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. The GIS Genomic Anchor is both deterministic and reproducible. It becomes the primary key for the entire ecosystem, everything becomes evidence, attached to that key.
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 by AVEUM Systems, 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. FamilyVaultFactory 0xB24aC35817D51748dc87ba113A1Cb59e22BEcc74 FamilyVaultAccount 0xE0966622Ec1c5C8C58991e93786C68fF9c878EE4 Paymaster 0x0977Ec30f269b5436796A08A4f3451A86C230E79 WalletFactory 0x266A258473fdE740d9f99e052614684a4ee0555b AVEUMID 0x67079eAD10fc881f861c09882fb03E339c60977e (Utility Access Token) MPCRegistry 0xA711cC63D2D26cd789DC805c8235e67443120Cc9 (17-operator registry) ETH Mainnet Launch 15/09/2026
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 inside IBM Trusted Compute enclaves (IBM Z, LinuxONE) or AWS Nitro. 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.The 512P Protocol is not another PII in the traditional sense. It is a cryptographically derived identification anchor that can be associated with existing PII, providing a higher-assurance mechanism for linking records across systems while making identity fraud substantially more difficult.
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.
Sovereign government-grade genomic identification delivered as a self-contained algorithm module. Integrates directly into existing national bioinformatic pipelines and infrastructure without architectural changes.
The complete, production-ready national genomic identification platform. Includes all ARK512P capabilities plus laboratory integration, database architecture, automated pipelines, and deployment tooling.
Mutual non-disclosure agreement
Complete documentation provided
24-hour terms reviewed and signed
Synthetic data on your infrastructure
Annual license execution
Full specifications, pricing, and licensing terms are disclosed only after NDA execution.
| Capability | ARK512P | ARK512OPS |
|---|---|---|
| Core GIS Algorithm | ✓ | ✓ |
| Sub-Second Ingestion | ✓ | ✓ |
| CODIS/NDNAD/INTERPOL Compatibility | ✓ | ✓ |
| GIS Counter (Tamper-Evident) | ✓ | ✓ |
| GDSH Collision Resolution | ✓ | ✓ |
| Sovereign API Adapters (Oracle, IBM, Azure) | ✓ | ✓ |
| Government API Integration (G7 + KSA) | ✓ | ✓ |
| G7 Language Packs (EN, FR, DE, IT, JA, AR) | ✓ | ✓ |
| Drift-Tolerance Engine | ✓ | ✓ |
| Laboratory Integration (LabPak) | N/A | ✓ |
| Dual Database (SQLite + PostgreSQL) | N/A | ✓ |
| VCF Extraction Pipeline | N/A | ✓ |
| Quality Control Automation | N/A | ✓ |
| Docker/Kubernetes Deployment | N/A | ✓ |
| 149+ Test Validation Suite | N/A | ✓ |
| SPGG Benchmark Toolkit | N/A | ✓ |
| Monitoring Dashboard | N/A | ✓ |
| Source Code Escrow | N/A | ✓ |
| V2 Migration Bridge | N/A | ✓ |
| Evaluation Period | 24 hours | 24 hours |
ARK512P package surface: approximately 0.1 MB.
ARK512OPS package surface: approximately 0.2 MB, excluding sovereign logs, runtime data, archives, and database state.
Partner laboratories conducting DNA Test working in conjunction with sovereign nations for national identification, immigration, law enforcement, and forensic programs operate under the sovereign entity's license. No independent licensing fee applies to partner labs when performing work exclusively on behalf of the contracting sovereign.
Partner labs may not independently contract the system for non-sovereign commercial purposes. All lab operations conducted within the scope of a sovereign program are covered by the nation's license agreement.
Detailed partnership terms are articulated in the Sovereign License Agreement, available after NDA execution.
The evaluation license permits generation and testing of up to one million synthetic GIS identifiers. Infrastructure provisioning and hosting are the responsibility of the evaluating entity. The package auto-expires in 24 hours.
A dedicated Quick Evaluation License with specified conditions governs all evaluation activities. Available upon NDA execution.
| Resource | Evaluation / Testing (<1M) | Sovereign Deployment (1M+) |
|---|---|---|
| Operating System | Ubuntu 22.04+, RHEL 8+, Windows Server 2022, Windows 10/11 (dev) | Ubuntu 22.04+, RHEL 8+, Windows Server 2022 |
| CPU | 4+ cores | 8+ cores (16+ recommended) |
| RAM | 16 GB minimum (32 GB recommended) | 128 GB minimum (256 GB+ recommended) |
| Storage (GIS Registry) | ~10 GB per 100K subjects (NVMe recommended) | ~100 GB per 1M subjects (NVMe required) |
| Storage (WGS Cold Tier) | Optional | ~300 TB per 1M subjects (SAN/NAS) |
| Runtime | Python 3.11+, SQLite (included) | Python 3.11+, PostgreSQL 15+, Docker/K8s (optional) |
| Network | Air-gapped capable | Air-gapped capable |
| LLM API | Optional: synthetic data generation and automated test orchestration | Not required for sovereign operations |
Partner laboratories and sovereign evaluation teams may submit data through the encrypted SFTP portal. SHA-256 tokens required. Authorized operators only. Token distribution to unverified parties is prohibited.
Log In →Aveum Systems reserves all rights for GIS-anchored integration with next-generation authentication, financial authorization, and decentralized application frameworks.
GIS-anchored Secure Shell authentication
Genomic Single Sign-On across sovereign systems
Permissioned blockchain transaction verification
GIS identity layer for distributed applications
The following information is available only after execution of a mutual NDA:
To initiate the NDA process, [email protected]. Government email required.
Website & Terminal Access. This website and associated terminal interfaces are provided for informational purposes and authorized operator access only. All content, interfaces, and systems described herein are the proprietary property of AVEUM Systems. Unauthorized use, scraping, reproduction, or redistribution of any content is prohibited.
Authorized Access. SHA-256 tokens issued for the Secure Upload Station and Test Operators Control Panel are intended solely for verified, authorized individuals. Distribution of tokens to unverified third parties constitutes a violation of security protocols and the testing agreement.
Data Integrity. Any entity uploading data to the Aveum Bridge confirms that all WGS data complies with international bioethics standards and meets legal consent requirements for the originating jurisdiction.
Proprietary System. The GIS identification system and vault architecture represent the proprietary intellectual property of AVEUM Systems, protected under patent-pending protection. Access to this website does not confer any license to the associated patent claims, algorithms, or trade secrets.
Evaluation & Licensing Process. No licensing terms, pricing, fee structures, or technical specifications are disclosed publicly. Access to product documentation requires execution of a mutual NDA. Access to evaluation software requires subsequent signature of a 24-hour Evaluation License Agreement. Complete product specifications are available only post-NDA.
Sovereign Database Obligations. Each sovereign customer receives exclusive access to all files and databases pertinent to their deployment. The sovereign entity bears full operational responsibility and all licensing obligations with any third-party database provider used in their deployment infrastructure.
No Public Offer. Nothing on this website constitutes a public offer, solicitation, or invitation to contract. All engagements are initiated through direct sovereign government channels and are subject to AVEUM's sole discretion regarding eligibility.
Trademarks. AVEUM, AveumID, Absolute Identity, GIS, Global Identity System, LabPak, .Aveum, Aveum Ark, Extractor, ArkGIS 512+, and ArkGIS Full Platform (TM) are trademarks of AVEUM Systems.
A proprietary multi-family cryptographic cascade engineered for deterministic genomic identification at sovereign scale.
ACE: Core Processing Architecture
Primary Hash Family
First-stage identity derivation. Produces the foundational cryptographic anchor from structured genomic input.
Secondary Hash Family
Independent second-stage processing. Cross-validates primary output through an orthogonal cryptographic pathway.
Extended Hash Family
High-entropy 512-bit extended processing. Provides maximum cryptographic depth for sovereign-grade assurance.
Aveum Cascade Protocol
Multi-stage DNA Test sequential pipeline orchestrating all hash families into a unified derivation chain.
Multi-Channel Processing
Parallel independent channels ensuring no single cryptographic family constitutes a point of failure.
Safety Hash Integrity
Integrity verification layer confirming DNA Test deterministic consistency across all processing stages.
Genomic Duplicate Safety Hash
Population-scale collision resolution ensuring zero duplicate identifiers at any deployment scale.
Deterministic Sequencing
Guarantees identical GIS out for the same person, including known min/max DNA drift occurrences and degradation, across all deployments, hardware, and time.
Deterministic · Irreversible · Sovereign
The Aveum algorithm architecture employs three mathematically independent cryptographic families operating in a coordinated cascade. Each family processes genomic input through its own derivation pathway before the outputs converge through the Aveum Cascade Protocol (ACP) into a single, deterministic 15-character hexadecimal identifier.
This multi-family architecture eliminates single-algorithm dependency, ensuring that a theoretical compromise of any one cryptographic family does not affect the integrity of the system. Complete architecture and algorithm specifications are disclosed only under NDA.
Patent Pending
Processor names, order and functions have been altered on this site to protect confidential IP.
Engineering StandardsAveum GIS is the product of continuous, full-cycle development across cryptographic architecture, population-scale validation, and sovereign integration engineering.
| Continuous Development | 5+ years, multi-generation architecture |
| Cryptographic Primitives | Built on FIPS 140-3 validated modules |
| Information Security | Engineered to ISO 27001 principles |
| Quality Management | ISO 9001 process discipline |
| Validation Suite | 149/149 tests passing (full platform) |
| Intellectual Property | Patent pending protection |
| Funding | Privately funded. No government grants. No external dependencies. |
Complete technical specifications, algorithm documentation, licensing terms, and pricing are available only after execution of a mutual NDA.
Request NDA →Submitting an inquiry initiates the NDA process. A verifiable government or institutional email address is required. All inquiries are reviewed and responded to within 48 hours.
InquiryFive fields. That is all we need to start the conversation. Your information will never be disclosed to any third party, for any reason, under any circumstance.
LegalProprietary Technology. The Aveum algorithm architecture, including all named hash families (Aveum-256a, Aveum-256b, AveumSH-512), DNA Test processing protocols (ACP, MCP, SHI, GDSH, DS), and the GIS identification system, are proprietary technology protected under patent-pending protection. No license is granted by viewing this page.
No Public Disclosure. Algorithm specifications, implementation details, underlying cryptographic primitives, and source code are not disclosed publicly. All technical documentation is provided exclusively under executed NDA.
Trademarks. AVEUM, AveumID, GIS/Global Identity System, Aveum-256a, Aveum-256b, AveumSH-512, ACP, MCP, SHI, GDSH, DS, LabPak, .aveum, Aveum Ark, Sovereign Ark, and Ark512OPS are trademarks of AVEUM Systems.
Every biometric identity and identification system on earth is broken. Names are shared. Documents are forged. Databases are siloed. Backlogs stretch into years. People fall through the cracks, or worse, are caught in them. Aveum GIS replaces the weakest link in every one of these systems: the identifier itself. One Whole Genome Sequencing (WGS) sample, one AveumID, one digital ID for life.
| Problem | What Happens Today | Solved. |
|---|---|---|
| Identity Fraud | Stolen documents, synthetic identities, and forged credentials cost governments billions annually. Detection depends on manual review and pattern recognition. | A 15-hex genomic identifier cannot be stolen, forged, or transferred. Identity is derived from biology, not paper. One person, one identity, forever. |
| Wrongful Conviction | DNA evidence sits in backlogs for months or years. Exonerations depend on legal petitions and retesting cycles that can take a decade. | Sub-second GIS lookup against the national registry. If the crime-scene DNA does not match the convicted individual's GIS, the mismatch surfaces immediately. |
| Crime Scene ID | Forensic DNA processing takes weeks to months. CODIS searches are limited to existing offender profiles. Unknown subjects may never be identified. | Crime-scene DNA processed to GIS in under one second. Instant match against the entire national population, not just a subset of prior offenders. |
| Undocumented Migrants | Individuals perished at sea, rescued from open water, or intercepted at land borders carry no documents. Identity cannot be established. They enter the system as unknown, or are buried unnamed. | A cheek swab at point of contact, or a tissue sample from the deceased, generates a permanent GIS identifier on the spot. Identity is established at first encounter, even with no documents, no language, no cooperation, and even after death. |
| Same-Name Misidentification | Millions of people share common names. Wrong arrests, denied entry, blocked benefits, and frozen accounts happen daily because systems rely on name-matching. | GIS is derived from DNA, not name strings. Two people named "John Smith" produce two completely different 15-hex identifiers. Name collisions become irrelevant. |
| DNA Indexing Speed | National forensic databases take weeks, months, or years to process submissions. Some samples are never processed at all. | Ingestion throughput exceeds 650 subjects per second on a single node. An entire national backlog can be cleared in hours, not decades. |
| Human Error | Manual data entry, transcription mistakes, mislabeled samples, and clerical errors corrupt every identification system on earth. | Deterministic extraction. Same DNA in, same GIS out. No human transcription. No manual entry. The algorithm does not make mistakes. |
| Privacy Exposure | Current identity systems tie individuals to addresses, social security numbers, tax records, and medical data. Every breach exposes everything. | Zero-knowledge architecture. GIS contains no health data, no address, no SSN, no racial markers. The identifier reveals nothing about the individual except their uniqueness. |
| Voter Registration Fraud | Duplicate registrations, deceased voters on rolls, and identity fabrication undermine electoral integrity. Audits are slow and politically contentious. | One GIS per citizen. Duplicate registrations are mathematically impossible. A national voter roll anchored to genomic identity is immune to fabrication. |
| Census Accuracy | Census counts are estimated, disputed, and manipulated. Undercounts affect representation and funding. Overcounts inflate budgets. | Every individual counted exactly once. GIS deduplication guarantees a precise, auditable population figure with zero double-counting. |
| Birth Registration | Hospital identification relies on wristbands and visual matching. Swaps happen. In some nations, millions of births go unregistered entirely. | GIS generated from a newborn's DNA at birth. The identifier is permanent, cannot be swapped, and establishes legal identity from day one. |
| Family Reunification | Separated families at borders have no reliable way to prove kinship. Reunification depends on paperwork that may not exist. Wrongful deportations occur. | Kinship auditing from GIS identifiers. Parent-child and sibling relationships are cryptographically verifiable without exposing health data. Proof of family, not paperwork. |
| Fake Passports | Forged and fraudulently obtained travel documents circulate globally. Visual inspection and chip verification are insufficient against sophisticated forgeries. | Passport bound to GIS. The document is verified against the holder's genomic identity at the border. A forged passport fails the GIS check in under 3 milliseconds. |
| Siloed Databases | CODIS, NDNAD, FNAEG, and equivalent systems do not interoperate. Cross-border identification requires manual requests and diplomatic channels. | Sovereign API adapters provide one-click integration with all major national systems. Same GIS standard across all deployments enables instant cross-referencing under bilateral agreements. |
| Mass Disaster Identification | Plane crashes, earthquakes, floods, and terror attacks produce hundreds or thousands of unidentifiable remains. Families wait months or years. Traditional identification through dental records and fingerprints fails when remains are fragmented, burned, or decomposed beyond recognition. | DNA extracted from any tissue fragment is processed to GIS in under one second. Remains are matched to indexed populations instantly. Families receive confirmation in hours, not years. One bone fragment is enough. |
| Missing Persons | Over 600,000 people go missing annually in the US alone. Globally the figure is uncountable. Unidentified remains sit in morgues for decades. Cold cases are never resolved because there is no universal cross-reference between the missing and the found. | Every missing person reported with a GIS on file is searchable against every unidentified remain in the system. A match surfaces in under one second, whether the person disappeared yesterday or thirty years ago. |
| Post-Mortem Identification | Decomposed, skeletonized, or fragmentary remains cannot be identified by visual means. John and Jane Does are buried unnamed. Families never receive closure. Forensic anthropology backlogs stretch for years. | Bone, tooth, or tissue yields DNA. DNA yields GIS. GIS matches the national index. Identity is restored to the dead. No remains are too degraded, too old, or too fragmented. The algorithm does not need a face. |
| Perished at Sea | Thousands drown annually on migration routes across the Mediterranean, the Channel, and the Gulf of Aden. Bodies wash ashore unidentified. Mass graves hold the unnamed. Families across continents never learn what happened. | Tissue recovery from recovered remains produces a GIS identifier that persists permanently in the system. When a family member anywhere in the world provides a reference sample, kinship matching reunites the dead with their name. No body is forgotten. |
DNA is the only constant truth in human identity. It does not expire, cannot be forged, and never changes. Aveum Sovereign ArkGIS converts that truth into a deployable national infrastructure.
Deploy it or do not. Either way, every problem in the table above continues to cost your nation billions. The difference is trajectory.
| What You Get | Impact |
|---|---|
| Sub-second processing | Crime-scene to match in under 1 second. National backlogs cleared in hours. |
| Low sequencing thresholds | No full WGS required at the wetlab. Targeted panels meet minimum coverage specs. |
| WGS-compatible ingestion | Legacy DNA systems with existing WGS archives digitize directly into GIS through standard bioinformatic pipelines. Full backward compatibility. |
| Global or national scale | 335 million subjects on a single rack. Entire continental populations indexed on commodity hardware. |
| Fraction of storage cost | 120 GB of raw sequencing data compressed to a 15-character key. Data center footprint drops by orders of magnitude. |
| Massive CAPEX/OPEX savings | No cloud subscriptions. No per-query fees. No multi-year integration projects. One deployment, one annual license. |
The system pays for itself on installation. Every forensic backlog cleared, every duplicate registration eliminated, every fraudulent document caught, and every wrongful identification prevented is money your nation is already losing.
As Unique As Your DNA
Sovereign Identity · Digital Index of WGS Records on the Fly
Every major nation on earth is building DNA infrastructure right now. Billions in public funding. Millions of genomes. Multi-year national programs. The question is not whether genomic identification is coming. It is already here. The only question is whether your nation has the infrastructure to use it.
Budget: EUR 40M+ (Genomic Data Infrastructure project alone)
The EU 1+ Million Genomes (1+MG) initiative is the largest multinational genomic data infrastructure program in history. Signed by 25 EU member states plus the UK and Norway in 2018. The Genomic Data Infrastructure (GDI) project, co-funded under the Digital Europe Programme at EUR 40 million (November 2022 to October 2026), deploys 54 institutional partners across 20 countries. By 2026, 15 participating countries are expected to have operational national genomic infrastructure nodes. The Genome of Europe project launched in 2024 targets whole genome sequencing of over 100,000 citizens.
25+ countries · 54 institutional partners · EUR 40M GDI funding · 100,000+ WGS
digital-strategy.ec.europa.eu · gdi.onemilliongenomes.eu · b1mg-project.eu
Budget: GBP 62M initial + GBP 127.6M new facility (2023)
UK Biobank is the world's largest single-nation biomedical database, enrolling 500,000 volunteer participants between 2006 and 2010. In 2023, whole genome sequencing of all 500,000 participants was completed and released publicly, making it the largest WGS dataset ever produced. The resource now exceeds 30 petabytes of genomic, imaging, and health data. UK Biobank approved GBP 127.6 million in 2023 for a new state-of-the-art facility.
500,000 WGS completed · 30+ petabytes · GBP 127.6M facility investment
ukbiobank.ac.uk
Budget: Part of GBP 5B national R&D package
Genomics England, established in 2013 and wholly owned by the Department of Health and Social Care, executed the 100,000 Genomes Project, sequencing over 85,000 participants by December 2018. The project reported 18.5% clinically actionable findings. Now expanding via the Generation Study, which aims to sequence 100,000 newborn genomes. Operates within a broader GBP 5 billion government R&D investment package.
85,000+ genomes sequenced · 100,000 newborn target · GBP 5B R&D
genomicsengland.co.uk
Budget: Federal program (FBI administered)
CODIS is the backbone of forensic DNA identification in the United States and the largest operational forensic DNA database in the world. Over 14 million offender profiles, 4 million arrestee profiles, and 1 million forensic profiles. CODIS has aided more than 520,000 criminal investigations. The software is used by over 90 international laboratories across 50 countries. Since 2020, DHS has collected approximately 2.6 million immigration-related DNA profiles.
14M+ offender profiles · 4M+ arrestee · 520K+ investigations · 90 labs · 50 countries
fbi.gov/services/laboratory/biometric-analysis/codis
Budget: USD 130M (FY2016), USD 230M (FY2017), USD 290M (FY2018)
The All of Us Research Program, launched in 2015 under the Precision Medicine Initiative, is a National Institutes of Health effort to sequence and collect health data from 1 million or more participants. Approximately 297,549 volunteers enrolled. Over 80% from communities historically underrepresented in biomedical research. Published its first major genomic dataset in Nature in 2024.
~297,000 participants · 1M target · 80% underrepresented communities · USD 290M+/year
allofus.nih.gov
Budget: Multi-billion SAR national initiative
The Saudi Human Genome Program, launched in 2013 by KACST, aims to sequence the Saudi population at scale. Over 100,000 Saudi genomes sequenced as of 2024. SHGP operates under Saudi Vision 2030 as a strategic infrastructure investment in precision medicine and population health. Plans to expand sequencing to millions of citizens with heavy investment in sequencing facilities and bioinformatics centers.
100,000+ genomes · Saudi Vision 2030 · National reference database
shgp.kacst.edu.sa · vision2030.gov.sa
Budget: EUR 670M national plan
France launched the Plan France Medecine Genomique 2025 in 2016 with a EUR 670 million budget, one of the largest single-country genomic medicine investments in Europe. The plan calls for 12 high-throughput sequencing platforms distributed nationally, with a target of 235,000 whole genome sequences per year. Two pilot platforms (SeqOIA in Paris and AURAGEN in Lyon) operational by 2020.
EUR 670M · 12 sequencing platforms · 235,000 WGS/year target
pfmg2025.aviesan.fr
Budget: JPY 10B+ (ToMMo alone)
Japan operates two major population genomic programs. ToMMo, established in 2012, has enrolled over 150,000 participants and completed WGS of more than 50,000 at 30x coverage. BioBank Japan, initiated in 2003, has collected DNA and clinical data from over 260,000 patients across 51 diseases. Together, these provide Japan with the most comprehensive Asian genomic reference infrastructure in existence.
150,000 ToMMo participants · 50,000+ WGS · 260,000 BioBank Japan patients
megabank.tohoku.ac.jp · biobankjp.org
Budget: Federal initiative (Bundesministerium fur Gesundheit)
Germany launched genomDE as its national strategy for integrating genomic medicine into the healthcare system. The initiative coordinates sequencing centers, bioinformatics infrastructure, and clinical genomics across 16 federal states. Germany participates as a core node in the EU GDI project. The Federal Ministry of Health committed to building national-scale sequencing capacity aligned with the EU 1+MG initiative.
16 federal states coordinated · EU GDI core node · National sequencing capacity
genomde.de
Budget: EUR 200M+ national investment
Italy has invested over EUR 200 million in genomic medicine infrastructure. Italy participates in the EU 1+MG initiative and serves as a node in the GDI project. Italian hospitals and research institutions have sequenced tens of thousands of genomes across rare disease and oncology programs. The Italian National Health Service is integrating genomic data into clinical pathways.
EUR 200M+ · EU 1+MG participant · National clinical genomic integration
salute.gov.it
Budget: CAD 1.6B+ cumulative federal investment
Genome Canada, established in 2000, has channeled over CAD 1.6 billion in federal funding into genomics research and infrastructure across the country. Six regional genome centers fund large-scale sequencing projects. The All For One (AFO) health initiative aims to build a pan-Canadian genomic data infrastructure for precision health. Provincial programs in BC, Ontario, and Quebec complement federal investments.
CAD 1.6B+ cumulative · 6 regional genome centers · Pan-Canadian infrastructure
genomecanada.ca
Budget: Multi-billion sovereign genomics investment across GCC programs
Across the Gulf Cooperation Council, national genome initiatives are scaling population sequencing, precision medicine infrastructure, and sovereign reference databases. These programs are building regional sequencing capacity, bioinformatics centers, and long-horizon public health datasets designed for national deployment.
Population-scale sequencing · Regional genomics hubs · Sovereign reference databases
Combined public investment across these programs
Millions of genomes are being sequenced. Petabytes of data are being generated. All of these programs face the same problem: how to turn terabytes of raw sequencing data into a deployable, searchable, sovereign system.
That is what Aveum GIS does. One Extraction. One Identifier. Sub-second. At National Scale.
The World is Moving.
If you are considering working with us, please contact us at [email protected] or use the channels below.
Aveum reviews inquiries related to sovereign deployment, controlled evaluation, laboratory access, institutional engagement, and collaboration.
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