The layer institutions have been operating without.
Audit reports confirm that a process was completed. They do not confirm that the claim is true. Certisyn is the deterministic verification layer that closes that gap — producing bounded, auditable, cryptographically sealed outputs that travel with the claim across organisations and contexts.
Serving institutional decision-makers across private equity, defence TPRM, mortgage lending, M&A, and enterprise procurement.
A trust artifact is not proof
that a claim is true.
Every institutional verification system in current use is designed around process completion. The artifact — the audit report, the compliance certificate, the AI-generated analysis — becomes the object of trust. The underlying condition it purports to represent goes unverified.
Audit Reports
Confirm the auditor followed professional standards. Do not independently confirm that the balance sheet reflects reality.
Compliance Certifications
Confirm an assessment process was completed. Do not confirm the controls described are operational.
AI-Generated Analysis
Confirm a language model processed available documents. Do not confirm conclusions are correct. Introduce a new failure class through probabilistic outputs.
Cryptographic Vulnerability
Verification artifacts built on current cryptographic standards face obsolescence as quantum computing capabilities approach operational thresholds.
Deeply protected architecture.
Certisyn's architecture is protected by a substantial USPTO patent estate covering deterministic computation, cryptographic derivation, contradiction detection, bounded disclosure, and post-quantum migration. Several of the core families are under Track One expedited examination.
A single, deterministic result.
Certisyn produces a Verification Attestation Object — a cryptographically sealed output that encapsulates the confidence value, the derivation chain, the policy version reference, and the lifecycle state. Institutions do not need to trust the process. They can inspect it.
Bounded
Does not approximate. The output is a computed value within defined limits.
Auditable
The derivation chain is complete. Every input, weight, and computation is traceable.
Portable
Travels with the claim across organisations, contexts, and jurisdictions.
Version-Bound
Tied to the policy parameters under which it was computed. Immutable after sealing.
PQC-Ready
Post-quantum cryptographic migration path built into the attestation protocol.
Built. Deployed. Processing.
Certisyn is not a concept or a roadmap. The platform is live with multi-tenant architecture, role-based access across 18 roles, a deterministic computation engine, and a production API serving institutional verification workflows.
Five computation layers.
One deterministic output.
One verification spine. Zero AI in the loop.
Every verification runs through Certisyn RC — pure mathematical computation with fixed-point decimal arithmetic. Identical inputs produce identical outputs. Full derivation chain. Cryptographic proof at every step.
Every component named, deployed, and patent-protected.
Access technical documentation. No spam — just the document you requested.
Five deterministic states.
No ambiguity. No interpretation. Each state is computed, not assigned.
What institutions receive.
Four certificate tiers — from Standard Verification through Institutional Reliance — each cryptographically signed and bound to the policy version under which the verification was computed.
Start with full platform access. Zero cost. We earn when you earn.
No subscription. No feature gates. No trial clock. Your billing activates only when our infrastructure drives revenue into your business.
Get StartedThe verification problem is structural. The response must be architectural.
The inadequacy is definitional.
Technology has been applied to verification inefficiency in two ways. Workflow automation makes process completion faster and more consistent. AI-assisted summarisation reduces analyst time on evidence review. Neither addresses the structural problem.
Workflow automation does not introduce determinism, reproducibility, or traceable derivation chains. AI summarisation does not establish that the conclusion is correct, and introduces a new failure class through probabilistic outputs with no derivation chains.
The inadequacy is not technical. It is definitional. These approaches do not define what a claim is, what evidence supports it, how confidence is computed from that evidence, or how contradictions are surfaced and recorded. Without those definitions, no tool produces outputs that meet the standard of determinism and auditability that institutional-grade verification requires.
Above the document layer.
AI document intelligence finds answers faster. Certisyn proves the answer is correct, reproducible, and institutionally portable. These are not competing products. They are different layers.
Certisyn sits between institutions and the claims they must rely on. Evidence enters the system. It is normalised, reconciled, and processed under a defined policy version. The output is a confidence value with a complete derivation chain — bounded, auditable, and portable across the organisations and contexts that must rely on it.
The output does not change based on who requests it. It does not shift based on context or interpretation. It is deterministic. That is the point.
Forensics, summarisation, sealing, and DDG
inside one patented compute spine.
Most of the adjacent market is a stack of single-purpose tools bolted together — a forensics vendor, an AI summarisation layer, a separate sealing or notarisation service, and a due-diligence workflow tool somewhere downstream. Each seam is a place where provenance, policy, and determinism are lost.
Certisyn collapses that stack. Claim-level forensic examination, AI-assisted analyst summarisation, cryptographic sealing of the derivation chain, and structured due-diligence grading all run inside a single compute spine, under one policy artifact version, against the same evidence set. The output is one deterministic record — not four reconciled outputs from four vendors.
Partners who already perform due diligence in-house — law firms, boutique advisories, sell-side desks — can consume the same spine through a branded partner console rather than the API. The console delivers the verification artefacts, derivation chain, and certificate tier directly into their existing workflow, with their mark on the record. The engine is shared; the delivery surface is theirs.
Verification infrastructure must outlast
the cryptography it was built on.
Verification attestations are institutional records with multi-year reliance horizons. If the cryptographic foundation of a verification output can be compromised by emerging compute capabilities, the output loses institutional value retroactively.
Certisyn's attestation protocol includes a post-quantum cryptographic migration path. Dual-signature architecture supports FIPS 204 and CNSA 2.0 standards with explicit migration state management — ensuring attestation integrity across the transition from current to post-quantum cryptographic regimes.
The verification gap appears wherever institutions act on claims.
26 verticals configured. The infrastructure is the same. The policy parameters, claim taxonomies, and evidence schemas are domain-specific.
Where the gap is most acute.
Private Equity Diligence
The verification layer above document intelligence. Fund managers act on claims portfolio companies make — financial, operational, commercial. AI tools accelerate extraction. They do not verify. Certisyn produces a verification output that travels with the investment record. The derivation chain is complete.
Enterprise Counterparty Risk
Counterparty assessments expire. They are not updated. When a relationship is reviewed, the reliance chain is absent. Certisyn provides a portable verification output tied to a point-in-time policy version. The assessment travels with the counterparty record.
Defence Supply Chain (TPRM)
DFARS and CMMC compliance requires verification outputs that hold under audit scrutiny. Merkle-bundle verification architecture produces cryptographically sealed supply chain attestations across multi-tier vendor relationships.
Regulated Financial Institutions
KYC, AML, and counterparty verification obligations require outputs that are defensible — not just complete. Certisyn's output is deterministic, auditable, and version-bound to the policy in effect at the point of computation.
Same infrastructure.
Different policy, taxonomy, evidence.
The compute spine is the same across every vertical. What changes is the policy artifact version, the claim taxonomy, the evidence schema, and the certificate tier thresholds — all configured declaratively, not rebuilt per industry. Below is how the infrastructure lands across representative domains.
M&A / Transaction Diligence
Corporate-structure claims, key-personnel continuity, disclosed liabilities, and material-contract representations — all bound to a point-in-time policy artifact so the verification output survives the transaction closing and travels into the post-close record.
Lending & Credit Origination
Borrower financial claims, collateral existence, covenant compliance, and UBO disclosures reconciled under a single derivation chain. Output is portable to loan participants and secondary-market buyers without re-diligence.
Insurance Underwriting & Claims
Risk-factor disclosures at underwriting and loss-event claims at settlement both produce deterministic verification outputs. Reduces post-bind surprise and speeds reinsurance cession packages.
Cyber Posture Attestation
Control-inheritance claims from vendors, continuous posture telemetry, and incident disclosure histories verified against policy. Bastion AAA+ scan output is a first-class evidence artefact inside the same spine.
ESG & Sustainability
Scope-1/2/3 emissions claims, supply-chain labour attestations, and taxonomy-aligned activity classifications. Deterministic output is defensible under CSRD and emerging assurance regimes.
Defence & Government Procurement
DFARS and CMMC compliance attestations. Vendor financial viability, export-control claims, and supply-chain ancestry sealed in a Merkle-bundle architecture that holds under contracting-officer scrutiny.
Healthcare & Life Sciences
Clinical-site credentialing, trial-data provenance, and regulated-supplier attestations under a policy version that captures the protocol and standard-of-care in effect at the time of record.
Digital Assets & Custody
Proof-of-reserve claims, wallet-control attestations, counterparty exposure disclosures — verified under policy and cryptographically sealed with post-quantum migration paths already in the architecture.
Audit & Assurance
Management-representation claims, subsequent-event disclosures, and third-party confirmation artefacts run through the same spine auditors already use for evidence review — with the verification output replacing the workpaper narrative.
Supply-Chain Provenance
Country-of-origin, chain-of-custody, and restricted-party-list claims verified at each tier. The derivation chain survives hand-offs across customs, freight, and warehouse intermediaries.
Legal Practice & Dispute Evidence
Discovery-set provenance, deponent-claim reconciliation, and expert-report evidence chains sealed under policy — producing outputs that are admissible-grade and tamper-evident.
Private Credit & Secondary Markets
Borrower-performance claims, covenant observations, and portfolio-NAV inputs verified for LP reporting. Deterministic outputs reduce re-underwriting cost on secondary transfers.
The remaining verticals — among them real estate, art-market provenance, AI-model attestation, blockchain-bridge claims, telecom-spectrum, manufacturing, pharma authenticity, food & beverage origin, sport integrity, media-provenance, education credentialing, and energy trading — run on the same spine with policy artifacts configured to the domain. Twenty-six are live today; the architecture scales on configuration, not code.
Certisyn, Inc. is a Delaware corporation building verification infrastructure for institutional reliance.
Dr Joel Hillier
Dr Joel Hillier founded Certisyn to address a structural failure in the institutional decision-making stack — the absence of a deterministic, auditable verification layer between institutions and the claims they act on.
The failure is documented across financial services, regulatory technology, digital assets, banking, legal practice, and cryptocurrency infrastructure — and in each case produces the same result: a claim is made, a process is completed to verify it, an artifact is produced documenting that process, and the artifact is treated as equivalent to the verified condition.
Certisyn's architecture, methodology, patent estate, and production platform were developed to meet the evidentiary standard that institutional reliance actually requires — not process completion, but verified truth with a complete and inspectable derivation chain.
Five conditions have converged.
AI Acceleration
AI document intelligence tools have accelerated the research process — and simultaneously created a new class of trust artifact failure through probabilistic outputs with no derivation chains.
Regulatory Pressure
DORA, CSRD, continuous KYB, and DFARS/CMMC requirements are creating regulatory mandates for traceable, auditable verification outputs across financial services, procurement, and cross-border trade.
Post-Quantum Threat
Quantum computing capabilities are approaching operational thresholds. Verification artifacts built on current cryptographic standards face retroactive invalidation. The infrastructure layer must be quantum-resilient from inception.
Institutional Movement
The private markets AI diligence segment is active and well-funded. The infrastructure capability gap — determinism, reproducibility, portable attestation — is visible and unoccupied.
Compute Convergence
Classical, quantum, and AI compute are converging. Verification infrastructure must operate across all three paradigms — including non-terrestrial compute environments where jurisdictional boundaries are undefined and latency constraints require autonomous verification.
Technology and infrastructure.
Certisyn is a technology and infrastructure company. It is not a consultancy, advisory firm, or managed service provider. The company builds and operates the verification computation layer that institutions rely on to confirm that the claims they act on are true.
The infrastructure is built and operating. The question is no longer whether a verification computation layer is required — it is which institutions choose to rely on the one that exists.
Full platform access.
Zero cost.
We earn when you earn.
Certisyn's entire verification infrastructure — 26 verticals, a deep claim library, an autonomous workforce running operations around the clock, and institutional-grade attestation — is yours from day one. No subscription. No feature gates. No trial clock. You pay nothing until our platform drives verifiable revenue into your business. Then we share in what we helped create.
Four phases. Observable triggers.
No arbitrary timelines.
Your billing activates when you succeed — not when a calendar says so. Each transition is triggered by measurable outcomes, not sales pressure.
Complete platform stack provisioned on onboarding. Verification engine across 26 verticals with a deep claim library. AI proposal engine. Co-branded deliverables. Security assessment suite. Compliance chain. API access. GTM toolkit with cross-platform integrations for the modern partner stack.
The moment you deliver a sealed verification to your client, Certisyn becomes part of your professional deliverable chain. We begin collecting operating telemetry to calibrate your billing — claim types, evidence tiers, vertical distribution, pipeline velocity. Still zero cost.
Once a deal closes with Certisyn in the deliverable chain, the deal-level origination split applies. Flat splits, no time decay. Certisyn earns nothing unless you do.
As your contact graph expands past the Founder tier (2,000 contacts), a volume-tiered platform subscription applies for continued full-platform access. Deal-level splits are unchanged — 70 / 60 / 50 still apply on every closed deal.
Ten revenue layers. All available from day one.
Each layer activates independently as your practice matures. You do not subscribe to a bundle — you expand through a surface area that grows with your business.
For consulting & advisory firms
Deploy institutional-grade verification into your client advisory practice. Differentiate with cryptographically sealed attestation that no competitor can replicate. Accelerate deal cycles with third-party validated claims.
For PE & VC funds
Verify portfolio company claims at diligence speed. Continuous monitoring of key assertions post-investment. Structured evidence for investment committees, LPs, and regulatory reporting.
For cybersecurity & TPRM firms
Add verification infrastructure to your third-party risk management offering. Validate vendor security claims against evidence. Bastion-grade assessment integrated into your deliverable chain.
For mortgage & lending institutions
Verify borrower and vendor claims against system-of-record evidence. Accelerate underwriting with deterministic confidence scoring. Reduce manual diligence overhead by orders of magnitude.
Your first verification is live within 48 hours.
Initiate a conversation.
Institutional Enquiries
For organisations operating at the PE diligence layer, enterprise counterparty risk, defence supply chain verification, or regulated compliance infrastructure.
Platform Access
Certisyn is currently engaging design partners and institutional prospects. Request platform access by contacting us directly.
Partners receive full platform access from day one, including proof-of-concept verification covering 3–5 entities within your existing counterparty portfolio. Billing activates only when Certisyn drives verifiable revenue into your business.
Delaware, United States
Verification Infrastructure