Cognitive Radio Mesh
200+ Mbps zero-latency node hopping with protocol-aware path selection across the fabric.
Via Wireless Systems
Mesh Networking · Edge AI · Tactical Comms
Unbreakable Infrastructure
for the Tactical Edge.
A self-healing 4×4 MIMO mesh network and AI edge platform.
When traditional networks shatter, the Web holds.
The ecosystem
Four nodes. One mesh.
Machined for harsh environments—each tier slots into the same self-healing topology from Via Wireless Systems.
Infrastructure Hub
Sentinel-95
Wall-mounted anchor with fiber-optic backhaul and quad-redundant power paths for fixed-site resilience.
NDAA-aligned supply path
Mobile Node
Sentinel-M
Ruggedized for vehicle power and extreme vibration—maintains mesh continuity where infrastructure cannot follow.
NDAA-aligned supply path
Swarm Node
AeroMesh
Ultra-lightweight dual-radio package for aerial and robotics platforms operating beyond line of sight.
NDAA-aligned supply path
RF Brain
Sentinel-SDR 4×4
M.2 ecosystem core delivering true 4×4 MIMO and spatial multiplexing across the node family.
NDAA-aligned supply path
Core capabilities
Built for NLOS. Hardened for reality.
High-Precision Geolocation
Sub-meter asset triangulation for teams and equipment in GPS-denied or underground conditions.
Edge AI
Vision-at-the-Edge NPU for cloudless hazard detection and onboard inference at the node.
Unkillable Power
Quad-redundant, hot-swappable lifelines so the mesh survives single-point electrical failure.
Industries
Defense (DoD)
Contested logistics and tactical edge extension.
Subterranean mining
Persistent links through strata, drift, and vertical workings.
Autonomous agriculture
Fleet coordination across canopy and terrain.
Drone swarms
Formation-safe mesh for aerial robotics at scale.
NDAA compliance emphasis
Designed, Engineered, and Manufactured in the United States.
Via Wireless Systems aligns with U.S. sourcing expectations for defense and critical infrastructure programs. Chain-of-custody and compliance documentation available under appropriate agreements.