A patent pending mathematical framework that unifies spatial audio, 3D computing, robotics, AI, spacetime physics, and more under one symmetric architecture.
DEEP TECH Durable Wide Moat IP Based On Our Exclusive
FUNDAMENTAL ALGORITHMIC ANALYTIC GEOMETRIC BREAKTHROUGHS
Every major spatial platform reinvents coordinate handling. There is no universal spatial language — until now.
Today's spatial systems juggle Cartesian, spherical, quaternion, and ad hoc formats. Every conversion burns cycles and introduces error.
Cartesian coordinates privilege X, Y, Z — creating artifacts that are properties of the math, not the physics.
Dominant spatial audio formats put 50% of energy in one channel, wasting bits and creating quantization noise.
A regular tetrahedron provides four perfectly symmetric directions from a center — no axis preferred, no direction privileged. Quadaia encodes all spatial quantities using this symmetric basis, resulting in a unified representation across audio, geometry, physics, and AI.
The same mathematical primitives power every domain — spatial audio, 3D computing, AI, quantum simulation, and spacetime physics.
TetSounds — a production-ready codec with perfect channel symmetry.
Collision, pathfinding, and mesh processing with fewer operations.
Native spatial tokenization and isotropic attention for LLMs and robotics.
Exact integer similarity search for embedding databases — hardware-independent.
Hybrid architectures for classical quantum simulation using the same primitives.
Lorentzian computation — geodesics, relativistic simulation, validated against GR.
Technical architecture and benchmarks available under NDA.
Whether you're an investor, a potential team member, or simply want to follow our progress — we'd love to hear from you.
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