About Trinity Consortium

Intelligence that remains sovereign
while discovering

We build the coherence platform for the next era of computing. Neuromorphic. Holographic. Geometric. Sovereign.

Mission

What we believe

Coherence before capability

No subsystem is deployed without measured coherence contribution. Faster but incoherent is rejected.

Sovereignty before scale

Local execution capability is never traded for cloud scale. Mesh participation is optional; local intelligence is mandatory.

Evidence before claims

The CTO Build Framework Validator enforces version-bound execution evidence for every performance metric and capability assertion.

Geometry before heuristics

Routing, quantization, and error correction use provably optimal mathematical structures, not ad-hoc tuning.

Biology before imitation

Architectural inspiration from neuroscience is structural, not cosmetic. The 30 Hz clock mirrors cortical rhythm; the design does not merely reference it.

Our Story

The journey to coherence

2024

Research

Neuromorphic research on Apple Silicon begins. FHRR mathematical framework validated. First spiking neural network library for Metal GPU.

2025

Integration

13-stage consciousness pipeline assembled. Six-language polyglot stack operational. E8 routing algorithms validated. 403 tests passing.

2026

Launch

Trinity Sky brand launched. Unified coherence at 0.892. Dual substrate validated on M4 Max and GB200. Developer documentation published.

2027

Scale

SpiNNaker 2 integration. Cross-platform NIR. Federated mesh coherence. Open-source core release. Enterprise deployment program.

Careers

Build the next paradigm

We are looking for engineers who think in frequency domains and build in multiple languages.

Engineering

Senior Elixir/OTP Engineer

Pipeline orchestration, GenServer supervision trees, Phoenix API. Experience with real-time systems and fault-tolerant architectures.

Engineering

Rust Systems Engineer

NIF development for FHRR, E8, and Merkle operations. SIMD optimization. Zero-copy data structures. Performance-critical paths.

Research

Neuromorphic Researcher

SNN architecture design, MLX Metal GPU optimization, Loihi 2/SpiNNaker 2 integration. PhD in computational neuroscience or related field.

Contact

Get in touch

General Inquiries

hello@trinitysky.ai

Investor Relations

investors@trinitysky.ai

Press & Media

press@trinitysky.ai