Optimization at a scale traditional solvers cannot reach

Chora - Tramm’s GPU-powered optimization engine - solves complex transportation planning and vehicle routing problems in seconds.

Why Chora

Most transportation optimization engines were designed for batch planning on CPU-based architectures. As transport networks grow in size and volatility, this forces a compromise between speed, solution quality, and responsiveness.

Chora removes that compromise.

Built on GPU architecture, Chora parallelizes optimization at a scale traditional solvers cannot, delivering faster, higher-quality results under real-world constraints.

What makes Chora different

• GPU-powered by design – built for massive parallel optimization, not sequential processing
• Seconds, not hours – supports frequent re-planning as conditions change
• Enterprise scale – handles large problem sizes without simplifying constraints
• Designed for execution – optimization that works within real operational time frames

What Chora Delivers

• Fewer vehicles required
• Reduced distance and fuel consumption
• Improved vehicle utilization
• Faster planning and dispatch cycles
• Practical real-time re-optimization

Proven in Production

Chora is deployed in live customer environments and bench-marked against leading commercial solvers, demonstrating significantly faster solve times and higher-quality solutions under real-world conditions.

Full bench-marking details are available in the Chora White Paper.

Built for Complex Transport Networks

Chora is designed for organizations where planning speed, scale, and solution quality directly impact service levels and cost — including large shippers, retailers, and logistics service providers managing complex or mixed-fleet operations.

Full benchmarking details are available in the Chora White Paper

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