Transforming Public Safety Communications Networks 

The Challenge

Emergency teams operate where connectivity matters most—and where it often fails. Cellular networks designed for urban and suburban markets can leave vast rural areas underserved. Public safety radio networks too can face capacity and coverage limitations beyond certain boundaries. Without reliable high-speed connectivity, the risk levels for response teams and their operations at the scene of a critical incident are high. Any lack of secure communication can compromise coordination efforts to respond. Thinking to the future, a lack of connectivity can also compromise the arrival of new and emerging technologies designed to strengthen existing systems and emergency service.

• Delayed decision-making: Without real-time data, teams cannot direct responses or treatment in the field
• Operational risk: Coordination of effort is compromised during critical incidents
• Resource inefficiency: People and patients may be transported to other centres unnecessarily, consuming time and capacity

Critical Needs: Standards and Requirements

Blue light service teams need solutions to deliver always-on communications in a zero-connectivity zone; where coverage, network access, interoperability and hardware are robust enough to resist disruption from different angles including: hostile actions, user and traffic congestion, geographic location, physical landscape, climate change and extreme weather. They need connectivity that can be:

• mobile, vehicle-based and rapidly deployable
• interoperable between radio and IP systems
• scalable for sudden spikes in demand 
• accessible beyond traditional coverage areas.

Our Solution: Mobile Satellite and Hybrid Connectivity

Eutelsat's local partnership in New York state, with IP Access and Dejero, is in service to deliver always-on, off-grid coverage using satellite and hybrid networking technology. Fire trucks, ambulances, and battalion chief rigs have been equipped with portable, transportable satellite antennas and the IP Access SuperGIG™ solution that combines satellite-backed connectivity with terrestrial networks for real-time mobile data exchange. The solution features Intellian OW10HV antennas working with Dejero 211 GateWays, and Eutelsat’s LEO coverage.

Key Features:

• Assured and self-managed services for prioritised traffic and authorised personnel in the field and on the move
• Secured, high-capacity network for mission-critical use, supported by secure satellite connectivity for government operations
• Dynamic bandwidth allocation during emergencies, with proven disaster recovery and humanitarian connectivity capabilities

The Impact: Strengthening Emergency Management

“This isn’t just an upgrade—it’s a lifeline in the field.”​ One first responder shared that their call, which would normally drop mid-route, stayed connected the entire drive back to command centre. Emergency teams—including police, fire and medical services—can improve early diagnosis and treatments in situ, with access to support specialists with their skills and knowledge located elsewhere. 

• Connected teams—police, fire and EMS services—can improve overall care and treatment 
• Services at the scene can avoid unnecessary use of additional resources and reduce strain on limited public service budgets

What is a public safety network?

A public safety network is a communications network used by emergency services — including police, fire and emergency medical services — to coordinate during emergencies and day-to-day operations. These networks may also be called public safety wireless and radio networks. They support first responders and public safety personnel by enabling voice, data and video communications across agencies and jurisdictions. These networks are designed to be secure, reliable and interoperable, ensuring that responders can share critical information in real time, even when working across organisational boundaries.

What is the purpose of a PSBN?

A Public Safety Broadband Network (PSBN) provides secure, high-speed wireless data communications for emergency responders. The purpose of a PSBN is to enable first responders to access mission-critical applications, share real-time information and coordinate effectively during natural disasters, major incidents and routine operations. A PSBN also serves as an alternative emergency mobile network when commercial infrastructure is compromised. It ensures reliable connectivity with network prioritisation, guaranteeing that public safety users maintain uninterrupted access even when commercial networks are congested or unavailable.

Where does a public safety network typically operate?

Public safety networks typically operate across remote, rural and urban environments, serving law enforcement, fire services, emergency medical teams and other agencies responsible for community safety. These networks must function in diverse and challenging conditions—from densely populated city centres to isolated off-grid areas where terrestrial infrastructure is limited or non-existent. In this NY State case study, the network supports emergency vehicles and field teams across underserved rural regions, ensuring that responders maintain connectivity wherever they are deployed.

How do regional public safety networks support planning and design?

Regional public safety networks are planned and designed to address local coverage gaps, integrate with broader communications infrastructure and meet the specific operational needs of the communities they serve. Planning involves assessing geographic challenges, identifying areas where terrestrial networks are insufficient and coordinating with local agencies to ensure interoperability and compliance with cybersecurity standards. Design considerations include selecting appropriate technologies—such as satellite backhaul for resilience—and establishing governance frameworks that enable rapid deployment and scalable capacity during emergencies.

How does satellite connectivity strengthen public safety networks?

Satellite connectivity strengthens public safety networks by providing resilient, always-on communications that remain operational when terrestrial infrastructure fails or is unavailable. By augmenting public safety wireless and radio networks with satellite backhaul, agencies ensure resilient coverage across all operating environments. In this case study, the integration of satellite technology with hybrid networking ensures that emergency teams maintain secure, high-capacity links for voice, video and data—even in the most remote or disaster-affected areas. Satellite solutions deliver rapid deployment, redundancy and seamless integration with existing systems, enabling responders to access critical information and coordinate effectively under any conditions. For more on how multi-orbit architectures enhance operational continuity, explore our page on network resilience. Additional resources and case studies are available through the Eutelsat media centre.