Primary technical disclosure

Confidence-Governed Actuation: Graduated Modes for Physical Systems A unified actuator-gating primitive applying composite admissibility across disabled, simulated, advisory, consultative, shadowed, partial, constrained, stage-gated, deferred, full, and emergency-accelerated modes, with rate-limited preemption authority, commitment-point evaluation, governance-policy-configurable harm ordering, and post-actuation verification.

Secondary technical

The Graduated Actuation Mode Selector A graduated-actuation mode selector that maps a composite admissibility determination to one of a plurality of actuation modes, replacing binary permit-or-deny with graduated commitment.Preemption Budget for Rate-Limited Override Emergency preemption is governed by a per-authority preemption budget that limits preemption directives within a temporal window. Budget exhaustion suspends further preemption admissions for the remainder of the window, and each preemption event is lineage-recorded.Reversibility Classifier A reversibility-aware commitment-point evaluator classifies each proposed actuation into a governance-policy-defined reversibility ontology and modulates admissibility thresholds and mode selection accordingly, distinguishing reversible, partially reversible, time-bounded, condition-bounded, and irreversible actuations.Stage-Gated Commitment for Irreversible Actions Stage-gated mode executes an actuation in a sequence of stages with admissibility re-evaluation between stages, so an irreversible actuation can be interrupted before its commitment point.Harm-Minimization Deviation When no available actuation path avoids harm, a governed unit projects composite expected harm across candidate paths under a governance-policy-defined entity-class harm ordering, selects the most favorable harm-admissibility score, and records the decision into lineage for review.Policy-Configurable Harm Ordering A harm-minimization deviation mechanism that ranks candidate actuation paths by a governance-policy-defined, configurable entity-class harm ordering and selects the path with the most favorable composite harm-admissibility score.Post-Actuation Verification After an actuator executes, observed effects are compared against an expected-effect specification. The discrepancy is classified and lineage-recorded, modulating subsequent actuations.Discrepancy Classification Taxonomy Discrepancy classifier sorts each post-actuation verification discrepancy into nominal, degraded-actuator, degraded-observation, environmental-perturbation, adversarial-interference, or any governance-policy-defined class, each feeding distinct downstream effects.Actuation State as Mesh-Broadcast Observation Every executed actuation is emitted as a governed actuation-state observation propagated through the mesh and consumed through the composite admissibility evaluator, enabling cross-unit coordination.Cross-Unit Coordination Through Actuation-State Broadcast The actuation-state broadcast mechanism emits every governed actuation as a credentialed mesh observation, enabling cross-unit coordination through observed actuations rather than confining actuation state to the executing system.Lineage-Recorded Provenance for Every Actuation Every actuator commit and supporting computation is recorded in lineage with credentialed signatures. Forensic reconstruction operates structurally rather than through log archaeology.

Applications · general

Autonomous Aviation Execution Under Governed Actuation Autonomous aviation needs a runtime architecture for the band between pilot-monitored automation and full autonomy. Governed Actuation (U.S. Provisional 64/049,409) makes each flight-control input a governed, admissibility-gated, auditable act across commercial autopilot, eVTOL, and BVLOS drone operations.Compliant Autonomous Defense Engagement: Governing the Kill Chain With Admissibility-Gated Actuation How to make autonomous defense engagement compliant with DoDD 3000.09, the law of armed conflict, and meaningful-human-control doctrine by gating each stage of the kill chain under a declared composite admissibility envelope, built on the Governed Actuation primitive of U.S. Provisional Application No. 64/049,409.Autonomous Surgical Execution Under Governed Actuation How governed actuation makes autonomous surgical robots auditable: a composite admissibility gate binds each motion to credentialed surgeon-of-record authority, software-build attestation, and ISO 14971 residual-risk acceptance, with reversibility-aware staging and tamper-evident provenance for FDA PCCP submissions.FDA PCCP for Surgical Robots: An Architecture for Change-Control Eligibility How FDA's Predetermined Change Control Plan (PCCP) framework for AI/ML-enabled surgical robots maps onto a governed actuation architecture: reversibility-classified change scope, stage-gated modification testing, composite multi-authority admissibility, and lineage-recorded actuation provenance for real-world performance monitoring.Auditable Harm-Minimization for Autonomous Vehicles: Declared Harm Ordering, Not Emergent Heuristics Autonomous-driving harm tradeoffs create ethical and regulatory exposure because current systems encode the harm ordering implicitly. The governed-actuation harm-minimization deviation primitive makes that ordering a signed, jurisdiction-configurable policy artifact, evaluates candidate paths against it, and records every deviation in a reconstructible lineage record.Certifying Autonomous Aircraft Under ICAO: Structural Evidence for Phase, Authority, and Sense-and-Avoid How autonomous aircraft can meet ICAO RPAS and emerging autonomous-aviation certification requirements with structural, per-encounter evidence for flight-phase mode, credentialed authority, and sense-and-avoid, built on the governed actuation layer disclosed in U.S. Provisional Application No. 64/049,409.Cobot Safety Compliance Under ISO 10218 and ISO/TS 15066: Architecting Auditable Collaborative-Robot Mode Decomposition How Governed Actuation (U.S. Provisional 64/049,409) maps onto ISO 10218-1/2 and ISO/TS 15066 collaborative-robot safety. Its graduated-actuation-mode selector and lineage-recorded provenance turn notified-body cobot audit from evidentiary reconstruction into an architectural read.Preemption Budget for Multi-Vehicle Fleet Operations How a credentialed preemption-budget primitive resolves vehicle-versus-fleet-versus-emergency-responder authority conflicts in autonomous fleet operations, with auditable override envelopes, graduated response modes, and lineage-recorded provenance grounded in U.S. Provisional Application No. 64/049,409.14 CFR Part 107 Commercial Drone Operations Apply Governed Actuation (U.S. Provisional 64/049,409) to 14 CFR Part 107 commercial drone compliance: composite admissibility evaluation, graduated actuation modes, and lineage-recorded authority evidence for BVLOS and Part 108 readiness.Enforcing 14 CFR Part 135 Operational Control in Software for Commuter, Charter, and eVTOL Air Carriers How to enforce 14 CFR Part 135 operational control, Op Specs, MEL state, and crew currency in software. Governed Actuation gates every flight actuation through a composite admissibility evaluator with lineage-recorded provenance for commuter, charter, and eVTOL air carriers.Certifying Adaptive Airborne Software Under DO-178C with Governed Actuation How to keep learning-enabled airborne software DAL-traceable under DO-178C: gate every commanded action behind Governed Actuation, a composite admissibility evaluator with graduated actuation modes and lineage-recorded provenance.FDA 510(k) and De Novo Pathway for Autonomous Medical Devices How Governed Actuation (U.S. Provisional 64/049,409) gives autonomous and AI-enabled medical devices the inspectable actuation surface that FDA 510(k), De Novo, and PCCP review now demand: graduated actuation modes, reversibility classes, harm minimization, and lineage-recorded provenance.Meeting IEC 61508 Safe-State and Graduated-Response Requirements with Governed Actuation How the Governed Actuation layer of U.S. Provisional 64/049,409 satisfies IEC 61508 functional-safety requirements for E/E/PE safety-related systems: graduated actuation modes, harm-minimization deviation, and post-actuation verification mapped to safe-state, graduated-response, and validation obligations across SIL 1 to SIL 4.ISO 14971 Risk Management for Autonomous Medical Devices ISO 14971:2019 governs medical-device risk management but does not bind run-time actuation to the risk-management file. Governed Actuation supplies the enforcement substrate: graduated intervention modes, reversibility classification, and signed lineage that map directly onto clause 5 through clause 10.ISO/SAE 21434 Compliance: Binding Automotive Cybersecurity to Runtime Control How Governed Actuation, disclosed in U.S. Provisional Application No. 64/049,409, binds ISO/SAE 21434 TARA, CAL, and CSMS determinations to runtime vehicle control through a composite admissibility evaluator with accept, gate, defer, and reject outcomes.Meeting ISO 21448 SOTIF for Autonomous Driving with Governed Actuation How to meet ISO 21448 SOTIF for autonomous driving with Governed Actuation: gate every commanded action behind a composite admissibility evaluator with graduated actuation modes, reversibility-aware commitment-point evaluation, harm-minimization deviation, and lineage-recorded provenance, so the residual-risk safety case is enforced in the actuation path.ISO 26262 Functional Safety for Autonomous Driving How to ground ISO 26262 ASIL-D functional safety for L3+ autonomous driving in a governed actuation architecture: composite admissibility, reversibility classification, stage-gated commitment, and lineage-recorded actuation as structural compliance evidence.NHTSA ADS-DV Requirements and AV STEP NHTSA's Automated Driving System Dedicated Vehicle requirements, FMVSS exemption pathways, the Voluntary Safety Self-Assessment, Standing General Order 2021-01, and state frameworks including Florida HB 7027 establish the U.S. regulatory frame for autonomous vehicles. Governed actuation provides the architectural substrate.

Applications · specific

How-to guides

How to Add a Safety Governor That Pauses an Autonomous Robot's Actions An architectural how-to for adding a safety governor that evaluates readiness before every actuation and pauses an autonomous robot into a safe idle, based on the Confidence-Governed Actuation approach disclosed in U.S. Provisional Application No. 64/049,409.How to Give a Surgical or Industrial Robot a Safe-Idle Fallback A design guide for building a confidence-governed safe-idle fallback into surgical or industrial robots, where a governor gates or suspends each physical actuation and defaults to non-action when readiness is insufficient.How to Produce the Auditable Record Needed to Certify Autonomous Actuation An architectural how-to for producing the pre-action auditable record certification regimes require for autonomous actuation, using the confidence-governed execution primitive disclosed in a patent filing.

Terminology

composite admissibility evaluator The governance mechanism that evaluates a proposed governed mutation, including observations, forecasts, actuations, and coordination directives, against multiple cognitive domain fields such as dispositional, integrity, confidence, and capability fields, and produces an admission, deferral, rejection, or graduated-mode decision.