Enterprise Commercial Telematics & Connected Vehicle IoT Platform
Fuse real-time GPS locations, vehicle CAN bus sensor streams, driver behavioral metrics, and AI dashcam video into a single high-throughput telematics platform.
What is Telematics Platform in Logistics & Transportation?
A commercial telematics platform is an IoT data ecosystem that captures, streams, and analyzes telemetry from vehicle electronic control units (ECU), GPS satellites, and environmental sensors. Cognic builds edge-accelerated telematics backbones capable of ingesting high-frequency CAN bus sensor frames and AI camera events.
Core Engineering Capabilities for Modern Freight & Fleet Operations
Production-grade features designed for motor carriers, freight forwarders, 3PL providers, and private enterprise fleets.
High-Frequency CAN Bus & J1939 Frame Parsing
Extracting engine RPM, wheel speed, fuel flow rate, oil pressure, coolant temperature, and brake application pressure directly from vehicle networks.
AI Smart Dashcam Video Event Ingestion
Streaming video clips triggered by harsh braking, forward collision warnings, distracted driving events, and rolling stop-sign violations.
Driver Behavioral Telematics & Scoring
Real-time calculation of driving safety indexes based on G-sensor accelerometer forces, cornering speed, rapid lane changes, and seatbelt usage.
Cold-Chain Environmental Sensor Mesh
Bluetooth (BLE) sensor integration monitoring ambient trailer temperatures, relative humidity, door-ajar status, and shock impact telemetry.
Edge Compute Telematics Filtering
In-vehicle edge processing running anomaly detection on raw sensor data, transmitting prioritized exception packets to conserve cellular bandwidth.
Standardized Telematics REST & GraphQL APIs
Clean unified data normalization layer exposing multi-make fleet telemetry to external TMS, WMS, and maintenance software systems.
Overcoming Mission-Critical Transportation Bottlenecks
How our technical implementations resolve empty deadhead miles, carrier rate volatility, and regulatory compliance risks.
Heterogeneous Telematics Protocols Across Mixed Fleets
Commercial fleets operating mixed tractor brands (Kenworth, Freightliner, Volvo) encounter incompatible proprietary sensor protocols.
Massive Cloud Ingestion Costs from High-Frequency Pings
Streaming hundreds of thousands of raw sensor values every second to central clouds incurs exorbitant cellular and database charges.
Cellular Disconnections in Remote Long-Haul Corridors
Vehicles traversing mountainous or desert highways lose cellular connectivity, creating severe data blind spots.
Slow Incident Detection Leading to High Insurance Claims
Fleet managers learn of vehicle collisions hours after the fact, missing the opportunity to secure dashcam footage and protect liability.
End-to-End Delivery & Rollout Workflow
A disciplined four-stage engineering lifecycle ensuring zero fleet downtime and seamless driver adoption.
Telematics Hardware & Fleet CAN Protocol Audit
Auditing vehicle makes, diagnostic port types (J1939 9-pin / OBD-II), installed camera models, and defining sensor polling frequencies.
IoT Streaming & Protocol Parser Engineering
Building scalable EMQX MQTT brokers, Apache Kafka topics, and high-performance Go microservices parsing binary telematics frames.
Time-Series Storage & Event Engine Setup
Deploying TimescaleDB and ClickHouse time-series stores, setting up real-time geofencing, and configuring safety threshold rules.
TMS Integration & Operational Dashboard Launch
Connecting normalized telemetry feeds to enterprise dispatch boards, driver apps, and launching 24/7 executive monitoring consoles.
Four-Tier Scalable Logistics Architecture
Event-driven infrastructure separating mobile telematics, dispatch solvers, data lake streaming, and cloud backbones.
Vehicle IoT Edge Devices
High-Throughput Ingestion Hub
Analytical Telematics Core
Real-Time Visualization
Certified Security & Regulatory Compliance
Built to satisfy international transportation mandates, electronic logging standards, and carrier EDI protocols.
Measurable Outcomes Across Fleet & Freight Operations
Demonstrated performance gains across fuel consumption, deadhead mileage, on-time arrivals, and maintenance overhead.
Tailored Deployment Architecture
Flexible operational setups supporting multi-cloud, in-cab mobile, and hybrid logistics dispatch nodes.
Cloud-Native High-Throughput Telematics SaaS
Managed IoT cloud infrastructure on AWS or Azure processing high-velocity vehicle sensor streams across global enterprise fleets.
Hardware-Agnostic Telematics Middleware Hub
Universal translation layer bridging legacy hardware (Geotab, Samsara, CalAmp) into standardized REST and GraphQL endpoints.
Dedicated Enterprise Fleet Cloud Node
Private VPC deployment engineered specifically for large private fleets, hazardous material carriers, and municipal transit agencies.
Frequently Asked Questions
Direct technical answers regarding telematics protocols, ELD mandates, ERP integration, and dispatch deployment.
What data points does a commercial vehicle telematics platform collect?
The platform collects real-time GPS coordinates, vehicle speed, engine RPM, fuel consumption rates, diagnostic trouble codes (DTC), brake wear metrics, odometer readings, cabin temperature, accelerometer forces, and driver dashcam video clips.
How does telematics integration help lower fleet insurance premiums?
By capturing objective data on driving habits (speeding, hard braking, following distance) and providing video exoneration evidence during false accident claims, commercial insurers often offer 15% to 25% premium discounts to telematics-equipped fleets.
What is the difference between standard GPS tracking and full vehicle telematics?
GPS tracking records only physical location and vehicle speed. Telematics connects directly into the vehicle internal computer (CAN bus), capturing hundreds of mechanical engine health sensors, diagnostic fault codes, and driver behavioral telemetry.
Can the telematics platform integrate with existing in-cab dashcams?
Yes. Our platform connects with commercial smart dashcams via RTSP or vendor APIs, indexing high-risk safety event video clips alongside engine telemetry for instant incident review.
How does the platform prevent cellular data plan overages from continuous streaming?
We implement intelligent edge filtering on vehicle hardware. Sensor readings are compressed and transmitted in compact batches, while high-frequency streaming is reserved strictly for trigger events like hard braking, collisions, or geofence breaches.