Logistics companies struggle with fragmented systems: TMS, ERP, and telematics deliver data in silos while dispatchers plan routes manually. According to Gartner, 85% of logistics companies plan AI investments for routing and cost prediction within the next 24 months — yet the reality shows that deadheading, idle time, and inaccurate demand forecasts cost millions in avoidable expenses annually. Meanwhile, fuel prices keep rising alongside mounting pressure for CO₂ reduction.
20% Lower Fleet Costs Through Intelligent Dispatching
AI-powered decision intelligence platform combining route optimization, demand forecasting, and real-time dispatch for logistics fleets.
Challenge
Solution Architecture
Data Integration
The platform connects TMS, ERP, and telematics systems through standardized APIs into a unified data layer. Vehicle positions, order data, and historical delivery patterns converge in real time — no manual exports or spreadsheets required. Supabase serves as the central data hub with row-level security for multi-tenant operations.
AI Model & Optimization Logic
A hybrid system combines mathematical optimization with natural language processing. The optimization engine calculates cost-minimal route plans factoring in time windows, vehicle capacities, and driver qualifications. The language component lets dispatchers issue instructions via chat: "Prioritize express deliveries in Hamburg" is automatically translated into planning parameters. TensorFlow-based demand forecasting anticipates order spikes up to 14 days in advance.
Deployment & Monitoring
The Next.js dashboard visualizes fleet utilization, cost trends, and KPI deviations in real time. When disruptions occur — traffic, vehicle breakdowns, order changes — the system automatically simulates alternative scenarios and recommends the best replan. Structured alerts escalate critical deviations to the responsible team members.
This is an engineered blueprint based on publicly available industry challenges. It does not represent work performed for any specific company.
Frequently Asked Questions
Which TMS systems are supported?+
The platform connects via standardized APIs with common TMS systems like SAP TM, Oracle Transportation Management, and BluJay Solutions. Custom ERP interfaces are abstracted through a unified data layer.
How long does integration take?+
The project is designed for 16 weeks: 4 weeks data integration, 6 weeks AI model development, 4 weeks dashboard and testing, 2 weeks pilot operation and monitoring.
How accurate are the demand forecasts?+
The TensorFlow-based models forecast order spikes with a 14-day horizon. Accuracy typically ranges from 85–92% — significantly above manual planning approaches.
What savings are realistic?+
Conservatively estimated: 20% lower fleet costs through optimized route planning and 18% fuel savings by reducing deadheading and idle time.
Is the platform multi-tenant?+
Yes. Supabase with row-level security enables isolation of different locations, fleets, and customer accounts within a single platform instance.
Sources & References
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Auch verfügbar auf Deutsch: Jamin Mahmood-Wiebe
