Fleet & Route Optimization
Live routing and dispatch that cuts idle time and fuel spend across hundreds of vehicles — rebalancing continuously, not solved once each morning.
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Why do routing plans go wrong by lunchtime?
Most fleet software fails the same way: accurate at 9am and wrong by lunch, because routes are recomputed on a fixed schedule instead of reacting to what's actually happening on the road. A delay, a cancelled order, or a diverted truck doesn't wait for tomorrow's re-run to matter.
Fleet and route optimization built the right way is event-driven — routes rebalance continuously as conditions change, live vehicle position feeds a dashboard within seconds rather than a vendor portal's 15-minute lag, and a dispatcher can always override what the system suggests, because the algorithm doesn't see everything a person on the ground does.
What the platform covers
Continuous route optimization
Routes rebalance as conditions change throughout the day, not solved once each morning and left to go stale.
Live fleet visibility
Vehicle position and status update within seconds, feeding a dashboard dispatchers actually check instead of a laggy vendor portal.
Dispatcher override
Every suggestion the optimization engine makes can be overridden by a dispatcher who has context the algorithm doesn't.
Telematics integration
Connects to the vehicle telematics you already run, scoped against the real API and rate limits during discovery.
Offline-capable driver app
Driver apps queue updates locally and sync when signal returns, because coverage gaps are normal on real routes, not an edge case.
Audit trail
Every routing decision is logged with the inputs behind it, so a disputed delivery can be reconstructed, not argued about.
How the build runs
Map the real fleet operation
We look at how dispatch actually makes decisions today — the portal lag, the phone calls, the workaround spreadsheet — before designing the replacement.
Build the optimization engine
The routing engine is designed to rebalance continuously against live conditions, not solve once and hold until the next scheduled run.
Integrate telematics & driver apps
Vehicle telematics and offline-capable driver apps are built and connected against your fleet's real hardware and coverage patterns.
Pilot with a subset of the fleet
A limited rollout on part of the fleet surfaces integration issues and dispatcher workflow gaps before the full fleet moves over.
Fleet & Route Optimization FAQ
The tools we build with
Geospatial and event-driven by default, because routing decisions are worthless a few minutes late.
Geo & routing
Mapbox
PostGIS
RedisCore services
Go
Node.jsPostgreSQLStreaming
Kafka
MQTT
TimescaleDBRun & observe
AWS
Kubernetes
GrafanaRelated work
Related reading
Routes accurate at 9am, wrong by lunch?
Tell us your fleet size and where dispatch is losing time to a lagging portal. We'll scope routing that rebalances as the day actually happens.