Hybrid Edge is a cross-functional, fully operational (TRL 9) innovation addressing multiple capability gaps identified by the DIREKTION consortium & aligned with those recorded by the International Forum to Advance First Responder Innovation(IFAFRI). It supports CG1-CG10 inclusive of real-time tracking, Multi-agency coordination & sharing between multiple actors, threat/hazard detection & monitoring, rapid scenario adaptation, integration of information for decision making, action intelligence and public awareness, interoperable communications, remote operations & information (big picture view) acquisition, connectivity and geo location/tracking services for responder health monitoring, protective and indoor visualization in low-visibility conditions. It also delivers geolocation-based risk mapping, even in connectivity blackspots such as rural and remote areas.
Technology Readiness Level (TRL 9): Hybrid Edge is fully operational/deployable across civil protection, first response, and resilience sectors. Field-tested and mission-proven, it enhances operations in both remote and high-demand environments.
Innovation and Differentiation: In use for under three years globally, Hybrid Edge was developed with European Space Agency support, validating its technical and societal value. It integrates multi-orbit satellite, terrestrial, non-terrestrial networks, and Wi-Fi with edge computing, delivering a unified platform featuring dynamic bandwidth management.
The all-in-one system ensures continuous connectivity for responders on-scene (indoor/outdoor/land/offshore) across various deployments e.g. vehicles, temporary sites, and portable units. It enables data sharing from IoT devices, UAVs, robotics, wearable sensors, and cloud-based tools-even under extreme conditions. Unlike conventional systems, Hybrid Edge is modular, scalable, and purpose-built for first responders and disaster resilience, setting a new standard in situational awareness and operational efficiency.
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Hybrid Edge delivers a resilient, cross-functional connectivity platform that bridges critical capability gaps (CG1–10) identified by the DIREKTION consortium and aligned with the International Forum to Advance First Responder Innovation (IFAFRI). Our mission is to embed adaptable technology at the edge of every application-enhancing disaster response, resilience, and recovery for firefighters, emergency medical responders, civil protection teams, and other frontline professionals.
The solution overcomes integration barriers, coverage gaps, and connectivity "not-spots" by combining space-based technologies with terrestrial and non-terrestrial networks, edge computing, and IoT/cloud services. This ensures robust, real-time communication, coordination, and situational awareness-even in remote or infrastructure-deficient environments.
Hybrid Edge supports real-time GPS tracking and seamless inter-agency coordination; integrates live data from various sensors, unmanned systems, technology and wearables; and enables adaptive communication, information monitoring and sharing through AI-driven, dynamic network switching. It consolidates multiple data sources for improved public awareness and provides a secure, interoperable platform with a centralized management portal to facilitate cross-agency collaboration and standardized data exchange.
The system enhances operational effectiveness with real time video streaming (indoor/outdoor & low-visibility conditions), continuous responder health monitoring, and resilient communication across all terrains. It delivers actionable intelligence via real-time video and data feeds, enabling real-time decision-making. Additionally, it supports geotracking and dynamic risk mapping to safeguard responder safety on the ground. Scalable across various remote operational scenarios and environments -Hybrid Edge is a fully integrated, field-proven solution tailored for modern emergency response and disaster resilience operations.
Hybrid Edge is a next-generation innovation combining advanced technologies to solve critical communication challenges in remote or infrastructure-poor environments.
Designed for organizations requiring adaptable, scalable technology for remote, emergency, and disaster-resilient operations. It delivers secure, high-bandwidth connectivity alongside access to digital applications and real-time data in any environment.
One of Hybrid Edge’s standout innovations is its multi-network adaptability-it seamlessly switches between any available network (cellular, satellite, terrestrial, or non-terrestrial), merging them into a unified, secure connection without being tied to specific providers or infrastructure. The intelligent connected ecosystem is user centred, inclusive of a simple user management interface and supports real-time data integration from wearables, sensors, UAVs, and unmanned systems, enabling rapid hazard detection, situational awareness, and time-critical decision-making. Its interoperable design ensures compatibility with standardized communication protocols, breaking down barriers across agencies and technologies in multi-agency environments.
Responder safety is central to the platform, with GPS tracking and health monitoring through integrated wearable tech. Hybrid Edge also provides real-time video streaming from drones and body-worn cameras, supporting outdoor/indoor visualization even in low-visibility conditions-crucial for navigation, command decisions, and risk mitigation during events like wild fires or extreme weather events.
By unifying diverse technologies into a flexible, resilient platform, Hybrid Edge enhances coordination, awareness, and operational effectiveness. It transforms emergency response through reliable connectivity, real-time intelligence, and cross-agency interoperability, advancing response, rescue and disaster resilience.
Hybrid Edge is a cross-functional, TRL 9 innovation developed to resolve Capability Gaps (CG1–10) identified by the DIREKTION consortium and aligned with IFAFRI priorities. It offers a resilient, ready-to-deploy technology and communication platform tailored to the needs of practitioners and policymakers.
The scalable solution supports remote operations with instant access to robust communications, interoperability, and real-time information sharing to enhance decision-making and responder and civilian safety.
Hybrid Edge addresses several key challenges:
Reliable Connectivity in Remote Areas: Traditional systems often fail in disaster or remote zones. Hybrid Edge ensures continuous, interoperable communication for responders and systems regardless of infrastructure limitations.
Real-Time Data Sharing: In emergencies, rapid access to accurate information is vital. Hybrid Edge aggregates data from wearables, sensors, robotics, and unmanned systems (aerial and underwater drones) to deliver real-time situational awareness, improving coordination and response efficiency.
Interoperability Across Agencies: Fragmented systems can hinder multi-agency cooperation. Hybrid Edge supports standardized protocols, enabling seamless communication and data exchange between agencies, tools, and personnel.
Responder Safety Monitoring: In hazardous environments, Hybrid Edge enhances responder safety through real-time geolocation, mapping, and integration with wearable tech to monitor health and positioning.
Support for Remote Operations: The system provides secure video streaming, data access, and app connectivity even in low-visibility environments (e.g., fires), offering enhanced awareness and operational control.
By delivering adaptive, integrated communications, Hybrid Edge improves operational effectiveness, safety, and coordination across diverse emergency response scenarios.
Our team combines diverse skills in space technology, resilient communications, software, engineering, and systems integration. We deliver innovative technology and connectivity solutions for global disaster resilience, security, and response sectors, leveraging skills in connectivity, digital infrastructure, and real-time situational awareness (data & video). Projects span Europe, Middle East, Australia, and New Zealand, with strong partnerships in civil protection and space-tech innovation.
Our team combines diverse skills in space technology, resilient communications, software, engineering, and systems integration. We deliver innovative technology and connectivity solutions for global disaster resilience, security, and response sectors, leveraging skills in connectivity, digital infrastructure, and real-time situational awareness (data & video). Projects span Europe, Middle East, Australia, and New Zealand, with strong partnerships in civil protection and space-tech innovation.