1. You describe the decision
Send the actor and action context, the policy reference, and the constraints that apply for this specific run.
For investors
Proof-backed trust for the post-quantum era
AffixIO is stateless verification infrastructure: signed allow or deny outcomes with cryptographic proof, built for agentic payments, eligibility programmes, and offline terminals. Proofs are designed for long audit horizons, with post-quantum cryptography (PQC) ready signing as industry standards mature. Nothing is stored as a standing identity database at the verifier.
Request in
Allow or Deny
PQC-ready proof out
0PII at verifier
PQCPost-quantum ready
ZKEligibility proofs
M2MAgentic payments
Stateless No standing user database at the verifier.
Agentic Payment permissioning for AI and M2M.
Offline Proof at the terminal, reconcile later.
Post-quantum PQC-ready proofs for long-lived records.
How AffixIO works (high level)
AffixIO sits between the system that requests a trust decision and the system that executes an action. Each request receives a signed allow or deny outcome plus a proof that can be validated later.
2. AffixIO verifies the facts
AffixIO evaluates rules and trusted signals, designed to minimize what is stored and for how long, while producing a verification record suitable for audit and replay workflows.
3. You receive allow or deny + proof
The output is explicit and audit ready. It includes a cryptographic proof-backed verification record your systems can file and validate later.
Stateless by design
Verification outputs are produced without turning the verifier into a standing database of personal data. This helps security and privacy teams keep clear boundaries between request processing and long-term identity storage.
Proof backed outcomes
Instead of relying only on server logs, AffixIO produces a verification record that downstream systems can use for audit, replay, and dispute resolution workflows.
Investors evaluate AffixIO on trust engineering
AffixIO targets the gap between decision automation and verifiable evidence. When agents and enterprise workflows execute actions, teams need an explicit, machine-verifiable YES or NO with proof.
Agentic payments control plane
Permission and trust decisions for AI agents, merchant systems, and payment infrastructure. Actions proceed only when a decision output permits them.
Eligibility verification API
Binary eligibility decisions with audit ready evidence for programmes and access checks, including offline or intermittent connectivity scenarios.
Offline-first deployment
Designed to support environments where connectivity drops, while keeping decision artifacts and reconciliation behavior predictable.
Post-quantum cryptography (PQC)
Proofs and audit records can follow quantum-resistant signing as NIST post-quantum standards land. Relevant for banks, government, and any programme that must defend signatures for years.
Integration boundaries
AffixIO is intended to be embedded as a verification layer. Your payment, identity, and case-management systems keep their roles while receiving decision outputs and proof evidence from AffixIO.
Compliance and security posture
Teams can evaluate privacy boundaries, evidence and audit flows, and operational integration patterns. AffixIO aims to keep the verifier stateless to reduce data silo risk.
- Data minimisation at request processing time.
- Proof backed decision records with post-quantum ready signing paths.
- Clear separation from money movement and long-term identity storage.
Explore further
Investor diligence often starts with these technical and product pages.
Investor evaluation checklist
Use this list to guide technical and diligence conversations with security, risk, and engineering stakeholders.
Evidence quality
Confirm outputs include proof records that can be validated independently and retained for audit workflows.
Post-quantum (PQC) readiness
Review how signed proofs and audit artefacts align with post-quantum cryptography roadmaps and NIST migration timelines.
Privacy boundaries
Assess what the verifier does and does not store over time, and how request data is minimized.
Deployment behavior
Validate offline or intermittent connectivity behavior, including reconciliation expectations for downstream systems.
Integration ergonomics
Evaluate SDK and API surface: versioning clarity, deterministic request-response behavior, and straightforward audit metadata handling.
Operational controls
Review rate-limits, abuse prevention, environment separation, and how teams manage policy changes.
Team and roadmap
Align product roadmap with the trust needs of agentic payments, eligibility verification, and privacy-first deployments.
Frequently asked questions
Answers at a high level for investors and security stakeholders.
How does AffixIO work at a high level?
AffixIO evaluates each verification request against policy and trusted signals, then returns a signed allow or deny outcome together with a verification record that can be audited later. The verifier is designed to avoid a standing PII store.
What kinds of decisions does AffixIO support?
AffixIO supports eligibility verification, agentic payment permissioning, and other yes-or-no trust decisions. It is intended to be a reusable verification layer across multiple products and deployment modes.
Does AffixIO support offline or disconnected workflows?
Yes. AffixIO is built for offline-first and intermittent connectivity. The system can issue verification artifacts that downstream systems can validate locally, with reconciliation when connectivity returns.
How is this different from a traditional verification database?
Instead of storing long-term identity profiles or raw request content at the verifier, AffixIO focuses on producing decision outputs and proof-backed verification records. This supports auditability without turning the verifier into a new data silo.
How do teams evaluate AffixIO for compliance and security?
Teams typically evaluate the privacy model, proof and audit evidence, deployment boundaries, and integration behavior. AffixIO provides documentation and onboarding support so security and risk teams can map the layer into their existing controls.
What is AffixIO's post-quantum cryptography (PQC) position?
Large-scale quantum computers could break classical signatures on proofs stored for years. AffixIO is post-quantum ready at the proof layer: verification artefacts can use quantum-resistant signing aligned with NIST post-quantum standards and enterprise key management. Public context is on the government digital identity pages and in investor materials. Algorithm detail is covered in technical diligence.