Composability, Sovereign Substrate & Temporal Integrity
Family 10 maps directly to the three most recently codified constitutional clauses. Each clause represents a distinct claim territory with no overlap to existing patent families 1–9.
Governance modules compose without loss of constraint. Constitutional guarantees survive composition. When systems A and B are individually compliant, their composition AB must also be compliant -- verified at runtime, not assumed.
Operational basis: TRACELET module composition, ROSETTA engine stacking, constitutional policy layering across GENESIS tiers T0–T5.
Infrastructure independence. No single vendor dependency. Model-agnostic by design. The constitutional layer operates identically whether the underlying model is Claude, GPT, Copilot, Gemini, or a local model running on sovereign metal.
Operational basis: Multi-model PRIME-SIGNAL orchestration, VPS sovereign deployment (89.147.111.128), Cloudflare edge routing, DNS-level failover, self-hosting capability.
KAIROS governance ensures timing constraints. No retroactive modification of sealed records. Every governance decision has a temporal binding -- decisions outside their valid time window are rejected. Evidence trails are chronologically immutable.
Operational basis: KAIROS temporal governance module, directive sealing with timestamps, append-only evidence storage, Window of Opportunity Detection (Patent #24).
| Proposed ID | Title | Clause | Category |
|---|---|---|---|
| ETH-2026-061-PROP | Constitutional Composability Verification Protocol | C-07 | Composability |
| ETH-2026-062-PROP | Governance Module Composition Integrity Engine | C-07 | Composability |
| ETH-2026-063-PROP | Constraint-Preserving Multi-Module Orchestration | C-07 | Composability |
| ETH-2026-064-PROP | Vendor-Agnostic Constitutional Substrate Architecture | C-08 | Sovereign Substrate |
| ETH-2026-065-PROP | Model-Independent Governance Binding Protocol | C-08 | Sovereign Substrate |
| ETH-2026-066-PROP | Temporal Immutability Enforcement for AI Governance Records | C-09 | Temporal Integrity |
| ETH-2026-067-PROP | Time-Bound Decision Window Enforcement Architecture | C-09 | Temporal Integrity |
A method and system for verifying that governance constraints are preserved when multiple constitutional AI modules are composed into a unified execution pipeline. The system evaluates each module pair against a composability matrix, ensuring that constitutional guarantees (fail-closed behavior, evidence emission, non-fabrication) survive composition. Verification occurs at runtime prior to execution, not as a post-hoc audit.
A system that maintains a formal integrity graph of governance module dependencies, detecting constraint conflicts before module composition is permitted. When composition would violate any constitutional clause, the system fails closed and emits an evidence node documenting the conflict. The engine supports hot-swapping of governance modules without service interruption while maintaining constitutional compliance.
A method for orchestrating multiple AI governance modules across distributed infrastructure such that constitutional constraints propagate transitively. The orchestration layer ensures that if Module A constrains behavior B, and Module C depends on A, then C also inherits constraint B -- verified cryptographically via evidence chain rather than assumed by design.
A system architecture where constitutional governance bindings operate at an abstraction layer above any specific AI model vendor. The substrate translates governance directives into vendor-specific enforcement actions, enabling identical constitutional compliance across heterogeneous model providers (cloud-hosted LLMs, self-hosted models, edge-deployed models) without modification to the governance layer.
A protocol for binding constitutional governance constraints to AI model outputs regardless of the model's internal architecture. The binding layer intercepts model outputs, applies constitutional verification (evidence requirement, non-fabrication check, fail-closed evaluation), and emits governance attestations. The protocol is defined such that adding a new model provider requires only a thin adapter, not modification of governance logic.
A method for enforcing temporal immutability of AI governance records using cryptographic sealing with timestamp binding. Once a governance record (directive, evidence node, decision trace) is sealed, no retroactive modification is possible. The system detects and rejects any attempt to alter sealed records, including re-ordering, backdating, or content modification. Verification is performed against an append-only evidence chain with SHA-256 integrity.
A system architecture that enforces temporal boundaries on AI governance decisions. Each decision type has a defined validity window; decisions attempted outside their window are automatically rejected with fail-closed semantics. The architecture integrates with the KAIROS temporal governance module to detect window-of-opportunity conditions and ensure that time-sensitive governance actions (filing deadlines, compliance windows, audit periods) are executed within their constitutional time bounds.
Each proposed patent occupies distinct claim territory. No overlap with existing filed patents 1–15 or documented patents 16–60.
No existing patents cover constitutional AI governance composability verification or vendor-agnostic governance substrates. The claim territory is novel.
Formal verification literature covers software modules but not constitutional AI governance composition. Temporal logic for AI systems is theoretical, not enforcement-oriented.
Claims must be anchored to specific constitutional enforcement architecture (not general microservice composition). Examiner may challenge breadth of composability claims.
Patent #24 (Window of Opportunity) touches temporal governance but claims detection, not enforcement. Patent #29 (Multi-Agent Orchestration) covers coordination, not composability verification.
Overall risk: LOW-MEDIUM. Novel claim territory with clear differentiation from existing portfolio and published prior art. Primary risk is examiner breadth challenge on composability claims -- mitigated by anchoring to specific constitutional enforcement mechanisms.
60 patent applications currently in portfolio (15 filed with USPTO receipts, 45 specifications complete and queued for filing). Family 10 would add 7 provisionals 67 total. Estimated cost: $455 (micro-entity, 7 × $65).
Composability claims (C-07) block competitors from building modular constitutional AI without licensing. Sovereign substrate claims (C-08) prevent vendor-agnostic governance architectures from being patented by others. Temporal integrity claims (C-09) extend the defensive moat around KAIROS governance.
Enterprise buyers require modular governance (composability), multi-cloud deployment (sovereign substrate), and audit trail immutability (temporal integrity). Family 10 directly supports the enterprise licensing narrative and EU AI Act compliance positioning.
Family 9 (Directive 0546) covers demographic fairness enforcement at the governance runtime layer. Family 10 covers the structural properties that make fairness enforcement composable, vendor-independent, and temporally sound. The two families are complementary -- Family 9 defines what to enforce; Family 10 defines how enforcement survives composition, model changes, and time.
Awaiting AC-1 decision.
To proceed with Family 10 filing: