Assetio Unified IoT Platform
How much does it cost when tracking tools can't keep up with new machines and workflows? The solution brief, "Assetio™ Unified IoT Platform," shows how AI-powered Assetflo tracks assets across industrial environments without complex customization. Download the brief to see how real-time, AI-powered visibility supports your assets.
What is Assetio and how does it go beyond basic asset tracking?
Assetio is a unified IoT platform designed to reimagine asset tracking as asset intelligence. Instead of just telling you where an asset is, it combines location, condition, and behavior data in one place.
Key ways it goes beyond traditional tracking:
- Multi-sensor BLE tags: Configurable tags can monitor vibration, temperature, humidity, magnetic field, rotation, and voltage, so you see both where assets are and how they’re performing.
- 5G-enabled hubs with BLE Long Range: Hubs provide scalable edge connectivity with BLE Long Range up to 300m indoors, reducing the number of gateways you need.
- Embedded AI/ML: An on-device ML engine performs anomaly detection at the edge, while cloud-based generative modeling helps you understand patterns and predict issues.
- Integrated RTLS without Wi‑Fi: Built-in RTLS (real-time location services) supports indoor and outdoor localization without relying on Wi‑Fi, which is useful in industrial environments.
- Unified view and integrations: A real-time dashboard and API-ready integration connect directly into maintenance and logistics systems, so data flows into the tools your teams already use.
In short, Assetio helps you track where assets are, how they’re behaving, and what needs attention, all from a single platform.
How does Assetio adapt to different equipment and use cases?
Assetio is built to reshape how you onboard and monitor diverse assets without heavy custom projects.
Instead of building one-off solutions for each machine type, Assetio uses:
- Generative sensor model: This model lets the platform quickly adapt to new equipment types, behaviors, and sensor inputs without redesigning the system each time.
- Unified RTLS framework: The same RTLS engine supports both stationary and moving assets, indoors and outdoors, so you don’t need separate tracking systems.
- Configurable BLE tags: You can enable the specific measurements you need (e.g., vibration and temperature on a motor, rotation and voltage on a conveyor) instead of deploying different hardware for each use case.
This approach reduces the need for expensive customization and separate device integrations. As your operations evolve—new lines, new equipment, or new workflows—Assetio can be configured rather than rebuilt.
What practical benefits can we expect in daily operations?
In daily operations, Assetio is designed to help you improve visibility, reduce downtime, and simplify deployment.
Typical benefits include:
- Scalable monitoring: Monitor a wide range of assets—tools, carts, forklifts, conveyor belts, and fixed equipment—without custom deployments for each asset type.
- Predictive maintenance and tamper detection: Embedded ML on the hubs detects abnormal patterns and potential failures, supporting predictive maintenance and flagging tampering or misuse.
- Real-time localization and tracking: Integrated RTLS gives you real-time location of tools, carts, and mobile machines, improving utilization and reducing time spent searching for equipment.
- Plug-and-play installation: BLE tags and 5G hubs are designed for plug-and-play setup with minimal IT integration, helping you get value faster.
- Operational efficiency: By combining health, location, and utilization data, Assetio helps reduce unplanned downtime and improve overall operational efficiency.
Example: In a warehouse, BLE tags on conveyor belts and forklifts are continuously scanned by 5G hubs mounted on facility posts. The hubs localize each asset and run edge ML to detect anomalies. Operators see real-time asset health, location, and utilization in a single dashboard, and this data can flow into existing maintenance and logistics systems via APIs.