Network Solutions
Building the nervous system for your industrial IoT.
For industrial IoT to succeed, it needs a network that is as resilient and scalable as the operation itself. Traditional networks like Wi-Fi or cellular struggle in large, complex industrial environments with concrete walls and metal interference. We provide a groundbreaking wireless network solution that creates a single, massive, self-healing mesh fabric, connecting millions of devices with unparalleled reliability and efficiency.
Challenges
Unreliable Coverage: Wi-Fi dead spots and signal loss in large, complex facilities.
Scalability Limits: Difficulty connecting thousands or millions of sensors and assets to one network.
High Power Consumption: Battery-powered sensors and trackers draining quickly on conventional networks.
Complex Deployment: High cost and complexity of installing gateways and access points for full coverage.
Our Solutions
We deploy a decentralized, autonomous mesh network where every device (sensor, light, tracker) is also a node that can route data. This creates a self-healing fabric: if one connection fails, data automatically finds the next best path. There is no single point of failure. This technology is designed for massive scale and ultra-low power consumption, allowing battery-powered devices to operate for years. It provides a single, unified network for all your IoT needs, from asset tracking and condition monitoring to smart lighting control.
Example Use Cases
Facility-Wide Asset Tracking
In a large manufacturing plant or warehouse, thousands of tools, pallets, and forklifts are equipped with low-power tracking tags. The mesh network provides 100% coverage, allowing managers to see the real-time location of every asset on a digital map, reducing search times and preventing loss.
Smart Industrial Lighting Network
An entire industrial facility is fitted with smart LED lights. Each light fixture acts as a node in the mesh network. This not only allows for advanced lighting control (dimming, scheduling) but also creates a high-density network backbone for other IoT applications, like connecting temperature or vibration sensors on nearby machinery.
Condition Monitoring at Scale
Hundreds of battery-powered vibration and temperature sensors are placed on pumps, motors, and conveyors across a large processing plant. The low-power mesh network allows these sensors to send data for years without a battery change, enabling a cost-effective predictive maintenance program.