For Investors

The sovereign AI
infrastructure layer

Holographic memory. Neuromorphic compute. Geometric routing. Four revenue streams. One platform that never surrenders data sovereignty.

$47.2B
Total Addressable Market
$8.4B
Serviceable Market
0
Revenue Streams
0
Technical Moats
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Business Model

Four revenue streams

Sovereign Licensing

Annual license for on-premise Trinity Sky deployment. M4 Max edge and GB200 datacenter tiers. Enterprise support included.

Recurring ARR

GB200 Hosting

Managed mesh compute nodes for customers who need datacenter-class FHRR without owning hardware. Per-node monthly pricing.

Usage-based MRR

Enterprise API

Phoenix API access for holographic memory, mesh routing, and coherence monitoring. Pay per recall, per bind, per mesh broadcast.

Metered API revenue

Defense Contracts

IDIQ/CLIN structures for DoD, IC, and allied defense. Air-gap certified. Six-layer meninges security model. CMMC aligned.

Government contract revenue

Competitive Moat

Five layers of technical defense

1

FHRR Memory

Holographic associative recall is not replicable by adding a vector DB. The math is the moat.

2

30 Hz Pipeline

13-stage real-time coherence pipeline. Cannot be approximated by batch inference.

3

E8 Routing

Geometry-governed mesh with O(1) decoding. Optimal 8D error correction by Conway-Sloane.

4

Dual Substrate

Same stack on M4 Max and GB200. No competitor spans edge-to-datacenter with one cognitive stack.

Traction

Validated metrics

0
Recall Accuracy
0.892
Unified Coherence
0
Pipeline Stages
0
Validated Tests
0
Security Layers

Technical Reference

Explore the sovereign technology stack

Download the LaTeX-compiled academic white paper to review the complete mathematical and architectural proof standard.

Academic Edition · Full White Paper

Trinity Consortium Technical White Paper

The complete 120+ page technical reference. Every architectural layer, every mathematical proof, every evidence-bounded metric, compiled beautifully using the academic LaTeX template.

  • 17 chapters + appendix + latex equations
  • FHRR capacity proofs & binding algebra
  • Hardware substrate specifications & benchmark results
Access White Paper Explore Chapter Overview

Version-dated May 2026 · Size: 873 KB · Direct Download

FAQ

Investor questions

Pre-seed / seed stage. Core technology validated with 403 tests passing, unified coherence at 0.892, and 99.97% FHRR recall accuracy. Seeking strategic investors who understand deep-tech AI infrastructure.
Five-layer moat: FHRR holographic memory (algebraic, not searchable), 30 Hz real-time pipeline, E8 geometric routing, dual-substrate deployment, and six-layer meninges security. No competitor combines all five.
Adjacent but different: Palantir (enterprise analytics, no holographic memory), CoreWeave (GPU cloud, no sovereign edge), Pinecone/Weaviate (vector DB, approximate not algebraic). Trinity occupies a new category: sovereign coherence computing.
744 bindings per room at D=16,384 with 99.97% cleanup accuracy. Seven rooms = 5,208 total bindings per palace. Horizontal scaling via mesh adds palaces across nodes. We are transparent about bounded capacity — this is a feature, not a limitation.