Physics-guided optimisation, engineered.
Three systems built on the Physics Guardrail, applied to problems where the space of possibility is too large to search directly.
Traffic Optimisation
Routing and signal timing across live transport networks, approached as a physics-guided search problem.
Power Grid Optimisation
Load balancing and distribution optimisation across energy networks under real physical constraints.
Aircraft Shape Optimisation
Aerodynamic shape search guided by the same physics-validation architecture used across AION-IA.
Why these three
Traffic, power grids and aircraft shape share a structure: too many candidate solutions to enumerate, and physical constraints that rule out most of them. That combination is where physics-guided, quantum-inspired search adds the most over brute-force methods.
A shared architecture
Each engine runs on the same underlying optimisation core, validated by the Physics Guardrail before a candidate solution is proposed. Read more about the guardrail itself, or open an engine directly below.