The enabling link in millimeter wave networks.

V-Mesh™ delivers continuous mmWave coverage across indoor, outdoor, and NLOS environments — without new base stations. Powered by RF-on-Glass™ repeaters and AI orchestration.

A network of energy-efficient glass NCRs that keep signals moving...

The link no longer depends
on a direct path.

V-Mesh links RF-on-Glass™ repeaters into a coordinated mesh, extending the mmWave signal across multiple hops instead of relying on a single direct path. AI-powered orchestration continuously monitors signal conditions to maintain the optimal multi-hop path — helping keep the mmWave link stable across obstacles, handovers, and changing conditions.
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Coverage follows the environment,
not the other way around.

Adding base stations to close coverage gaps isn't practical at scale — the economics don't work. V-Mesh extends mmWave around corners, across streets, and into buildings, without falling back to lower frequencies.

mmWave Coverage that Doesn't Quit.

Built for environments that stop conventional mmWave.

Campus & Private
Networks.

mmWave across the campus without new base stations.
Extends coverage across courtyards, corridors, and entry points through coordinated multi-hop routing — eliminating the CAPEX of additional base stations.

Industrial & Logistics
Facilities.

Low-latency links where interference kills conventional mmWave.
Dynamically routes around machinery and structural steel to maintain reliable connections for robotics, autonomous vehicles, and floor sensors.

Urban Streets &
Corridors.

mmWave throughput that holds as users and vehicles move.
Visban’s AI orchestration dynamically optimizes multi-hop signal paths across building facades and moving obstructions — helping maintain stable throughput in dense urban environments.

Venues & Mixed Indoor/Outdoor Spaces.

No session failure at the door.
Preserves mmWave continuity as users move through glass entrances — no fallback to congested lower bands, no dropped sessions.