Predictim Routing
Predictim Routing is an enterprise fleet dispatch platform, available as both a SaaS dispatcher interface and developer API. Drawing on decades of operations research advances in vehicle routing — developed through active academic and industrial partnerships — it computes optimal multi-stop routes across heterogeneous fleets in real time, adapting continuously to live traffic, delivery-window constraints, and sustainability targets.
Illustrative results from representative deployments; not a guarantee of outcome.
What this platform does
Each capability is a deployed module — not a feature on a roadmap. Engagements typically begin with a 4-week scoping exercise to confirm fit against your operational data and constraints.
Real-time dynamic routing matrices
Routes update continuously as orders are added, cancelled, or rescheduled — without forcing dispatchers to rebuild plans from scratch.
Multi-stop fleet path planning
Heterogeneous fleets, mixed vehicle types, and driver skill constraints are all respected. The solver picks the right vehicle for the right job.
Dynamic window constraints
Hard customer-delivery windows, driver-hour regulations, and depot opening hours are enforced as constraints — never as soft penalties that quietly degrade plans.
Traffic-adaptive mathematical modeling
Routes adapt to live and predicted traffic conditions, with re-optimisation triggered automatically when projected delay exceeds tolerance.
Emissions reductions & middle-to-last-mile distribution
CO₂ is tracked per kilometre and per delivery, enabling networks to meet sustainable mobility targets without sacrificing service.
Related reading
Autonomous LLM Agents in Operations: Can Generative AI Autonomously Re-Route Fleets?
Generative AI models are moving beyond text summaries to dynamic decision agents — but deploying autonomous LLMs in real-time freight routing requires pairing probabilistic reasoning with deterministic optimization solvers.
ReadDrone Fleet Delivery in Urban Cores: Airspace Corridors, Battery Swap Routing, and Weather Constraints
Urban aerial package delivery is not just an aviation problem — it is an extended Vehicle Routing Problem (VRP) with dynamic airspace corridors, automated battery swapping, and micro-climate wind constraints.
ReadDigital Freight Matching: How Marketplaces Are Reshaping Truckload Capacity
Freight marketplaces are replacing the broker's phone call with real-time bid-ask matching — but the optimization problem underneath looks less like a marketplace and more like dynamic vehicle routing at scale.
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ExploreReady to deploy Predictim Routing?
Request API access, or talk to our engineering team about integrating this into your existing operations.