Talk to Us About emergency connectivity

Resilient battle tested Rapid Comms platforms

Problem: During major incidents, commercial networks often collapse under load or fail entirely, leaving first responders blind. Legacy single-carrier links can’t guarantee uptime when lives depend on continuous communication.

Our Fix: We deliver bonded distributed-path backhaul that fuses any combination of WANs ie 4G, 5G, LEO, into one resilient channel. With Bondix packet-level WAN bonding, every call, video feed, and data stream remains uninterrupted, even when individual carriers or infrastructures falter. Our solutions are designed for rapid deployment, with ruggedised hardware and mobile command nodes from Airbridge Networks that can be live within minutes of arriving on-site. Bondix enabled infrastructure can be securely integrated into council and government networks, ensuring interoperability without lock-in. Our Bondix SDK enables push-to-talk (PTT) critical voice applications, seamlessly integrated into existing government emergency apps. This ensures command and frontline responders can communicate instantly over bonded, secure links — even when commercial networks are congested.

Autonomous Aerial & Mobile Platforms

Problem: Situational awareness is often delayed in disasters, with traditional comms unable to support drone fleets, temporary towers, or mobile command posts in the field. This slows response times and limits reach.


Our Fix: With Bondix On Board (BOB), our bonding software runs on lightweight platforms — even on Pi-class devices — making it ideal for BVLOS drones, tethered UAV relays, and remote sensors and Iot for disaster detection systems. Converesly Bondix integrates with powerful routing platforms and when deployed with solutions like ARNI (AirBridge Networks), we create multi gigabit backhaul with ad-hoc meshes that can extend secure, bonded connectivity for several kilometres (radius) wherever and whenever it’s needed. From tethered drones streaming thermal and IR feeds to rapidly deployed mobile command vehicles, responders get low-latency video and data glass-to-glass in the toughest conditions.

Sovereign Sensor & Command Systems

Problem: Emergency IoT — from environmental sensors to CCTV and wearables — often runs over fragmented networks, with weak encryption and poor integration into command platforms. This raises compliance and reliability risks.


Our Fix: We engineer comprehensive sensor connectivity architectures that aggregate diverse network sources into unified, secure communication channels. Our Bondix bonding technology guarantees reliable packet delivery across all sensor types—from environmental flood gauges and lighting detectors to critical medical monitoring devices. Built on platform-agnostic principles, our solution deploys seamlessly across multiple Linux and OpenWRT hardware platforms, ensuring agencies maintain complete supply chain sovereignty. This architecture directly addresses SOCI Act requirements and critical infrastructure compliance mandates by delivering fully sovereign connectivity solutions that keep operational control entirely within agency hands.The outcome is unified, compliant, and resilient sensor-to-command connectivity