IoT Testing
IoT Testing Platforms
An IoT testing platform is only useful if its results survive contact with a regulator, a customer audit, or a field failure investigation. Siivix Oy designs rigs around that requirement first.
What our IoT testing platforms cover
Connected devices fail in a small number of predictable ways: thermal drift changes sensor calibration, RF interference degrades throughput below the datasheet number, power budgets get exceeded under real duty cycles, and protocol implementations diverge just enough to break interoperability. Our testing platforms are built to surface exactly these failure modes before a device ships.
Each platform combines environmental chambers, RF test benches, and protocol-level interoperability rigs (LoRaWAN, cellular IoT, BLE, Zigbee, Thread) with structured data capture, so every test run produces a reusable dataset rather than a one-off pass/fail sheet.
Why manufacturers use us instead of building in-house
Building a credible IoT test lab requires calibrated equipment, environmental chamber access, and staff who understand both hardware and the compliance frameworks devices are tested against. Most product teams need that capability for a handful of testing cycles a year — not enough to justify permanent infrastructure.
Siivix Oy runs that infrastructure continuously across multiple client programs, which keeps our rigs current and our engineers fluent in the failure modes that actually show up in the field, not just the ones covered by a standard compliance checklist.
Environmental & RF validation
Thermal, vibration, humidity, and RF interference testing against your real operating envelope.
Protocol interoperability
Cross-device and cross-network validation for LoRaWAN, cellular IoT, BLE, Zigbee, and Thread.
Structured test data
Every result is captured in a format your engineering and compliance teams can both use.