is Furr-Tec’s custom-built simulation and gameplay framework — engineered for real-world scale, precision physics, and emergent narrative systems.
Built on Unity DOTS and designed to fully leverage multithreading and SIMD-based math, A.C.E. enables large-scale simulations that go far beyond standard engine limits. It powers everything from ecological systems and destruction physics to emotional AI and non-repeatable gameplay. Whether calculating 512-bit precision for structural stress or dynamically evolving a player’s world through memory-based decisions, A.C.E. is the beating heart behind every reactive system we build.

is Furr-Tec’s custom-built rendering system, engineered for real-world scale, high-precision simulations, and emotionally immersive visual fidelity.
Developed in parallel with our simulation stack, A.C.R. replaces traditional render pipelines with a performance-first architecture optimized for Unity DOTS, layered lighting complexity, precision material feedback, and adaptive environmental effects. From atmospheric scattering to procedural weathering, every pixel rendered through A.C.R. is designed to respond — to physics, to emotion, to time itself.

is Furr-Tec’s proprietary destruction and physics framework — built to simulate real-time structural fracture, material stress, and terrain deformation with brutal precision.
Named as a playful nod to the furry community, where “maw” refers to the expressive mouths of anthro characters, Maws Dynamics blends personality with power. From collapsing environments to reactive soft-body physics, it doesn’t just simulate destruction — it gives it character, weight, and emotional impact. Every break. Every crumble. Every bite of chaos — felt, not faked.

is Furr-Tec’s custom-built storage architecture, engineered for high-performance simulation, streaming, and compression.
Designed as a next-gen replacement for Unity’s LZ4 and outdated asset formats, exn integrates Finite State Entropy (FSE), optional Zstandard compression, copy-on-write mechanisms, and quantum-encrypted file integrity checks. It supports snapshotting, extended metadata (xattrs), remote sync, send/receive protocol, scrubbing, ACLs, FUSE compatibility, and native encryption — all while enabling efficient streaming of assets, logs, and player data across shard-based infrastructure. exn is built for speed, security, and scale — ready to handle the demands of a living simulation.