Overview
Mobile Ad-Hoc Networks (MANETs) form the backbone of modern tactical communications in the Russia-Ukraine war. Unlike infrastructure-dependent networks, MANETs create dynamic, self-configuring networks among moving nodes — vehicles, soldiers, drones, and sensors — without requiring fixed base stations or centralized control.
Ukrainian forces have embraced MANET technology to create resilient tactical networks that function despite the destruction of fixed infrastructure and intense electronic warfare.
MANET Deployment in Combat
- Vehicle-to-vehicle networks: Armored vehicles and fighting vehicles form moving MANETs, sharing situational awareness, blue force tracking, and sensor data without relying on vulnerable rebroadcast stations
- Dismounted networks: Individual soldiers carry MANET-capable radios that connect them to squad, platoon, and company networks, maintaining connectivity during maneuver even as the network topology constantly changes
- Drone integration: Surveillance and FPV drones join the MANET as nodes, automatically sharing video feeds and telemetry with the nearest ground unit regardless of which operator launched them
- Sensor networks: Ground sensors, cameras, and acoustic detection devices form MANETs that self-organize and relay detections to the nearest command node
The key advantage in Ukraine is adaptability — as units advance, retreat, or reorganize, the MANET reconfigures itself in real-time without any operator intervention.
Key Developments
- Deployment of Silvus Technologies and Persistent Systems MANET radios across Ukrainian maneuver brigades, creating seamless tactical internet at the company level
- Ukrainian developers created Android-based MANET battle management apps (including Kropyva derivatives) that leverage MANET connectivity for real-time targeting coordination
- Integration of MANET networks with the Delta situational awareness system, enabling frontline sensor data to reach operational headquarters with minimal latency
- Development of cross-domain MANET gateways that securely bridge separate classification levels, allowing different units to share relevant data without full network access
Strategic Implications
MANET technology is proving to be the most practical approach to maintaining tactical connectivity in high-intensity warfare. Ukraine's experience demonstrates that networks designed for mobility and self-healing dramatically outperform traditional architectures in environments where infrastructure is constantly being destroyed.
The integration of drones, sensors, and soldiers into a single MANET fabric creates a level of battlefield awareness that neither side possessed in the early months of the war — fundamentally changing how ground forces operate.