The human authority layer for autonomous AI

AI can propose.
Humans must authorize.
Infrastructure must enforce.

Aura provides hardware-rooted proof that a real, presently participating human authorized a specific consequential action within defined limits. The resulting authority receipt can be verified by agents, enterprises, insurers, financial systems and machines before the action becomes final.

Models may remain probabilistic. Consequences do not have to be.

Proof of Authorized Consequence
  • PERSONLiving-human participation verified
  • INTENTWhat was shown matches what was authorized
  • SCOPEPermission, value, recipient and action bounded
  • TIMEFresh, expiring and resistant to replay
  • POLICYRequired organizational and safety conditions satisfied
  • RECEIPTVerifiable without exposing the person's raw biological data
Consequence gate
PENDING
receipt hasha8f3…c5c1…b9d2
Live consumer applicationHardware-backed authority researchSix consolidated patent familiesEnterprise API in developmentCommercial and national-security applications
The missing layer

AI has identity systems.
It does not yet have human authority infrastructure.

Passwords, biometrics and security keys establish access. They do not necessarily establish that a person approved the exact action an autonomous system is about to complete.

Authentication
Proves possession or identity
  • Proves possession or identity
  • Usually occurs at login
  • May authorize an entire session
  • Often produces a general access token
  • Does not necessarily bind the exact consequence
Aura authority proof
Binds a real human to a specific consequence
  • Establishes present human participation
  • Binds authorization to a specific action
  • Limits scope, value and duration
  • Can expire after one use
  • Can be verified at the final consequence boundary
  • Produces an independently checkable receipt
Authentication proves who arrived. Aura governs what may become real.
How Aura works

Human → Authority proof → AI agent → Consequence gate → Verifiable receipt

A five-stage architecture designed to move autonomous systems from acting on inference alone to acting only when authorized.

  1. stage 01
    Human participates

    The device establishes present participation through available hardware-backed and privacy-preserving signals.

  2. stage 02
    Exact action is rendered

    The material terms of the proposed action are canonicalized and presented for authorization.

  3. stage 03
    Bounded authority is created

    The authorization is limited by action, recipient, value, duration, purpose and applicable policy.

  4. stage 04
    Consequence gate verifies

    The relying system checks the proof before releasing a key, credential, payment instruction, model capability or actuator enablement.

  5. stage 05
    Receipt is issued

    The system records what was authorized, what occurred and the verification state, without exposing unnecessary personal data.

Consequence gate example
gate releases →Payment-signing capability·only when authority proof verifies
What is live

A live application, not only a thesis.

The Aura app provides the consumer-facing wedge for human-presence and reassurance experiences while validating core interaction, receipt and trust primitives.

Live

Aura App

Available to real users as a consumer application centered on presence, reassurance and trusted check-ins.

View the live app
Live surface

Kin Verify

A person can provide a privacy-preserving confirmation of presence or completion without continuous location tracking.

Live surface

Aura Wave

A lightweight reassurance signal designed to establish a trusted human interaction rather than an inferred behavioral event.

The consumer application is the first deployment surface. The broader platform extends the same authority-and-receipt architecture to agents, payments, protected models, enterprise systems and machines.

· Live in market with active user interaction

Product roadmap

From consumer trust to agent authority infrastructure.

  1. 01
    Consumer proof
    Presence, trusted check-ins and user-facing receipts.
    Live
  2. 02
    Care and service receipts
    Completion, visit and trusted-interaction verification.
    Pilot development
  3. 03
    Enterprise consequence gate
    API for action-bound authority proofs and relying-party verification.
    Reference implementation
  4. 04
    Agent Authority Network
    Interoperable authority credentials for enterprise and autonomous agents.
    Planned
  5. 05
    Underwriting, settlement and sovereign rails
    Insurance, regulated markets, government and critical-infrastructure integrations.
    Estate-enabled
Patent estate

One architecture. Six parent families.

The invention estate is organized around six parent disclosures intended to preserve a broad platform architecture while supporting future continuations, divisionals and market-specific claims.

The estate spans more than 140 disclosed invention families and is being consolidated into six principal U.S. parent filings. Patent rights remain subject to examination and issuance.

Request the nonconfidential IP map
Existing standards

Built on existing trust infrastructure. Extending it to consequence authority.

These technologies establish valuable pieces of trust. Aura composes them into an action-specific authority object that a relying system can require before releasing a consequential capability.

Aura is software designed to work with hardware people and institutions already use. It is not an implant and does not require a proprietary consumer chip.

AURA
Authority · Consequence · Receipt
Secure Enclave & TEEsFIDO / WebAuthnVerifiable credentialsC2PA & provenanceZero-knowledge proofsUWB / NFC / secure proximityWearablesConfidential computingHardware security modulesEnterprise identity governance
Markets

One primitive. Multiple high-consequence markets.

Enterprise AI agents

Prevent agents from using high-risk tools outside bounded human and organizational authority.

Financial services

Bind payments, transfers, contracts and settlement to exact, action-specific authority.

Insurance and care

Create trusted service, presence, completion and outcome receipts that reduce disputes.

Protected AI models

Control access to sensitive models, workloads, regions and approved execution environments.

Robotics and critical infrastructure

Require valid authority and safety state before consequential actuation.

Government and defense

Support mission authority, sovereign model custody, trusted human control and accountable autonomous-system operation.

Product availability varies by market. Certain implementations are future or partner-led.

Business model

Three scalable revenue rails.

rail 01

Verification and authority fees

Usage-based fees when a relying system verifies or settles a governed action.

Per-action infrastructure
rail 02

Enterprise platform licensing

Annual licensing for identity, agent, financial, robotics, care and regulated-workflow integrations.

Recurring software revenue
rail 03

Risk, assurance and ecosystem economics

Revenue participation tied to underwriting, verified settlement, provenance, compliance and network-level services.

Network and transaction economics
The long-term ambition is a TLS-like trust layer for consequential autonomous action.
Why now

AI is moving from generating content to creating consequences.

Agents have tools

AI systems can now call APIs, send messages, create code and operate enterprise workflows.

Synthetic identity is cheap

Voice, video, text and behavior can be generated or imitated at scale.

Authentication is session-wide

A valid login may grant an agent far more authority than the human intended.

Liability needs evidence

Enterprises, insurers and governments need to know who authorized what, under which constraints, and what actually occurred.

The next trust infrastructure will not only identify users. It will govern the boundary between machine recommendation and real-world consequence.

Competitive context

Complementary to identity, security and AI-governance platforms.

Identity and authentication
Who or what is requesting access?
AI security and guardrails
Does the behavior appear unsafe?
Governance and observability
What systems exist and what did they do?
Aura consequence authority
Does this exact action possess the authority and proof required to become final?

Aura is designed to integrate with identity providers, agent frameworks, cloud platforms, confidential-computing infrastructure, security gateways and relying systems—not replace them.

Current objective

Building the reference layer.

First24 is preparing the next phase of platform development around the Agent Authority Network and initial consequence-gate integrations.

  • 01Convert and prosecute priority patent families
  • 02Build the Agent Authority Network reference API
  • 03Strengthen the live consumer product and measure retention
  • 04Complete enterprise-grade security architecture
  • 05Establish one care or insurance pilot
  • 06Establish one banking, identity or agent-platform pilot
  • 07Recruit cryptography, secure-systems and enterprise engineering talent
Proof and evidence

What investors and partners can review

Live product demonstrationon request
Nonconfidential architecture briefon request
Six-family patent mapon request
Filing-status scheduleon request
Reference API roadmapon request
Market and competitive analysison request
Data room under NDAon request

AI may act autonomously.
Authority must remain human.

Aura is building the proof layer that connects human intent to machine consequence.

For investment, partnerships and strategic licensing: hello@first24.io