Technology
Wireless Laser Communication
High-speed connectivity, transmitted through air — no cable required.
What is WLC
A direct line of light between two points.
Wireless Laser Communication uses a focused beam of light to transmit data between two fixed points — delivering bandwidth and reliability comparable to fiber optics, without trenching a single cable.
Process
How It Works
1
Signal Transmission
Data is converted into a light signal at the source node.
2
Laser Beam Communication
The beam travels point-to-point through open air.
3
Receiver Connection
The receiving node captures and decodes the signal.
4
High-Speed Data Transfer
Data flows into the network at fiber-grade speed.
Why WLC
Benefits of WLC
High Bandwidth
Multi-gigabit capacity for demanding networks.
Low Latency
Near-instant data transmission.
Fast Deployment
Live within days, not months.
Secure Communication
Narrow beam path resists interception.
Fiber-Like Performance
Reliability that matches buried fiber.
Cost-Effective
No trenching or civil works required.
COMPARISON
Why Choose Our WLC
CENTAURI
Throughput
Availability
Security
Deployment Speed
Install Footprint
Spectrum & right of way
Zero
Power
20-32w
Fiber
Throughput
Availability
Security
Deployment Speed
Install Footprint
N/A
Spectrum & right of way
$$$
Power
N/A
RF/Microwave
Throughput
Availability
Security
Deployment Speed
Install Footprint
Spectrum & right of way
$$$
Power
~50W
Use Cases
Where WLC Performs Best
ISP Backbone
Last-mile and backbone expansion.
Campus Network
Connecting buildings across institutions.
Mining Area
Rapid connectivity in remote terrain.
Port Communication
High-uptime links for logistics hubs.
Government Network
Secure infrastructure for public services.
Enterprise Connectivity
Office-to-office high-speed links.