Use Cases
Consumer
Keyless authentication for apps and e-commerce with zero OTPs or codes.
Recover and access wallets without seed phrases using ephemeral proofs.
Grant temporary, scoped access to accounts and subscriptions without sharing credentials.
Regain access from any device without backup emails, SMS, or authenticator apps.
Consumer Case Studies
- Improved employee productivity by reducing login times and eliminating the hassle of MFA/2FA.
- Maintained or improved security posture with AI-resistant, cryptographically secured single sign-on.
- Enhanced customer satisfaction through a seamless authentication process that eliminates the need for multiple verification steps.
- Maintained high levels of security with advanced cryptographic authentication methods that protect customer data from phishing and other cyber threats.
- Enhanced protection of IoT devices against cyber threats with secure, scalable cryptographic authentication methods.
- Improved device management with seamless, low-latency authentication that does not require MFA/2FA, ensuring uninterrupted operation of critical systems.
Enterprise
Replace passwords and MFA with capability proofs that expire in minutes.
Ephemeral admin rights for break‑glass and change windows with full audit evidence.
Bind deploys to change_id and env via scoped tokens; verify offline for audit.
Deterministic, tamper‑evident logs for transfers, ledger ops, and compliance replay.
Enterprise Case Studies
- Enhanced security by eliminating vulnerabilities associated with MFA/2FA. Reduced risk of unauthorized access through AI-resistant authentication.
- Streamlined user experience by removing the need for multiple authentication steps, reducing helpdesk support for MFA-related issues.
- Strengthened protection of sensitive financial communications with quantum-resistant cryptographic techniques.
- Enhanced ability to meet stringent regulatory requirements for digital signatures and secure communications.
- Improved employee productivity by reducing login times and eliminating the hassle of MFA/2FA.
- Maintained or improved security posture with AI-resistant, cryptographically secured single sign-on.
- Enhanced ability to meet and exceed regulatory requirements with secure, immutable audit trails.
- Simplified auditing processes with fewer authentication-related disruptions.
- Enhanced protection of classified and sensitive data with strict compliance to regulatory standards.
- Improved ability to meet government and defense-related security requirements.
- Enhanced protection of sensitive pharmaceutical data through decentralized identity management and quantum-resistant cryptography.
- Improved ability to meet global regulatory requirements related to data privacy and identity verification, including GDPR and HIPAA.
- Enhanced ability to meet global regulatory requirements by ensuring all actions are securely logged and tamper-proof, facilitating easier audits.
- Improved protection of sensitive operational data through advanced cryptographic methods that prevent unauthorized access and tampering.
- Strengthened protection of financial transactions with quantum-resistant cryptographic methods, reducing the risk of fraud and unauthorized access.
- Improved ability to meet financial regulations related to transaction security and data integrity.
- Enhanced protection of IoT devices against cyber threats with secure, scalable cryptographic authentication methods.
- Improved device management with seamless, low-latency authentication that does not require MFA/2FA, ensuring uninterrupted operation of critical systems.
AI
Attach per‑tool, per‑hop scopes to prevent privilege bleed in chains of calls.
Gate retrieval/publish by dataset IDs and prompt digests; encrypt transient caches.
Bundle payload evidence for reproducible audits across agent plans and reviews.
Prove that outbound actions adhered to policy without long‑lived secrets.
AI Case Studies
- Enhanced customer satisfaction through a seamless authentication process that eliminates the need for multiple verification steps.
- Maintained high levels of security with advanced cryptographic authentication methods that protect customer data from phishing and other cyber threats.
- Enhanced protection of IoT devices against cyber threats with secure, scalable cryptographic authentication methods.
- Improved device management with seamless, low-latency authentication that does not require MFA/2FA, ensuring uninterrupted operation of critical systems.
Cybersecurity
Memory‑rooted, device‑independent auth with no codes, emails, or push prompts.
On‑demand short‑tau tokens for code, infra, and break‑glass operations.
Offline verification with firmware‑bound pools; no PKI ceremony or key sprawl.
Scoped, expiring overrides validated on‑unit with irreversible incident logs.
Cybersecurity Case Studies
- Enhanced security by eliminating vulnerabilities associated with MFA/2FA. Reduced risk of unauthorized access through AI-resistant authentication.
- Streamlined user experience by removing the need for multiple authentication steps, reducing helpdesk support for MFA-related issues.
- Strengthened protection of sensitive financial communications with quantum-resistant cryptographic techniques.
- Enhanced ability to meet stringent regulatory requirements for digital signatures and secure communications.
- Improved employee productivity by reducing login times and eliminating the hassle of MFA/2FA.
- Maintained or improved security posture with AI-resistant, cryptographically secured single sign-on.
- Enhanced ability to meet and exceed regulatory requirements with secure, immutable audit trails.
- Simplified auditing processes with fewer authentication-related disruptions.
- Enhanced protection of classified and sensitive data with strict compliance to regulatory standards.
- Improved ability to meet government and defense-related security requirements.
- Enhanced protection of sensitive pharmaceutical data through decentralized identity management and quantum-resistant cryptography.
- Improved ability to meet global regulatory requirements related to data privacy and identity verification, including GDPR and HIPAA.
- Enhanced ability to meet global regulatory requirements by ensuring all actions are securely logged and tamper-proof, facilitating easier audits.
- Improved protection of sensitive operational data through advanced cryptographic methods that prevent unauthorized access and tampering.
- Strengthened protection of financial transactions with quantum-resistant cryptographic methods, reducing the risk of fraud and unauthorized access.
- Improved ability to meet financial regulations related to transaction security and data integrity.
- Enhanced protection of IoT devices against cyber threats with secure, scalable cryptographic authentication methods.
- Improved device management with seamless, low-latency authentication that does not require MFA/2FA, ensuring uninterrupted operation of critical systems.
- Scoped capability per hop (plan → tool → review)
- Tau‑tuned windows for rapid loops
- Payload evidence for reproducible audits
{
"route": "rag.retrieve",
"dataset_id": "ds_prod_001",
"prompt_sha256": "...",
"top_k": 8,
"expiry": "2025-09-05T12:34:56Z"
}Agentic AI & MCP Orchestration
Attach capabilities to tool calls, agent envelopes, and artifacts—validate before execution. Prevents privilege bleed-through in multi-step agent flows.
Gate retrieval and publish steps with capabilities bound to dataset IDs and prompt/args digests; encrypt transient embeddings and caches.
Per-PR capabilities allow formatting, test updates, or limited file edits; reviewers validate proofs attached to PR metadata.
Third-party tools operate only with capability nonces per privileged API; immediate revoke by policy without rotating keys.
Parent agent collects proofs from child tasks; final artifact bundles a capability set for end-to-end traceability.
Encrypt transcripts with the stream engine; attach capabilities to outbound actions (calendar, files) with short tau.
Capability over Identity
Ephemeral, scope-bound capabilities instead of long-lived keys for agent operations. Each token proves exactly what an agent is allowed to do in a given context.
Offline/Stateless Verification
Deterministic validation with binary↔pool binding; no PKI ceremony required. Even in environments with intermittent connectivity, verification applies uniformly.
Deterministic Evidence
JSON payloads and logs replay identically on any host using the intended pool. Creates extensive audit trails resistant to tampering or forgery.
Fast Confidentiality
Two-way stream engine protects intermediate artifacts and inter-agent channels. Fast local encryption for agent caches, transcripts, and IPC.