Trackvy integrates RFID UHF, Bluetooth BLE, LoRa, and 4G networks to register every item, tool, and process in real time. The technology is chosen based on the operational context; the result always lands in the same place.
There is no single universal sensor. Every operational environment demands the technology best suited to its conditions: read speed, range, physical conditions, coverage, and energy autonomy.
Trackvy abstracts that complexity. Reads from RFID, BLE, LoRa, and 4G converge on a single platform: a single timeline per item and a single dashboard for the team.
Every item, tool, or product logs its position each time it passes a capture point or transmits wirelessly.
Trackvy keeps the full traceability of each event: who, when, where, and in what condition, without manual intervention.
Unauthorized exits, items stopped outside range, inventory below threshold; the platform notifies before the problem escalates.
Trackvy selects and integrates the right capture technology for each scenario. Multiple technologies can coexist within the same operation.
Ideal for: warehouses, bulk inventories, control portals
Passive RFID tags are read at distances of up to 12 m without line of sight. A fixed reader can register hundreds of tags per second. The most common technology for fixed asset control, tools, and high-turnover inventories.
Ideal for: high-value indoor items, medical equipment, personnel
BLE beacons broadcast their identity every few seconds. Fixed readers triangulate position within a building to 2 to 5 m accuracy. Low power consumption. Long-lasting batteries, no RFID infrastructure required.
Ideal for: outdoor items, rural or remote areas, machinery without cellular coverage
LoRa transmits over kilometers with batteries lasting years. Used for containers, vehicles, and machinery distributed across areas where Wi-Fi and cabling are not viable.
Ideal for: critical items in motion, fleets, machinery with real-time telemetry
Sensors with cellular connectivity report GPS position, temperature, vibration, and other variables directly to the cloud. No dependency on local infrastructure. The choice for items that move outside the operational perimeter.
The sensor (RFID, BLE, LoRa, or 4G) detects the item and generates an event with identity, timestamp, and capture point.
The data travels to the Trackvy server via local network, Wi-Fi, or cellular, depending on the capture technology used.
Trackvy normalizes, validates, and stores the event. It compares against the expected state and generates alerts on deviation.
The dashboard shows current status, history, and exceptions. Reports are generated automatically; ERP export happens in real time.
The same platform. Four concrete problems with measurable metrics from the first month.
rfid.com.co is our specialized RFID technology portal: how it works, what types of tags and readers exist, and how it is applied across industrial sectors. A technical resource developed by the same Accendo team that operates Trackvy.
Visit rfid.com.coIt depends on the physical environment, item type, and available coverage. RFID UHF is the most common choice for warehouses and inventories. BLE is ideal for high-density indoor environments. LoRa for outdoors without cellular coverage. 4G/NB-IoT for critical items in motion. The diagnosis determines the optimal combination.
Yes. Many operations use RFID in the warehouse, BLE in the plant, and 4G for items that go out in the field. Trackvy unifies all events into a single timeline per item, regardless of which technology generated the data.
Timeline depends on capture technology, ERP integration, and item volume. The diagnosis determines the exact scope and schedule before work begins.
Yes. Trackvy exposes an open API and standard connectors for the main ERP and WMS systems on the market. Integration is part of the bounded deployment scope.
It varies by technology. Mobile RFID readers require no fixed installation. Fixed portals need power and network. BLE and LoRa sensors run on batteries and require no cabling. The diagnosis determines exactly what your operation needs.
The diagnostic establishes which technology applies, which items are tracked, and what the first expected results are, all before any commitment.