"Industrial reliability is not a matter of belief, but is measurable."
In our empirical validation tests, we subjected our software architecture to extreme mass IoT burst scenarios. The result: Thanks to sophisticated in-memory caching methods and asynchronous, non-blocking data persistence, our system processes data streams in the microsecond range—even under a simulated load of 260 time-critical uplinks per second, the system-critical 7-second downlink window remains 99.99% stable.

LUPUS offers the only completely open mioty® solution. Use our sensors or flexibly integrate third-party hardware. Thanks to Telegram Splitting, signals effortlessly penetrate thick walls and industrial interference fields – with a battery life of up to 20 years. Discover Endpoints soon
While LoRaWAN can become congested in high-density networks, a single LUPUS Base Station processes up to 3.5 million packets per day. Splitting transmissions into the smallest possible sub-packets makes the system highly resilient to interference. Compatible with LUPUS gateways or your own gateways. Discover Base Stations soon


Our architecture breaks down rigid protocol barriers. The integrated parser simultaneously translates OMS-over-mioty and IO-Link-over-mioty. Smart in-memory processing handles extreme peaks (260 uplinks/sec.) within microseconds, ensuring consistently stable control commands. Service & Application Center
Stream all your data seamlessly in real time via an optimized MQTT interface. Use the intuitive LUPUS Cloud for live dashboards and predictive maintenance, or forward the data directly to your existing ERP or SCADA systems. Discover LUPUSCloud

In large-scale empirical stress tests with 80,000 endpoints and a continuous load of 260 uplinks per second, our software demonstrates uncompromising industrial-grade performance – even on lean edge installations:
An isolated, asynchronous write thread allows the system to absorb massive burst scenarios with ease, without blocking the main processing path (hot path).
Reduces the average handler execution time directly into the microsecond range. Latency bottlenecks are therefore a thing of the past.
Our Service and Application Center breaks down vendor-dependent silos in traditional IoT networks. The system acts as an intelligent translator at the interface between hardware and software:
Control your entire IoT infrastructure programmatically. Our fully documented REST API (including an interactive Swagger interface) gives developers direct access to device management, configurations, and system states.
Whether registering new endpoints or retrieving gateway metrics – all administrative tasks can be seamlessly scripted.
Administrative write operations run through our isolated write thread to ensure that live data processing is never compromised.

Find the technical datasheets for the LUPUS mioty® System below.
Digitizing industrial plants, logistics hubs, and commercial real estate presents modern enterprises with a fundamental challenge: thousands of sensors must transmit data reliably, cost-effectively, and with extreme energy efficiency.
Digitizing metering points, heat cost allocators, and water meters in the real estate sector presents fundamental challenges.
Deploying a robust Mioty wireless network requires efficient backend management. In standard ETSI-compliant architectures, the core infrastructure is split into distinct roles: Base Stations, a Service Center (SC) for network administration, and an Application Center (AC) for data processing. With LUPUS mySAC, we bring these core functionalities together under one umbrella,