AtomicID™ Technical Whitepaperv7, Immutable‑First — Patent pending
Date: 2025-08-14 • Author: Roberto Rodriguez
Neural‑semantic compression and verifiable memory fabric with an immutable‑first beachhead: backups, archives, and AI conversation logs.
Abstract
AtomicID™ is a neural‑semantic compression and verifiable memory fabric with an immutable‑first beachhead: backups, archives, and AI conversation logs. We decompose content into Atomic Units (AUs) with AUUIDs, compress by meaning, reconstruct exactly using ERK + ARM withProof of Reconstruction (PoR), and anchor integrity on public ledgers.
1Motivation
Byte‑level dedupe and WORM storage cannot express meaning reuse or certify deterministic reconstruction across modalities. Enterprises need certifiable recall, explainable lineage, and lower TCO with redundant data eliminated.
2Architecture
Client/ISV → API → Workers (extract/atomize/compress/anchor) → Dict/Codecs → Anchors (Solana/Arweave) → ERK/ARM → Reconstruct → PoR.
3Exactness (RFS=1.000000)
Unicode NFC, emoji sequences, ICC, VFR alignment
Carries deltas for bit‑perfect regeneration
sha256(original) == sha256(reconstructed)
4Economic Model
- Storage shifted to compute‑assisted reuse
- Cost down with increasing tenant/user overlap
- Configurable anchor cadence
5Security & Governance
- Tenant‑scoped keys, RLS policies
- DP ledger for exports
- Biometric protection (deferred for MVP)
6Evaluation
Corpus diversity, DRR vs RFS curves, latency budgets
DRR↑, Residual%↓, Anchor cost/asset↓, Reconstruct p95
7Use Cases
- Backup consolidation with certifiable recall
- AI conversation ledger for governance/eDiscovery
- Regulated archives (finance/health/public sector)
8Roadmap
Deterministic WASM codecs • zk‑proofs for reconstruction • TEE‑guarded cross‑tenant reuse • dictionary market
Platform Performance
End of Whitepaper
© 2025 AtomicID™ — Proprietary & Confidential