In today’s world, the demand for computing power and scalability keeps rising, yet the industry has rarely paused to return to the drawing board and reconsider the fundamental foundations of our technology.
All the technological advancements in the past 60 years have merely built upon existing technologies. Processor architectures remain rooted in the original IBM PC clones. Operating systems can still be traced back to DOS and Unix.
Why Ternary?
Ternary computing allows for more efficient memory use and faster processing. Each trit can hold a value of -1, 0, or +1 — compared to a binary bit’s 0 or 1. This means ternary computing represents more information in a single memory cell, leading to a smaller footprint and faster processing.
Our Approach
We’re not patching. We’re starting fresh — from processors to operating systems to applications, all built on balanced ternary from the ground up.
The journey starts with a simulation. Our Aum Simulator, written in Rust, validates the ternary instruction set on existing binary hardware. From there, we build up: an operating system, applications, and eventually, physical silicon.
Funding the Vision
To fund this ambitious undertaking, we’re building revenue-generating products: TritZaar, India’s circular device marketplace, and Triti, a personal finance app. These platforms generate the income we need while we work on the future.
Welcome to iTrits. The future is ternary.