Troverlo doesn't depend on an internet connection to know where a device is or how it's being used. Whether it's configured into silicon, app-based, or integrated through your cloud, the result is the same: telemetry, location, and remote comand functionlaity you can actually act on for your portfolio of devices.
Most tracking solutions require new hardware, a connectivity plan, or both. Troverlo works with what's already in the device: the Wi-Fi radio.
For OEMs and chip integrators, Troverlo can be configured directly at the Wi-Fi SoC level during manufacture. This is how tracking and telemetry get embedded into connected products that don't run a traditional OS (such as industrial sensors, appliances, and wearables) without adding a separate GPS module, cellular radio, or battery drain.
Device makers who want to resell Troverlo's data as a feature of their own platform connect through a cloud-to-cloud integration. Your product keeps its own brand and app. Troverlo just becomes the data layer underneath it, accessible via API.
A lightweight background agent that can be pre-configured or deployed to laptops and PCs at large scales. No end-user setup, no pairing, and no long lead times. It's running within minutes of push, and reports location and usage data continuously, including while the device is completely offline.
Every collection method feeds the same pipeline. Raw device telemetry (such as power state, sensor readings, and signal strength) gets turned into something a person can actually use: a usage pattern, an anomaly flag, a precise location. That output surfaces in the Troverlo Portal, a mobile app, or flows directly into your own systems via API.
See what each data type means in practiceEach output below is generated from the same telemetry — just interpreted differently depending on what you need to know.
| Data Type | What It Tells You | Best-Fit Use |
|---|---|---|
| Usage / Usage Modes | Cycle-life, runtime, and duty cycle. How hard a device is actually being run, not just whether it's on. | Fleet planning, OEM warranty design |
| Anomaly Detection | Sensor data and performance metrics flagged when they drift from expected ranges. | Predictive maintenance, early intervention |
| Failure Modes | Power state, runtime errors, and failure logs correlated into a service-need signal. | Maintenance & reliability teams |
| Location & Tracking | Geolocation and geofencing, generated from Wi-Fi techbology with no GPS hardware needed. | Loss prevention, logistics, compliance |
| Service Alerts | Battery health and service needs surfaced automatically, before failure. | Facilities, IT operations, field service |
| Remote Management | AI-driven auto-heal and remote recovery. Act on a device without a site visit. | IT operations, field service leadership |
Laptops, PCs, or any other device with an OS, tracked and managed through the Autonomo software agent. Built for existing devices in the field, faster time to market, and no custom integration.
Explore PC & Device FleetsAppliances, industrial equipment and many other products which may or may not ever be connected. Instrumented at the Wi-Fi chip level — built for OEMs, product lines, and field service teams.
Explore IoT & Connected Products