The Loong Game
Our UNSW Battlecode entry demonstrates symbolic (classical) AI through world modelling, planning, and tactical search. The case study follows the bot’s design and evaluation, with source code and tooling.
Read the case study ↗Our AI experience spans symbolic (classical) AI and machine learning, including training large transformer models and developing optimisers. We also build interactive visualisations, simulations, and rendering engines.
Our UNSW Battlecode entry demonstrates symbolic (classical) AI through world modelling, planning, and tactical search. The case study follows the bot’s design and evaluation, with source code and tooling.
Read the case study ↗
An interactive demonstration of neural networks and evolutionary optimisation. Train an agent over 100 generations, then play against it. The training and game run in your browser using Rust and WebAssembly.
Play Pong AI ↗
Microsoft’s TRELLIS.2 turns an image into a textured 3D model, and its 1536 setting needs more memory than a 16 GB card has. Espalier-2 tiles the model’s decoders and chunks its export so the same pipeline runs on an RTX 5070 Ti, with every change measured against Microsoft’s output.
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We’re rebuilding Zoo Tycoon 2 in Rust and Bevy using a clean-room approach. You supply the original game archives, and OpenZT2 reads them.
Visit OpenZT2 ↗
An upcoming Unreal Engine 5.8 game using Nanite, Lumen, MetaHuman characters and the Unreal Animation Framework.
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Let’s put AI to work. ↗ Sydney, Australia · Working worldwide