that is running alongside the show.

The Emergency Tech Show takes place at the NEC in Birmingham on 16 and 17 September. Register for your free ticket here.