Decentralized by design
Private, multi-hop broadband connectivity with dynamic path selection. No central routing node on which every mesh path depends.
PRIVATE WIRELESS MESH
WiMesh®
A network that moves
with your operations.
Decentralized broadband connectivity for fixed, mobile and mission-critical operations.
FLEX X4
MEGAMESH X2
MESH360 One private network. Multiple paths.
Self-forming Self-healing Multi-hop
01 / WIMESH® TECHNOLOGY
The path changes.
The connection continues.
WiMesh nodes communicate directly with one another. As a vehicle moves or a radio path changes, the network adapts its routes — including through other mobile nodes.
20 seconds
Follow the moving nodes for 20 seconds to understand WiMesh.
01Connect to nearby
fixed nodes.
02Discover a new path
while moving.
03Relay through another
mobile node.
Adapts in the field
Self-forming connections and self-healing routes support fixed nodes, mobile assets and changing topologies.
Your operational backbone
Carry video, voice, data and IoT over an encrypted wireless backbone, with centralized supervision through MeshTool Cloud.
Works with your infrastructure
Integrate fiber, Ethernet, LTE/5G or satellite uplinks. Extend coverage rapidly without new civil works along every link.
WiFi and WiMesh®: two complementary roles
| Network role | WiFi | WiMesh® |
|---|---|---|
| Connection | Primarily connects a device to an access point | Dynamically interconnects multiple nodes |
| Architecture | Generally centralized | Decentralized mesh routing |
| Topology | Generally stable | Adapts as nodes and paths change |
| Mobility | User access and fixed links | Multi-hop connectivity for fixed and mobile nodes |
| Best suited to | Indoor/outdoor access and fixed backhaul | Mobility, resilience and distributed coverage |
02 / WIMESH® PRODUCTS
Build your private mesh.
Three platforms for the architecture your operations need.
Configure your deployment with the LUCEOR team.
FIXED & MOBILE MESH
FLEX X4
A flexible radio platform for fixed infrastructure and connected vehicles.
- 4×4 MIMO spatial diversity
- 5 GHz and 6 GHz operation
- External sector or omnidirectional antennas
EXTRA-RUGGEDIZED MESH
MEGAMESH X2
An extra-ruggedized mesh router for mission-critical connectivity in highly hostile environments.
- Extra-ruggedized construction
- Built for highly hostile environments
- Fixed and mobile WiMesh® deployments
TACTICAL & MARITIME MESH
MESH360
A mesh router with beam steering for tactical deployments, vessels and drone access.
- Tactical deployments
- Beam steering
- Vessel router or drone access node
WiMesh products are supplied on quotation. Our team helps define the radios, antennas and deployment configuration for your project.
03 / WIMESH® MOBILITY
Keep your fleet connected.
Even when the path changes.
At a container terminal, moving vehicles become part of the network. When a carrier enters a container corridor, another carrier can relay its traffic to the fixed infrastructure.
Coverage around the port.
FLEX X4 with S90WB-4P-N sectors forms overlapping coverage. On each carrier, FLEX X4 and O3B-6P-R connect the vehicle to the mesh.
The vehicle becomes a relay.
Dynamic mobile-to-mobile paths help maintain connectivity when containers obstruct a direct link. Perimeter cameras join through WiMesh-enabled LITE-E20 nodes.
Built for a busy fleet.
4×4 MIMO and channels up to 160 MHz support aggregate capacity. The 6 GHz band offers an alternative when 5 GHz is congested, helping protect real-time traffic as the fleet grows.
Illustrative deployment. Channel availability, coverage, throughput and latency depend on radio planning, local spectrum rules and operating conditions.
Discuss a mobility project04 / WIMESH® FOR FULL CITY COVERAGE
One city.
A shared wireless fabric.
Connect municipal services, fixed sensors, vehicles and drones through a private network. High-capacity backhaul links the sites; overlapping mesh coverage reaches the assets.
01
BACKHAUL
Link the city’s sites.
HD-E30 and PANEL X25 point-to-point links provide the high-capacity transport layer between elevated sites.
02
ACCESS MESH
Reach the assets.
Four FLEX X4 radios with four S90WB-4P-N sectors form a coverage umbrella. Overlapping umbrellas extend the private mesh across the city.
Fixed sensorsCameras, weather stations and edge modules via WiMesh-enabled LITE-E20.
Municipal vehiclesAIR3005 connects service vehicles, refuse trucks and ambulances.
Drones & command centerMESH360 on elevated sites connects drones and transports live video to the city’s command center.
Share infrastructure across services. Reduce dependence on a separate cellular subscription for every sensor and vehicle. Assess the business case against your fleet, coverage and operating costs.
Plan a city network05 / WIMESH® FOR AI
Intelligence at the edge.
Connected to your organization.
Edge modules such as AIVI need to exchange events, results and updates with remote servers. WiMesh connects them over shared infrastructure, reducing the need for a 5G subscription on every module.
Camera + AIVI.
Standard cameras feed the edge module. AIVI interprets vehicle presence, license plates and parking events close to the source.
Two miniaturized routers per pole.
A pair of LITE-E16 routers on each pole builds the hop-by-hop WiMesh relay chain. Field data travels toward the shared uplink.
One shared 5G gateway.
5G TUBE on the final pole carries the secure VPN to the organization’s datacenter. Remote services match parking rights and share updates with the edge.
Camera + AIVI→LITE-E16 relay chain→5G TUBE + VPN→Organization datacenter
Connect your edge AI project
ONE TECHNOLOGY. MANY OPERATIONS.
Designed for the field.
LET’S BUILD YOUR NETWORK
Tell us about
your project.
From a moving fleet to a city-wide network, we help translate your operational needs into a WiMesh architecture.
- Coverage and site constraints
- Fixed and mobile assets
- Video, data and latency requirements
- Integration with your existing infrastructure
WiMesh products are available on quotation,
with a configuration tailored to your deployment.