A New Foundation
The industry has spent 60 years extending binary. We're building something fundamentally new.
The Difference
"Perhaps the prettiest number system of all is the balanced ternary notation"
— Donald Knuth, The Art of Computer Programming
Implementation
Balanced ternary maps naturally to physical phenomena
The Hardware
CPU + GPU + NPU + RAM + Security — one integrated die, six scales
Roadmap
Aum Simulator in Rust. Validate ternary instruction set on binary hardware. Test balanced ternary arithmetic, memory models, I/O.
Aum OS built for ternary processors. Memory management, process scheduling, I/O — all designed for three-state logic from day one.
Multi-domain ternary software ecosystem. AI/ML neural networks on ternary hardware. Developer tools, SDKs, and libraries.
Physical T1 processor fabrication. SoC design validated through years of simulation. From IoT to supercomputer scale.
Ternary quantum computing with qutrits. Three-level quantum systems extending ternary from general-purpose into specialty domains.
Distributed grid computing with T1 Extreme processors. Neural networks running natively on three-state logic — more efficient training, lower power consumption.
Qutrits — three-level quantum systems in superposition. Extending from general-purpose ternary computing into quantum domains for problems beyond classical limits.
Join our open-source community and contribute to ternary computing
