Enable Autonomous decision-making in

Recycling Logistics

From collection to redistribution, let algorithms analyse and optimise.

Recycle

this is what we do

Pick up forecasting

Get accurate insights in future pick-up and service orders based data from fill rates sensors. Our algorithms translate historical and real-time data into clear action points for fleet, asset and inventory management.

Capacity planning

Automatically optimise a capacity planning based on pickups, trucks and trailers capacity, drop sites and depots. From allocating trucks for pickups to route optimisation, our tailored algorithms improve SLA, reduce logistics cost, and maximize asset efficiency.

Routing

Turn orders automatically in optimal routes. Our smart algorithms take parameters like stacking rules for SKIPs, access restrictions of city centers, capacity of trucks, multiple depots and customer time windows preferences in account to maximize route efficiency.

Dynamic Routing

Use accurate fill rate data to predict when bins are full and automate and adapt your planning to cope with personnel absence or material breakdown. Respond to change in real time to always stay on the most efficient collection track.

Recycling

Available services

Wheelie Bins

  • Dynamic routing
  • Multiple fractions
  • Truck capacity

Benefits

Reduced travelling distance, reduced planning time, customer profiling

SKIPS

  • Forecasting engine
  • Dynamic routing
  • Blockage detection

Benefits

Regional fill rate prediction, reduced travelling distance, dynamic routing

Municipalities

  • Forecasting engine
  • Dynamic routing
  • Blockage detection

Benefits

Regional fill rate prediction, reduced travelling distance, dynamic routing

Mini Collect

  • 3D cubing to model capacity
  • Dynamic routing

Benefits

Reduced planning time, dynamic routing, reduced travel distance

The platform to automatically train, run and manage your AI

The Algorithm Factory designs, runs and manages all your algorithms, guaranteeing quality, availability, security and endless scalability. That’s how we ensure you can always rely on your algorithms to run your operations.

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