FLEX BRIDGE RoIP
The FlexBridge Radio over IP (FBR) is an ultra-low-SWaP, open-architecture RoIP gateway designed to unify legacy radio systems with modern IP and cellular networks. Built to support encrypted, end-to-end voice transport across analog, LMR, and IP environments, FBR enables secure, interoperable communications at the edge without storing data or introducing vendor lock-in.
INTEROPERABILITY WITHOUT INFRASTRUCTURE DEPENDENCY
FBR is designed for seamless integration with both current and legacy radio systems, enabling rapid deployment across decentralized or disconnected environments. By bridging siloed radio and IP networks into a shared operational fabric, FBR restores voice continuity between edge operators, command elements, and distributed teams.
Radio-to-IP Interoperability
FBR bridges legacy analog and digital radio systems into IP networks, enabling seamless voice transport across LAN, WAN, and cellular environments. This allows disparate radio platforms and IP-based systems to communicate in real time without replacing existing equipment.
1
Broad Radio Compatibility
Designed to operate across a wide range of radios, FBR supports P25, Motorola, commercial analog systems, and military-grade radios including PRC-148, PRC-152, PRC-163, and PRC-117G. This flexibility allows agencies and operators to maintain mixed inventories while achieving unified communications.
2
Secure Voice Transport
FBR supports IPsec and TLS-enabled gateway connections to provide encrypted, end-to-end voice transport across untrusted networks. With no data retained at rest, the system preserves security boundaries while enabling trusted voice interoperability.
3
EDGE VOICE INTEROPERABILITY
Protocol-Agnostic Radio Integration: FBR enables disparate analog, LMR, and military radios to operate as a unified voice network without requiring waveform replacement or vendor-specific dependencies.
Secure Voice Bridging at the Edge: FBR provides encrypted, real-time voice bridging between legacy radios and IP networks at the edge without storing data or compromising trust boundaries.
TAK-Compatible Voice Integration: FBR allows legacy radio voice traffic to integrate into TAK-enabled IP architectures, keeping voice communications aligned with situational awareness at the edge.
OPERATIONAL IMPACT OF RADIO INTEROPERABILITY
Modern operations rely on voice communications across mixed radio systems, cellular networks, and IP-based platforms that were never designed to work together. When voice traffic remains siloed across incompatible radios and networks, coordination breaks down, response times increase, and mission risk escalates.
​
The Aegis Terra FlexBridge Radio over IP (FBR) addresses this challenge by securely bridging legacy and modern radio systems into IP architectures at the edge, preserving trust boundaries while enabling real-time, interoperable voice communications wherever the mission operates.
1
PRESERVES EXISTING COMMUNICATIONS INVESTMENTS
FBR allows organizations to extend the operational life of legacy radio systems by integrating them into modern IP and cellular architectures without forcing equipment replacement or retraining.
OPERATIONAL ADVANTAGES AT THE EDGE
UNMATCHED FEILD INTEGRATION
The Aegis Terra FBR is designed to integrate seamlessly with both legacy radio systems and emerging IP-based communication technologies, enabling long-term interoperability without forcing equipment replacement. Its ultra-low-SWaP design supports rapid, agile deployment across operational domains while delivering stable, dependable performance wherever the mission requires.
SOCIAL
A Veteran Owned Company
LEGAL
COMPANY
