Sovereign Scale
The Aveum Global Identity System (GIS) is a deterministic genomic identification platform engineered for global-scale deployment. The system comprises a cryptographic extraction engine, a multi-tier sovereign database, an encrypted transport protocol, and a one-click integration adapter for existing government infrastructure.
Designed for National Identity Programs, Criminal Justice, Immigration Control, Military Personnel Identification, Law Enforcement, and Forensic Operations. Adaptable to CODIS, NDNAD, FNAEG, DAD, INTERPOL I-24/7, NGI/AFIS, REAL ID, and equivalent sovereign systems worldwide.
Aveum is privately funded institutional-grade infrastructure. No federal grants. No government funding. No external data dependencies. Absolute data autonomy.
Aveum GIS converts genomic source material into a compact sovereign identity anchor with full traceability back to the source DNA.
Each GIS identifier is a unique 15-character hexadecimal code derived deterministically from the subject's genomic data. The identifier space supports the entire global population with zero collision probability. Built-in Genomic Duplicate Safety Hash (GDSH) resolution ensures no two subjects can receive the same identifier.
The system ingests standard WGS output (~300 GB per subject in FASTQ/BAM/VCF format) and produces a lightweight GIS anchor in sub-second time. The full WGS dataset remains archived with complete traceability. The 15-hex identifier serves as a fast-retrieval key to the original source DNA data.
Unlike any WGS management system or biometric identity platform globally in place today, Aveum GIS operates on commodity hardware. A single 128 GB RAM workstation can host a global-scale identity dataset in-memory. An entire continental population (335M+ subjects) fits on one rack server at approximately 33.5 TB.
Zero-knowledge design. The system does not ingest, store, or process health markers, racial indicators, or medical data. Forensic identification and kinship auditing are performed without exposing protected health information. Compliant with GDPR, PIPEDA, PDPL, and national data sovereignty requirements.
Developed in conjunction with the Aveum Genomic Research Foundation, we are proud to announce the rollout of our genomic verification and identification adaptation for the Family Vault. This architecture bridges sovereign-grade genomic identity with institutional digital estate custody, allowing family offices to secure multi-generational wealth using biometric authentication derived directly from DNA.
Every person already carries a naturally unique biological identifier. Aveum's ArK-512P kernel transforms constrained genomic signals into compact, non-reversible identifiers. Your DNA is not stored—it is computed. It cannot be stolen, phished, replayed, or lost, creating a permanent, forensic-grade trust anchor.
Genomic Identification Signature (GIS) generation runs exclusively inside IBM Trusted Compute enclaves (IBM Z, LinuxONE). The system operates with no disk, no network, and zero operator access. The cryptographic logic is sealed, providing parallel attestation mirroring with FIPS 140-3 and CC EAL4+ certification.
Each Family Vault operates as a completely sealed ecosystem. Transfers are restricted exclusively to the vault's associated source wallet or internal sub-vault movements. No API connections to exterior addresses are permitted. The smart contract enforces this at the address-check layer—no override, no admin bypass.
Each primary vault supports up to 10 sub-vaults for heirs. If the primary authenticator is inactive for 12 months plus a 30-day grace period, a time-locked inheritance trigger executes automatically. Wealth distributes uniformly to nominated sub-vaults. No lawyers, no courts, no human intervention.
Reimagined for the family office. Not a consumer product. A generational trust deployed via MPC custody platforms.
Aveum GIS is not a SaaS product and is not hosted in any third-party cloud. The system deploys directly onto the sovereign entity's own infrastructure under an annual license agreement. Each deployment is independent and decentralized. No data leaves the nation's perimeter.
Pre-built sovereign API adapters provide single-step integration with existing government infrastructure. Certified adapters for Oracle, IBM, and Microsoft Azure environments. Native API compatibility with all G7 national identification frameworks, Swiss federal identity environments, and Kingdom of Saudi Arabia "Vision-Scale" programs.
Designed to operate alongside and within existing national systems without requiring architectural replacement. Plugs directly into CODIS, NDNAD, FNAEG, DAD, NGI/AFIS, INTERPOL I-24/7, and equivalent databases. All use cases including immigration, military, national ID, passports, law enforcement, and forensic are served from a single deployment.
Complete product specifications, licensing terms, and pricing are available following NDA execution and signature of the evaluation license agreement.
| Specification | ARK512P | ARK512OPS |
|---|---|---|
| Type | Bolt-on Algorithm Module | Complete Sovereign Platform |
| Memory | 4 GB Minimum | 16 GB Minimum (128 GB Recommended) |
| Storage (per 1M subjects) | ~100 GB | ~100 GB + Overhead |
| Core GIS Algorithm | ✓ | ✓ |
| GDSH Collision Resolution | ✓ | ✓ |
| Sovereign API Adapters | ✓ | ✓ |
| Laboratory Integration (LabPak) | N/A | ✓ |
| Dual Database | N/A | ✓ |
| Automated Pipeline | N/A | ✓ |
| Monitoring Dashboard | N/A | ✓ |
| Docker/Kubernetes | N/A | ✓ |
| 149+ Test Suite | N/A | ✓ |
| Source Code Escrow | N/A | ✓ |
The following benchmarks are drawn from recorded runs against the public 1000 Genomes 30x on GRCh38 dataset. The reference cohort contains 3,202 samples across 26 populations, sequenced to targeted 30x coverage on Illumina NovaSeq 6000 instruments and aligned to GRCh38.