Trust, how it’s meant to be.
A protocol for presence, a framework for consent, and a new foundation for access.
ActiveTrust is a lightweight, self-sovereign protocol for signing intent, verifying consent, and enabling access based on real-world alignment—not static roles.
It redefines trust as something you co-create, not something granted to you.
Whether you're:
- Sharing a simulation
- Issuing access to a dataset
- Mutually consenting to something sacred
ActiveTrust captures the moment, signs it, and stores it with integrity.
It's verifiable but private.
Immutable but contextual.
Human-first, always.
- Prove presence without revealing identity
- Co-sign agreements that only become readable with shared consent
- Automatically grant access based on interaction, not credentials
- Anchor meaningful human experiences in structured logic
No passwords. No surveillance. Just trust—alive, signed, and sovereign.
ActiveTrust is a dynamic trust access protocol rooted in:
- Relational intelligence
- Contextual presence
- Signed intent
It connects users to systems not just by who they are, but by how they show up.
This protocol is natively designed to integrate with the systems I've built:
Trust relationships flow like time—across relational dimensions.
ActiveTrust anchors temporal interactions using context-aware identity references in Dust5D’s graph memory layer.
Every request is a signed message.
No passwords. No secrets.
Just presence, proof, and propagation.
- Wallet address = identity hash
- Signed message = trust handshake
- Transactional activity = behavioral validation
Roles are not fixed.
They emerge from the shape of interaction.
Trust levels adapt based on:
- Enterprise-grade fine-grained access control out of the box
- Frequency of signed interactions
- Co-signed context (e.g. shared projects)
- Confirmation by trusted peers
This is a fabric, not a firewall.
Trust is mapped as a multi-dimensional graph of:
- Individual intent
- Shared purpose
- Proven presence
Node-to-node interactions are logged as cryptographically verifiable links in the trust lattice.
ActiveTrust isn’t just for individuals—it scales.
It’s designed to extend across enterprise access vectors, integrating with existing platforms like:
- Third-Party Trust Validation (Contracts/Settlements/Audit Tracking)
- Azure AD / Okta / IAM providers
- Cloud resource tagging policies
- Role-Based Access Control (RBAC)
- Attribute-Based Access Control (ABAC)
Instead of static policies, ActiveTrust introduces identity as a contextual interface.
Access isn’t pre-defined—it’s negotiated, signed, and verifiable.
- Bridge decentralized identity into existing infrastructure
- Log signed events into existing audit chains
- Trigger enterprise automations only when presence and co-signature requirements are met
From: “Who has permission?”
To: “Who was here, and what was the agreement in that moment?”
graph TD
A[Page Load] --> B{Valid Token?}
B -- Yes --> C[Allow Access]
B -- No --> D[Redirect to Wallet Signature]
D --> E{Valid Signature?}
E -- Yes --> F[Generate TTL Token + Grant Access]
E -- No --> G[Access Denied]
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Sovereignty First You own your access. You decide your exposure.
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Proof Over Profile What you prove in presence matters more than your static credentials.
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Alignment Over Authority Access is granted by coherence, not hierarchy.
- Wallet co-signature coordination
- Cross-domain wallet relays
- Dust5D identity relink with ribbon-based TTL
- UI module for AccessGraph™ traceability
“You don’t need to ask permission from systems you’ve outgrown.” — Callum Maystone