GNSS and OBD trackers, cellular connectivity, dashboards, events and operational tools for distributed vehicles and assets.
CONTEXT
Context and objective
Vehicles and assets operate away from the office, with connectivity that is not always continuous. Location, status, onboard parameters and events must remain ordered and readable for service operators.
SYSTEM
Architecture
A GNSS or OBD tracker with a data SIM sends telemetry to the web platform. Ingestion, time series, rules and APIs feed maps, charts, indicators and events while retaining the last known state during outages.
Devices and sensors
- Standalone GNSS trackers
- OBD trackers for vehicle data
- Data SIM and integrated antenna
- Inputs and local memory as required by the profile
Connectivity and protocols
- GNSS
- Cellular network
- OBD/CAN diagnostics where available
- HTTPS or MQTT over TLS
Dashboards and operations
- Fleet map and status
- Speed and vehicle parameters
- Timelines, stops and events
- Account-specific dashboards
HDA contribution
- Tracker configuration and installation
- Device-to-account association
- Communication testing
- Dashboard and service operations
EVIDENCE
Outcomes and evidence
Service contracts and operational material document tracker installation and management, platform access and dashboards. We do not publish device counts, availability or economic benefits without a verifiable scope.
TRUST
Role of Trusted Data
Device identity, timestamps and time-series continuity matter where data supports operational accountability or disputes. The evidence chain must also cover offline periods.