Verifiable security infrastructure
Provable security for AI and critical software.
IronProof is the proof layer for high-trust organizations deploying AI agents, AI-generated code, and modernized software. We verify what systems are allowed to do, prove whether violations are possible, and seal the result as portable evidence.
IronProof moves organizations from “probably secure” to “provably secure.”
- Scope
- defined input space
- Rule set
- policy-v3.2
- Result
- no violation found
- Sealing
- post-quantum signature
- Verifier
- offline / public key
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Independently verifiable, even offline — without trusting the original system.
The problem
AI is acting faster than organizations can verify.
AI agents now touch workflows involving approvals, refunds, permissions, customer records, code changes, and regulated decisions. Traditional audits, logs, and policy documents cannot prove whether a system can violate a rule before it acts.
AI is becoming operational
AI agents now approve, refund, credit, discount, transfer, modify records, change permissions, trigger workflows, and write code — not just answer questions.
Logs and policies are not enough
Most governance tools observe, log, score, or review after the fact. They do not prove whether a system can violate a rule before it acts.
Modernization widens the gap
Organizations are accepting AI-generated code into production faster than they can verify it. Software is moving faster than trust can be checked.
The solution
IronProof turns trust into evidence.
When something fails, IronProof produces a counterexample showing the risk. When something passes, it issues a signed proof artifact that can be verified later — independently, and offline.
Define the rules
Encode the security, compliance, and governance rules an AI system or piece of software must never violate.
Verify the behavior
IronProof checks whether the software or AI action can violate those rules — mathematically, over the defined input space.
Receive the evidence
A counterexample when a violation is possible. A signed proof artifact, certificate, or receipt when it isn't.
Rules
Security, compliance & governance constraints
Verification
Checked over the defined input space
Violation possible
Counterexample
No violation found
Sealed proof artifact
Most cybersecurity tools say: “We looked at the system and it seems safe.”
IronProof says: “Here are the rules. Here is the proof that the system cannot break them within this scope. And here is a sealed receipt you can verify later.”
Product
One proof engine. Multiple high-trust use cases.
Software modernization
IronProof Cobalt
Verifies migrated, refactored, or AI-generated code and produces proof artifacts when the code meets defined properties.
- Legacy modernization
- AI-generated code review
- Regulated software changes
- High-risk refactoring
- Security-sensitive code paths
AI agent governance
IronProof VERDICT
Verifies high-risk AI agent actions before execution, checks them against governance rules, and creates sealed evidence of what was allowed, denied, or proven safe.
- AI agents in regulated workflows
- Approvals, refunds, credits, transfers
- Policy enforcement
- Audit trails
- Enterprise AI governance
Proof infrastructure
IronProof Core
The underlying proof engine. Transforms policies, constraints, code behavior, and action rules into machine-checkable verification logic.
- Policy-to-machine-checkable controls
- Formal verification engine
- Powers Cobalt and VERDICT
- Sealed, portable proof artifacts
- Offline, independently verifiable
Sovereignty
Built for sovereign and air-gapped environments.
IronProof is designed for institutions that cannot send sensitive systems, code, data, or decisions into uncontrolled environments. Proof artifacts can be sealed and independently verified without relying on the original system.
Sécurité vérifiable pour l’IA et les logiciels.
Post-quantum sealing
Proof artifacts are sealed using post-quantum cryptographic principles — future-resistant evidence.
Offline verification
A verifier can check the proof artifact later using public keys only, without access to the original system.
Sovereign deployment
Sovereign, local, private, and compatible with air-gapped or high-control environments.
Use cases
Where proof matters most.
Built for
High-trust institutions where “trust me” is not enough.
Proof, not promises
Evidence you can independently verify.
3
CVEs assigned
0
False positives proven
100%
Mathematical verification over defined input space
PQ
Post-quantum sealed proof artifacts
0
Vendor access required for offline verification
CA
Sovereign Canadian deployment posture
In a world of AI uncertainty
IronProof gives institutions something rare: evidence.
IronProof is not selling trust. IronProof is selling proof.