0.0 EXECUTIVE SUMMARY

> SYSTEM CLASSIFICATION Heritable Digital Identity (HDI) / Post-Mortem Privacy Architecture.

> THE CORE PROBLEM Modern data creates "Digital Amnesia." Cloud platforms decay, formats obsolesce, and families lose their origins within two generations. There is currently no international standard for the sovereign preservation of a human legacy over 100+ years.

> THE GENOMA SOLUTION We introduce the Digital Persona as a Quasi-Subject of Law. A protected, self-sovereign entity that possesses rights, memory, and a voice—secured not by corporations, but by cryptography and biological lineage.

> KEY INNOVATIONS

Self-sovereign inheritance chain (Heirs ≠ Owners).
The "Sunset Protocol" (Transition to cultural heritage).
Biological Anchoring (DNA Hash authentication).
Immutable "Write-Once" Memory Segments.

> STRATEGIC VISION GENOMA establishes the global ISO standard for digital ancestry—functioning as the "Swiss Bank" for human identity. Just as passports standardize travel, GENOMA standardizes the transition of a personality into history.

1.0 SCOPE & DEFINITION

This document specifies the technical architecture for the Heritable Digital Entity (HDE). The system is designed to preserve Human Digital Identity integrity for a minimum duration of 100+ years in a zero-trust environment.

OBJECTIVE: To create a sovereign, encrypted, decentralized container for human personality data that functions independently of any single corporate entity.

2.0 NORMATIVE REFERENCES

Standard	Application
RFC 8493	BagIt File Packaging Format (Library of Congress)
NIST SP 800-38D	AES-256-GCM Encryption Standards
ISO/IEC 29150	Privacy Architecture Framework
Shamir's Scheme	(t, n) Threshold Cryptography (Split Keys)

3.0 ARCHITECTURE TOPOLOGY

3.1 STORAGE HIERARCHY (The "Where")

The HDE is not stored in a centralized cloud. It utilizes a Local-First, Distributed-Backup topology.

NODE A (MASTER): User's Physical Device (Encrypted Local Storage). Full Read/Write authority.
NODE B (SHARDS): Distributed Hash Table (DHT) network (IPFS/Arweave). Data is split into encrypted 64MB chunks. No single node possesses a readable file.
NODE C (COLD): Offline "Air-gapped" servers in Worms, Germany (Bunker storage on M-DISC optical media).

3.2 DATA TRANSMISSION

All data in transit is wrapped in TLS 1.3 tunnels. Handshakes occur via P2P (Peer-to-Peer) protocols, bypassing central routing servers to prevent "Man-in-the-Middle" attacks.

>> APPENDIX A: INTERFACE VISUALIZATION (PROTOTYPE V.5)

FIG 1.0: IDENTITY CORE (BIO-LINKED)

FIG 2.0: CHRONOLOGICAL MATRIX

4.0 CRYPTOGRAPHY & ACCESS

4.1 SECRET SHARING (SSSS Protocol)

To mitigate the risk of lost passwords or centralized theft, the Master Decryption Key is mathematically dismantled using Shamir’s Secret Sharing Scheme ($k=3, n=5$).

TECHNICAL NOTE: The complete key never exists on any single server. It is reconstructed momentarily only in the RAM of the user's device during a session.

Shard 1: User Biometrics (Local Secure Enclave)
Shard 2: Physical NFC Token (YubiKey or similar)
Shard 3: GENOMA Custody Server (Europe)
Shard 4: GENOMA Custody Server (Asia)
Shard 5: Designated Heir's Device (Inactive until trigger)

RECONSTRUCTION: Access requires any 3 shards. (e.g., User + Server EU + Server Asia).

5.0 LIFE-CYCLE STATES

State ID	Description	Access Level
01_GENESIS	Creation & Upload phase.	OWNER: R/W HEIR: NONE
02_ACTIVE	Living state. Constant synchronization.	OWNER: R/W HEIR: LOCKED
03_TRANSITION	Biological death confirmed via Oracle.	SYSTEM: FREEZE DATA
04_LEGACY	Post-mortem operation.	OWNER: REVOKED HEIR: READ_ONLY

6.0 INTEGRITY & OBSOLESCENCE

100-YEAR HORIZON: To prevent file format obsolescence (e.g., .jpg or .mp4 becoming unreadable in 2125), the container includes a virtualization layer (WASM) capable of decoding its own contents.

PAR2 REDUNDANCY: The container includes 15% redundancy code. Up to 15% of the data can be corrupted (bit-rot) and logically reconstructed without loss.

AUTHORIZING ENGINEER:
Mikalai Skachko

SIGNATURE:
/Signed/