Enterprise IoT and industrial sensing platform
The enterprise IoT platform that turns industrial sensors into decisions.
SensX is a standalone enterprise IoT platform for industrial sensing, asset intelligence and operations. It ingests data from field sensors, controllers and building systems, models your plant as assets rather than tag names, and drives a full alarm workflow with SLA tracking. It ships with a library of ready-built solutions so a site can go live on proven configuration instead of a blank canvas.
Sensor data is often trapped in historians. Each use case arrives with another point tool. Alarms have no owner or response clock. Dashboards can look healthy even when data is stale, uncalibrated or no longer flowing.
The result is more telemetry without a reliable operating model for assets, alarms, workflows and decisions.
SensX collects field data, converts raw tags into typed assets, applies solution-specific rules, and gives operations one place to triage alarms, inspect live twins, review trends and govern deployment.
Collects from field devices on plant hardware and survives network loss. Protocol collection stays close to the equipment.
The operations console for live twins, alarm triage, dashboards, reports and executive views.
The governance plane for solution definitions, asset models, rules and thresholds, all versioned and audited.
OPC-UA, BACnet, MQTT and Modbus register maps. Bring your sensor vendor's register map and SensX reads it.
Organisation, Site, Area, Asset hierarchy with typed assets and channels. Configuration, not code.
Ready-built solutions across ten industry domains, each with its own rules, dashboards and commissioning guidance.
Open, Acknowledged, In-Progress, Closed. Every alarm carries an owner and a clock, not just a red dot.
Solution-driven rules engine including ISO 10816 zone classification for rotating equipment.
Vessel cutaways with per-sensor thermal profiles, rotating equipment with radial gauges, and generic asset views for everything else.
Vibration-led condition monitoring with temperature, motor current and ultrasound channels. Health trends carry explicit uncertainty.
Portfolio dashboard with value accrual, coverage and site comparison, and the assumptions behind every number stated on the page.
Site-scoped role-based access enforced at the API layer, with tenant isolation across organisations.
Most platforms show a green dashboard whether or not the data is real. SensX treats UNMONITORED, STALE, UNCALIBRATED and UNEVALUATED as first-class states. Simulated data is badged as simulated. A solution that has not been commissioned says so. Health forecasts state their uncertainty instead of presenting a false countdown to failure. You always know what the platform actually knows.
Each solution carries its own asset model, rules, thresholds, dashboards and commissioning guidance.
No SensX capability requires a cloud tier. Industrial sites can run the complete platform on-premise, while cloud and hybrid deployment remain available as customer choices.
Run the full platform inside the site boundary with field collection, operations console and governance available locally.
Keep plant operations local while sharing selected portfolio and governance data across sites.
Use cloud deployment where central operations, portfolio visibility or customer architecture makes it the right choice.
Guidance on alarm ownership, asset modelling, edge deployment and industrial data readiness.
Leadership article
A sharper operating model for industrial digital transformation: design around the decisions that change throughput, quality and risk, then make every screen earn its place.
Transformation playbook
A four-stage operating playbook for proving one valuable industrial AI workflow without building a demo that can never survive production.
Architecture article
A practical architecture for connecting legacy equipment, preserving local control and replacing brittle interfaces in deliberate stages.
Start with the site, assets and alarms you already have. We will show how SensX can model the operation and establish a practical deployment path.
