Orchestratingautonomous fleetsat millisecond precision.
Real-time CAN-bus Ingestion & Dynamic Route Dispatch
Thousands of long-haul haulers. Dropped packets in rural dead zones. Zero dispatch visibility.
Managing 8,400+ commercial transport units across trans-continental corridors requires continuous situational awareness. Legacy cellular telemetry hardware dropped connection in mountainous terrain, leaving dispatchers blind to critical engine temperature alerts and driver fatigue states.
When connectivity was restored, simultaneous batch packet dumps overwhelmed centralized databases, triggering cascading lock contention and reporting delays of up to three hours.
FleetMatrix engaged Codedway to design a resilient edge-to-cloud telemetry mesh that buffers offline vehicular data safely and streams updates instantaneously the moment a cellular tower is acquired.
Edge buffering first, guaranteed eventual consistency second.
Hardware Protocols (Wk 1–3)
Reverse-engineering J1939 CAN-bus protocols and embedded gateway firmware buffering limits.
Edge Broker Mesh (Wk 4–6)
Deploying geo-distributed MQTT brokers with deterministic topic partitioning and compaction.
Mobile Console (Wk 7–13)
Building 60 FPS driver application and desktop dispatcher consoles with dynamic route graphs.
Stress Testing (Wk 14–16)
Simulating nationwide network partitions with chaos engineering and 100k synthetic haulers.
“Codedway solved our dead-zone synchronization problem in two weeks after two other agencies had spent six months failing at it.”
Edge MQTT Ingestion Broker
Ultra-low overhead publish-subscribe topology handling 1.2M messages/min with sub-millisecond serialization.
Dynamic Dispatch Optimization
Real-time heuristic vehicle routing recalculating delivery windows based on live traffic, weather, and hours-of-service.
Offline-First Mobile Driver App
Robust Flutter client caching telemetry locally on SQLite with automatic cryptographic reconciliation on reconnect.
Time-Series Telemetry Warehouse
Hypertable-partitioned storage capturing high-frequency vehicular sensor readings with 90-day retention compression.
Collision & Anomaly Alerting
Sub-200ms threshold triggers detecting sudden deceleration, hard cornering, and engine fault codes.
Dispatcher Fleet Command
High-density multi-screen operations dashboard rendering thousands of live assets smoothly on interactive vector maps.
Numbers don't lie.
“We went from guessing where our haulers were to having live telemetry and automated dispatch routing that saved us seven figures in diesel.”
FleetMatrix powers real-time operations across massive commercial fleets. The client needed a distributed edge telemetry pipeline capable of processing millions of vehicular telemetry signals without packet drop, even through rural dead zones.
Ingesting over 1.2 million CAN-bus events every minute, the edge clustering architecture maintains a sub-second dispatch sync window with zero message loss during intermittent connectivity.
Engineering Objectives
- Edge-to-Cloud Resilience: Offline-first caching on vehicle gateway units with deterministic conflict resolution upon signal re-acquisition.
- Dynamic Route Dispatch: Graph-based re-routing algorithms calculating real-time traffic congestion, weather models, and driver duty hours.
- High-Frequency Ingestion: Scalable MQTT clusters connected to Amazon Kinesis and time-series datastores.
Solution Highlights
We implemented a dual-tier architecture:
- On-device local buffering using embedded SQLite with cryptographic transaction logs.
- Edge MQTT brokers distributing geo-sharded payloads directly into partition-keyed event streams.
- Mobile dispatch driver console built with Flutter featuring 60 FPS real-time map clustering and telemetry visualization.
Have a project? Let's scope it.
We'll tell you honestly if we're the right fit.