Every Journey. Every Asset. One Source of Truth.
THE CHALLENGE
Your Network Moves as One. Your Data Doesn’t.
Supply chains and transport networks may appear orderly on paper, but real world operations tell a different story.
Road surfaces deteriorate, rail lines shift, and junctions clog long before issues are detected. Trucks, containers, and equipment frequently move through regions with no cellular coverage, creating blind spots that break chain of custody visibility. Many organizations still depend on periodic inspections and delayed reports, learning about disruptions only after they’ve occurred.
This leads to reactive operations, guesswork in maintenance, and gradual erosion of margins. What’s needed is a scalable, continuously updated view that shows what’s happening across every route, terminal, and moving asset, not just during occasional checks.
THE INSIGHTS
Why “Good Enough” Visibility Is No Longer Enough
Customers expect accurate ETAs, regulators demand traceability, and investors want resilient operations, yet traffic growth, climate volatility, and ageing infrastructure make this harder every year. Organizations relying only on basic GPS or periodic inspections inevitably fall behind.
Leading operators now monitor roads, railways, and corridors with multi-modal satellite imagery and keep fleets connected beyond cellular coverage with satellite IoT tracking. By unifying route conditions and asset movement into one shared view, they gain a clearer, faster understanding of how their networks perform. When infrastructure and assets are monitored in isolation, critical opportunities are lost.
THE SOLUTIONS
See Networks. Track Assets. Orchestrate
Asset tracking breaks down the moment equipment leaves cellular coverage. The Connecta IoT Network fills those gaps by linking trucks, trailers, containers, vessels, and mobile equipment directly to satellites through LoRaWAN® modem keeping them visible across borders, remote corridors, and open water.
Beyond location, Connecta IoT Network carries status, hours, cold-chain data, and critical events, all through rugged, low-power devices built for multi-year autonomy.




















































