Uniki Trust Fabric
Cryptographic Sovereignty for Autonomous Agents Identity
The absolute zero-trust proof of identity for the autonomous AI era. Uniki means absolute proof of existence.
The Mission
Edge-first cryptographic authorization for sovereign AI adoption at scale.
The Value
We provide absolute proof of machine identity. No deepfake or rogue agent can execute a transaction without our hardware-bound chain of custody.
Part 1: The Crisis
The Identity Inversion:
We are entering an era where autonomous AI agents outnumber humans 144 to 1. Enterprise boards must lock the perimeter before the agentic explosion.
10,000 Employees
Generate ~50,000 Daily Authentication Events. Easily handled by Okta/ForgeRock — predictable and linear.
1,440,000 Autonomous Agents
Act on behalf of humans, generating 50,000,000+ Daily Micro-Transactions. Traditional IAM creates catastrophic network bottlenecks and massive per-API cost overruns.
The Compliance Trap: How do you cryptographically sign and verify 50 million transactions a day without grinding the enterprise network to a halt?
The Verification Void
If an AI agent can execute a transaction, it is the most powerful employee in your company. Most enterprises treat these agents like unmanaged software, creating a major liability.
Legacy Failure
Your security team is blind at runtime. Identity systems check IDs at the front door, but they cannot see what happens inside the network.
The Drift Problem
A hijacked AI agent is an invisible insider threat. If an AI container mutates or is compromised after login, legacy security never sees it.
Quantum Liability
Your data is already being harvested. Data stored today is vulnerable to "Harvest Now, Decrypt Later" (HNDL) attacks.
Part 2: Why We Need A Solution Now
Deep Sovereignty &
The Regulatory Mandates
Sovereignty is a non-negotiable regulatory barrier. Top-tier global banking institutions and national defense infrastructures are legally paralyzed from deploying autonomous workflows on standard borderless cloud architectures. Mandates like EU DORA (2025) require proven multi-cloud ICT operational resilience; SAMA (Saudi Central Bank) and NCA protocols strictly forbid cryptographic master keys and high-value transactional payloads from crossing regional sovereign borders; and APRA CPS 234 demands physical, hardware-anchored asset custody. Uniki provides the physical fail-closed perimeter that legalizes these deployments.
Regulatory Framework Alignments
- EU DORA (Regulation EU 2022/2554)Direct compliance enforcement for multi-cloud ICT resilience.
- SAMA CSF & NCA MandatesHardware-backed cryptographic containment within regional geographical borders for critical financial infrastructure.
- APRA CPS 234 & ASD Essential EightLocalized sovereign cryptographic asset custodianship.
Cryptographic Specifications Referenced
- NIST SP 800-207 (Zero Trust Architecture Compliance)
- FIPS 140-3 Cryptographic Module Boundaries
- FIPS 204 Module-Lattice-Based Digital Signature Standard
- Confidential Computing Consortium (TEE Standards)
The Mission
Why We Are Building
The Uniki Trust Fabric
The explosive shift from human users to autonomous machine agents has fractured standard software-layer identity structures. Traditional identity providers only authenticate the front door; they are blind at runtime, allowing hijacked tokens to execute lateral attacks across unverified infrastructure zones. We are building the physical fail-closed perimeter to secure the next generation of sovereign infrastructure.
Part 3: The Solution
The Hardware-Anchored Execution Layer
Uniki is a zero-dependency sidecar daemon. We don't replace your infrastructure; we supply the sovereign brain while your cloud provider supplies the pipe.
Where Does Uniki Actually Run?
Uniki is not a data store — it is a cryptographic tollbooth. Data Sovereignty: In Use, At Rest, In Motion.
01The Execution Vault
Runs inside a Confidential Virtual Machine (CVM) in a local, geo-fenced data center. Executes inside the CPU's Hardware-Encrypted RAM (AMD SEV-SNP or Intel TDX), completely invisible to the hypervisor OS above it.
02Active Transaction Data
Exists only in physical memory for <1ms during signing. Never written to disk unencrypted.
03Cryptographic Master Keys
Sealed inside localized vTPM/KMS. Bound to the local hardware chip and cannot be extracted offshore.
04The Audit Ledger
Append-only ledger locked to geo-restricted Block Storage. Uniki signs the receipt and passes the payload to the bank's existing sovereign databases.
The Triple Constraints
of Agentic AI Infrastructure
Absolute Sovereignty
Enforcing local physical execution boundaries to protect payload and cryptographic integrity directly on host silicon.
Sub-Millisecond Latency
Processing authorization at the edge without the network bottlenecks or round-trips of centralized IAM lookups.
Zero Egress Cost
Eliminating per-transaction cloud provider API call fees via localized cryptographic signing.
Deepfake & Synthetic Threat Resistance
Anchors sovereign AI workload execution to physical human biometrics via FIDO2/WebAuthn gates.
Kernel Telemetry & Threat Drift Kill-Switch
Continuous monitoring of the container DNA; if a workload attempts unauthorized migration or modification, a 14-second kernel kill-switch severs network routing instantly.
Quantum-Resistant Outbound Transit
All outbound transactional payloads are signed natively with NIST FIPS 204 (ML-DSA) lattice-based algorithms, eliminating "Harvest Now, Decrypt Later" exposure.
Part 4: The Competitive Edge & Hyperscaler Symbiosis
The Competitive Landscape
Why the market cannot solve the agentic inversion with existing tools.
| Competitor | Approach | Weakness | Uniki Advantage |
|---|---|---|---|
Legacy IAM Okta, ForgeRock | Software-based Bearer Tokens | Vulnerable to memory theft; network latency breaks at 500:1 scaling. | Wraps their stack, upgrading existing tokens into unforgeable assets with zero latency. |
Native Hyperscalers AWS Nitro, GCP Space | Proprietary Hardware | Creates vendor lock-in. | Universal abstraction daemon — cloud-agnostic by design. |
Emerging NHI Startups Oasis, Aembit | API Key Vaults | Manages keys, but cannot bind execution to the physical sovereign edge (no hardware root of trust). | Anchors execution directly to local vTPM. True data sovereignty, not key management theatre. |
Hardened Hyperscaler Symbiosis:
Not Competition, An Integration Layer
Uniki does not replace existing cloud providers; it acts as a zero-dependency sidecar daemon that wraps their native hardware primitives to deliver payload-level execution sovereignty.
Engineered for GCP Confidential Space
The Uniki sidecar mounts directly onto Google Cloud Confidential VMs, executing completely inside the CPU's Hardware-Encrypted RAM (utilizing AMD SEV-SNP or Intel TDX).
By querying local hardware endorsement keys via /dev/tpmrm0, Uniki mathematically guarantees that transaction keys and financial payloads remain restricted to designated local geo-fenced zones (e.g., Melbourne/Riyadh) and remain completely invisible to the host hypervisor OS or third-party cloud administrators.
Universal Cloud-Agnostic Abstraction
Modern sovereign data laws legally forbid financial entities from risking single-cloud lock-in. Uniki serves as the universal translation layer across heterogeneous hardware environments, providing a single cryptographic token that works identically across any jurisdiction.
Zero-Rewrite Integration: This cloud-agnostic abstraction is the key to massively faster deployments. Because Uniki operates as a standardized localhost daemon, your developers don't have to rewrite their applications in C or Rust for specific native enclaves. A single localhost socket call from Python is all it takes to bind your workload to local bare-metal hardware.
AWS Nitro Enclaves
Hooking directly into the native Nitro Attestation Document.
GCP Confidential Space
Intercepting and binding states via Shielded vTPM.
Azure Confidential Computing
Anchoring to native vTPM attestation environments.
Sovereign On-Premise Servers
Binding directly to bare-metal hardware security modules.
Part 5: Enterprise Traction & Milestones
Uniki's Current Status
Current Operational Stage
- 2 patents already submitted
- POC stage