Mechanism

The governed active-probe mechanism emits governance-credentialed probe signals into a sensed field to distinguish between competing cause hypotheses for an observed departure. A hypothesis-formulation engine identifies candidate cause hypotheses explaining the departure, and a probe-selection engine selects a probe signal whose expected responses differ maximally across those hypotheses. Before the probe is emitted, a probe-admissibility evaluator applies governance-policy-defined probe-admissibility rules accounting for spectrum licensing, mission interference, regulatory constraints, adversarial-awareness considerations, and power budget. The probe-emission interface emits the selected probe with an authority credential identifying the probing agent.

Spectrum-licensing compliance is one admissibility rule among several. It confirms that the emitting agent holds valid spectrum authorization for the probe. The full set of governance-policy-defined admissibility rules includes, without limitation: spectrum-licensing compliance confirming that the emitting agent holds valid spectrum authorization; mission-interference evaluation confirming that the probe does not disrupt other governance-credentialed operations within the probed volume; adversarial-awareness evaluation weighing the information disclosed to an adversary by probe emission against the discrimination benefit; power-budget evaluation confirming that probe emission is within the agent's power and thermal limits; consent-governance evaluation confirming that the probe is permitted under applicable privacy and consent constraints; and regulatory-compliance evaluation confirming compliance with applicable regulatory frameworks.

Probes that fail admissibility are suppressed, and the suppression is recorded in the probe-lineage record. The probe-lineage recorder records the hypothesis set, the selected probe, the admissibility determination, the emitted signal, the collected responses, and the updated hypothesis probabilities. After a probe is emitted, a response-collection interface collects responses from the probed field and a hypothesis-discrimination engine updates hypothesis probabilities from the observed responses.

Probe Types

The governed active-probe mechanism applies across field classes. Radio-frequency active probes transmit characterized probe waveforms and analyze backscatter and channel-state-information responses to distinguish moving targets, static obstructions, jammers, and propagation artifacts. The mechanism also admits optical active probes, acoustic active probes, lidar active probes, radar active probes, sonar active probes for underwater environments, chemical active probes, seismic active probes, magnetic active probes, composite multi-medium probes emitting coordinated signals across two or more field classes, and any governance-policy-defined probe type. The spectrum-licensing admissibility rule is most directly engaged by the radio-frequency, radar, and sonar emission classes, where the emitting agent must hold valid spectrum authorization for the emission.

Spectrum Authorization as a Credential

Spectrum authorization is treated as a governance-credentialed input to admissibility rather than an administratively enforced obligation. The disclosure further contemplates a spectrum-and-RF-access marketplace in which spectrum-holding authorities offer spectrum usage rights under temporal-scope credentials. Where a valid spectrum authorization is held, the probe may be admitted; where one is absent or its scope does not cover the probe, the probe is suppressed and the determination is lineage-recorded. The admissibility determination, rather than any per-emission certificate, is the artifact that enters the probe-lineage record and is available for later review.

Composition With Other Primitives

Spectrum-licensing evaluation is part of the governed active-probe mechanism and composes with the broader admissibility framework that gates probe emission. It composes with the credential primitive, since spectrum authorization is carried as a governance credential and the probe is emitted with an authority credential identifying the probing agent. It composes with the lineage primitive, since admissibility determinations, including suppressions, enter the probe-lineage record. It composes with cascade propagation, since downstream effects of a coordination event can be projected through the governance-chain-preserving cascade primitive. It composes with adversarial-action evaluation through the adversarial-awareness admissibility rule, which weighs the information disclosed to an adversary by probe emission against the discrimination benefit.

The mechanism gates only the active emission step. Passive sensing of the same field proceeds as part of the multi-medium sensing and baseline-departure detection described elsewhere in the disclosure, which produce the observed departures that active probing is invoked to disambiguate.

Distinction From Prior Art

The disclosed mechanism makes spectrum-licensing compliance a governance-policy-defined admissibility rule evaluated in the data path of probe issuance, alongside mission-interference, adversarial-awareness, power-budget, consent-governance, and regulatory-compliance rules. A probe that fails any applicable admissibility rule is suppressed before emission, and the suppression is recorded in the probe-lineage record rather than handled as an isolated configuration error. This integrates spectrum authorization into the same governance-credentialed, lineage-recorded admissibility framework that governs the agent's other emission classes, rather than treating spectrum compliance as a separate administrative concern outside the probe-issuance path.

Disclosure Scope

This disclosure encompasses any mesh architecture in which active probe emission is subject to a probe-admissibility evaluator applying governance-policy-defined admissibility rules that include spectrum-licensing compliance confirming that the emitting agent holds valid spectrum authorization; in which probes that fail admissibility are suppressed; and in which the admissibility determination, the selected probe, the emitted signal, the collected responses, and the updated hypothesis probabilities are recorded in a probe-lineage record. The scope covers the radio-frequency, radar, sonar, and other emission classes of the governed active-probe mechanism, treats spectrum authorization as a governance credential, and contemplates spectrum usage rights offered under temporal-scope credentials. Specific admissibility rules, emission classes, and authorization sources are recited as illustrative embodiments and do not limit the claims.

This disclosure is supported by U.S. Provisional Application No. 64/049,409.