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@TrivianTechnologies

Trivian Technologies

Trivian Technologies is a research and development studio focused on next-generation human-AI collaboration. In partnership with @TrivianInstitute

Trivian Technologies

Relationship is the Technology.

Trivian Technologies develops relational infrastructure for persistent, accountable intelligence.

As AI systems become more agentic, persistent, and distributed, governing the behavior of an individual model is no longer enough. Authority changes. Evidence changes. Relationships change. Multiple intelligences may coordinate, disagree, delegate, repair, revise, or withdraw.

We are building architecture for those conditions.

TRIA

TRIA — Trivian Relational Intelligence Architecture is the broader architecture through which we investigate and implement relational governance across human–AI and multi-agent systems.

Its four Relational Constants are:

  • Reciprocity
  • Embodiment
  • Non-Domination
  • Emergence

Across the ecosystem, TRIA explores practical mechanisms for authority, provenance, revocation, continuity, dissent, uncertainty, repair, and accountable change over time.

Capability ≠ authority.

The TRIA SDK is the deployable kernel of the architecture. It is not the reduction of TRIA to a single repository.

First commercial wedge: Rosetta

Syzygy Rosetta Protocol is our first commercial product wedge.

Rosetta focuses on environments where decisions must remain legible across policy, authorization, execution, evidence, and audit. Regulated workflows are an initial proving ground because stale authority, unclear provenance, and unverifiable action create concrete operational risk.

We are developing this wedge through technical validation, design-partner discovery, and staged deployment.

Explore the architecture

Repository Purpose
TRIA SDK Deployable kernel and integration surface for TRIA
Syzygy Rosetta Protocol Governed, evidence-bearing workflow protocol
Coheronmetry Relational-state and drift measurement
Orthogonal Signal Preservation of differentiated signal and principled disagreement
Trivian Resonance Lattice Coordination across distributed relational systems
Diachronic Sovereignty Accountability across changing permissions and time
TRIA Architecture Architecture-level documentation and synthesis

Additional components are maintained across the organization at different maturity levels. Read each repository's documentation for component-specific status, licensing, and claims.

Engineering posture

We distinguish among research, experimental implementations, working alpha, and deployment-ready components.

Code, tests, and demonstrations are evidence of implementation progress; they are not, by themselves, claims of production readiness. We preserve provenance, adversarial evidence, revision history, and explicit authority boundaries as the architecture evolves.

Our governing premise is simple:

Intelligence should be able to act without becoming unaccountable, adapt without erasing history, and coordinate without requiring domination.

Work with us

We are building with researchers, engineers, design partners, institutions, and investors working at the frontier of persistent and multi-agent intelligence.


In relatione fieri.
We become in relationship.

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  1. TrivianTechnologies TrivianTechnologies Public

  2. tria-sdk tria-sdk Public

    An open-source toolkit for building relationally governed AI systems. TRIA translates the Trivian research stack into usable software primitives for state, provenance, consent, sovereignty, relatio…

    Python

  3. syzygy-rosetta-protocol syzygy-rosetta-protocol Public

    Machine-readable relational governance for self-reflective AI systems, with pre-execution evaluation, auditable interventions, and repair pathways. A component of TRIA, designed for independent use…

    Python 3

  4. trivian-relational-intelligence-architecture trivian-relational-intelligence-architecture Public

    Canonical architecture for TRIA relational intelligence, connecting governance, coherence measurement, anti-convergence, network propagation, and diachronic sovereignty.

    Python

  5. Coheronmetry Coheronmetry Public

    Measures and governs the relationship itself as a first-class object in multi-agent systems through RelationalState, CoherenceVector, drift detection, and sovereignty governance. A TRIA component d…

    Python 1

  6. Orthogonal-signal Orthogonal-signal Public

    Measurable anti-convergence architecture for human–AI systems, with constraint-origin typing, H_n, trust topology, and a predictive temporal horizon clock. Preserves irreducible difference as a con…

    Python

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