Primary technical disclosure
Secondary technical
Multi-Medium Environmental Sensing Environmental disruption sensing detects departures from a governance-characterized baseline across radio-frequency, optical, acoustic, thermal, magnetic, seismic, and chemical field classes, then composes them into cross-medium composite signatures robust to single-medium failure, jamming, and spoofing.Baseline Departure Detection Environmental disruption detection identifies departures from a declared, governance-credentialed environmental baseline across a governed spatial mesh. Departures enter the architecture as credentialed anomaly events that gate active probing and composite-query admissibility.Governed Active Probe Environmental disruption sensing can include governed active probes that emit credentialed signals to discriminate between competing cause hypotheses for an observed departure, subject to admissibility rules.Spectrum-Licensing-Gated Probing The governed active-probe mechanism gates RF probe emission against governance-policy-defined admissibility rules including spectrum-licensing compliance. Probes that fail admissibility are suppressed and the determination is lineage-recorded.Adversarial Awareness in Governed Active Probing The governed active-probe mechanism evaluates adversarial-awareness as one admissibility rule among several, weighing information disclosed to an adversary against the discrimination benefit, with the determination recorded in probe lineage.Cross-Medium Composite Signatures Disruption events produce composite signatures across multiple physical media. The architecture combines disruption observations from a plurality of field classes against a governance-maintained composite-signature library, correlates them in time, space, and cause, and emits a composite determination as a governed observation.Multi-Source Corroboration Environmental disruption detection aggregates departure detections across independent credentialed sensing agents to produce corroboration scores. Cross-medium corroboration across orthogonal physical channels yields elevated confidence robust to single-medium failure, jamming, and spoofing.Lineage Evidence Admissibility Environmental disruption events enter downstream operations as evidence admissible by lineage. The lineage carries the contributing observations, the processing primitives, and the resulting event classification, and admissibility is a structural function of credentialing the full chain rather than the asserted event contents.Graduated Environmental Response Detected environmental disruptions drive a graduated-actuation mode selector that maps the composite-admissibility determination to a governance-policy-defined actuation mode, proportional to the classified disruption and its authority, with every transition lineage-recorded.
Applications · general
Critical Infrastructure Protection: Cross-Medium Environmental Disruption Detection for the Power, Water, and Communications Grid Cross-medium environmental disruption detection for critical infrastructure (power, water, telecommunications, financial datacenters): credentialed multi-medium sensing fused by a cross-domain coherence engine distinguishes real physical attacks from sensor faults and spoofing.Multi-INT Fusion for Contested Defense ISR: A Multi-Medium Sensing Architecture Applying the Environmental Disruption sensing primitive (U.S. Provisional 64/049,409) to defense ISR: a governed multi-medium architecture that fuses NRO, NGA, airborne, and maritime observations into a single multi-INT record, preserves per-platform authority, and surfaces jamming, spoofing, and decoy operations as named integrity events under contested conditions.Multi-Medium Disaster Monitoring: Cross-Hazard Sensor Fusion for Earthquake, Wildfire, and Flood Early Warning How multi-medium disaster monitoring fuses seismic, hydrologic, atmospheric, optical, and RF sensing across USGS, NOAA, NWS, and FEMA into corroborated, credentialed hazard signatures for earthquake, wildfire, and flood early warning, built on the Environmental Disruption Sensing primitive of U.S. Provisional Application No. 64/049,409.Multi-Source Earthquake Detection and Early Warning Without Trusting Any Single Sensor How to corroborate an earthquake across national seismic networks, GNSS, structural sensors, and crowdsourced phones without trusting any single source, using a governed environmental-disruption detection layer that rejects clock faults and spoofed feeds inside the early-warning window.Maritime Domain Awareness: Multi-Medium Sensor Fusion With Verifiable Evidence Lineage for Dark-Vessel and IUU-Fishing Enforcement How the Environmental Disruption Sensing primitive (U.S. Provisional 64/049,409) fuses satellite, aerial, surface, and subsurface maritime sensors across distinct physical media into corroborated, signed, court-defensible evidence for dark-vessel detection, sanctions enforcement, and IUU-fishing cases.Multi-Medium Wildfire Detection: Cross-Modality Sensor Fusion for Early Ignition Alerts Wildfire detection across federal, state, utility, and private sensors fails at cross-modality and cross-agency seams. The Environmental Disruption detection layer of the governed spatial mesh fuses visible, infrared, smoke-chemistry, and arc-fault observations into corroborated, signed fire determinations.CISA Critical Infrastructure Cybersecurity Compliance: Cross-Modality Detection and CIRCIA Incident Reporting How critical-infrastructure operators can satisfy CISA, EO 13800, and CIRCIA 72-hour incident reporting using cross-modality environmental-disruption detection with governed active probing and credentialed reporting, built on U.S. Provisional Application No. 64/049,409.GNSS Jamming and Spoofing Detection: Architecting FCC and EO 13905 PNT Resilience How to detect GPS jamming and spoofing and meet FCC harmful-interference and EO 13905 PNT-resilience obligations using cross-medium credentialed observation, where divergence between GNSS and independent media is itself a governed detection event.FCC Part 15 Unlicensed RF Compliance: Adversarial-Resistant Sensing for DFS and 6 GHz AFC How to meet the 47 CFR Part 15 no-harmful-interference, must-accept-interference rule under adversarial conditions: multi-source corroboration, spoofing-resistant sensing, and graduated response for 5 GHz DFS and 6 GHz AFC, grounded in U.S. Provisional Application No. 64/049,409 (Environmental Disruption Sensing).
Applications · specific
Anduril Sentry Tower vs Multi-Medium Credentialed Disruption Sensing Anduril Sentry towers do strong per-site multi-sensor fusion. The Environmental Disruption inventive step of U.S. Provisional 64/049,409 adds a different layer: cross-medium credentialed corroboration that separates genuine events from faults and spoofs.Dedrone Alternative: Governed Multi-Medium Counter-UAS Detection Beyond Single-Vendor Fusion How the Environmental Disruption primitive of U.S. Provisional 64/049,409 positions against Dedrone counter-UAS: multi-medium credentialed fusion, divergence as a governed observation, and spoof-versus-fault discrimination above single-vendor detection.HawkEye 360 Alternative: Multi-Medium Credentialed Sensing Beyond RF-Only Geolocation How the governed environmental-disruption primitive of U.S. Provisional 64/049,409 relates to HawkEye 360 RF geolocation: multi-medium credentialed fusion and divergence-as-governed-observation above single-modality RF sensing.Capella Space SAR vs governed multi-medium fusion Capella Space operates a commercial SAR satellite constellation. Governed multi-medium fusion, corroboration, and signed lineage are what the environmental-disruption primitive of U.S. Provisional 64/049,409 adds above the single modality.Maxar Imagery vs Governed Multi-Medium Disruption Sensing Maxar operates a major commercial optical satellite-imaging platform. The environmental-disruption primitive of U.S. Provisional 64/049,409 adds multi-medium cooperative disruption sensing and spoof-versus-fault discrimination that single-medium optical imagery cannot supply alone.Planet Labs Imagery vs Multi-Medium Governed Sensing Planet Labs runs a major optical earth-observation constellation. The environmental disruption sensing primitive of U.S. Provisional Application No. 64/049,409 composes optical observations with radar, RF, and ground-sensor evidence under credentialed provenance, treating divergence across media as a governed observation.Slingshot Aerospace vs Governed Multi-Medium Space Sensing How the Environmental Disruption inventive step of U.S. Provisional Application No. 64/049,409 relates to Slingshot Aerospace space-domain-awareness: multi-medium credentialed fusion and divergence-as-governed-observation versus centralized fusion.Spire Global vs Governed Multi-Medium Environmental Disruption Sensing How Spire Global's RF, AIS, and ADS-B satellite constellation compares to the governed multi-medium environmental disruption primitive of U.S. Provisional 64/049,409: credentialed cross-medium corroboration, governed active probing, and spoof-versus-fault discrimination.Cognex Machine Vision vs Governed Multi-Medium Sensing How the Environmental Disruption inventive step (U.S. Provisional 64/049,409) relates to Cognex machine vision: governed multi-medium corroboration, active probing, and signed observation lineage versus station-local inspection.Keyence Vision Sensors vs Governed Multi-Medium Sensing How the environmental disruption sensing primitive of U.S. Provisional Application No. 64/049,409 relates to Keyence machine-vision and industrial-sensor hardware: multi-medium credentialed fusion and divergence-as-governed-observation above the single-sensor verdict.
How-to guides
How to Build Wildfire or Earthquake Early Detection From Multiple Sensors An architectural how-to for wildfire and earthquake early detection that fuses independent sensing media so a single degraded channel cannot mask an event, based on the cross-medium composite disruption detection disclosed in U.S. Provisional Application No. 64/049,409.How to Detect Environmental Threats Using Multiple Sensing Mediums A developer's guide to the cross-medium composite disruption detection architecture: fusing radio-frequency, optical, acoustic, and other independent sensing channels so a single spoofed or jammed medium cannot hide an environmental threat. Disclosed in U.S. Provisional Application No. 64/049,409.How to Detect GPS Jamming or Spoofing An architectural approach to detecting GPS jamming and spoofing by fusing multiple independent sensing channels and cross-checking them, disclosed in a patent filing rather than shipped as a library.
