Rapid IoT Prototyping is KONUX's unique capability to quickly create, test, and deploy custom sensor solutions that solve real railway problems, faster than traditional hardware cycles allow. We've reimagined the IoT development process: Instead of designing devices from scratch for every new use case, we build from a flexible library of proven components that can be quickly configured for new environments or needs. This modular approach allows us (and our partners) to validate ideas, deliver value, and scale quickly across rail domains.
Rapid IoT Prototyping is KONUX's unique capability to quickly create, test, and deploy custom sensor solutions that solve real railway problems, faster than traditional hardware cycles allow. We've reimagined the IoT development process: Instead of designing devices from scratch for every new use case, we build from a flexible library of proven components that can be quickly configured for new environments or needs. This modular approach allows us (and our partners) to validate ideas, deliver value, and scale quickly across rail domains.
Whether it’s a new vibration sensor for switches, a tilt sensor for overhead lines, or a future-facing asset monitoring use case, our ecosystem is built to respond in weeks, not years.
Our IoT ecosystem is designed to scale alongside our partners. We offer:
Sensors built once, reused often across domains like switches, track, and overhead lines
Industrial-grade hardware with long battery life, built for rail, and ready to install
Open protocols and reference designs so external partners can integrate or co-develop quickly
All sensors connect directly to KONUX CoBrix, enabling real-time data flow and Al analysis
As each new domain is explored, we add to a growing portfolio of interoperable, domain-specific solutions. It’s how we scale innovation – one building block at a time.
The future of rail infrastructure depends on more than insight, it requires the ability to act on it. Rapid IoT Prototyping is KONUX's unique capability to quickly create, test, and deploy custom sensor solutions that solve real railway problems, faster than traditional hardware cycles allow.
