{"resourceId":"wyoming-pm-alertwest-jackson-20260925","versions":[{"version":"external-42a6691ed728cb8fb64026df7b292dff5dabcafff32b3fcf0f348c9ac6e8bbdc","resource":{"id":"wyoming-pm-alertwest-jackson-20260925","title":"Wyoming Public Media: Jackson ALERTWest AI camera alerted one minute before 911; humans still verify","organization":"Wyoming Public Media (University of Wyoming)","sector":"Independent public media / local fire-EMS operations reporting","geography":"United States — Jackson Hole / Teton County, Wyoming","publishedAt":"2026-09-25","publicationDate":"2026-09-25","eventDate":null,"sourceName":"Wyoming Public Media","sourceLabel":"Public radio report on ALERTWest AI wildfire detection cameras for Jackson Hole Fire/EMS","sourceUrl":"https://www.wyomingpublicmedia.org/natural-resources-energy/2026-09-25/ai-wildfire-detection-cameras-in-jackson-act-as-modern-fire-towers","evidenceClass":"independent-reporting","outcomeClass":"emerging","topics":["infrastructure","operating-model","governance-procurement","accessibility-workforce"],"finding":"Wyoming Public Media (Kai Edwards, published 2026-09-25) reports that Jackson Hole Fire and EMS installed two ALERTWest AI wildfire smoke-detection cameras near Snow King Mountain and Jackson Hole Mountain Resort. Deputy Chief Raymond Lane states alerts go to a dispatch center for human verification before responder notification. Lane says the cameras recently caught a private-property grass fire, alerting a minute before the 911 call, with quick containment and no damage or injuries, and that there have not been false alerts so far (one alert was an actual fire). Feeds are public, updating every 15 seconds; a third Buffalo Valley camera is planned; cameras are framed as a supplemental tool, not a firefighter replacement.","sledRelevance":"Fresh local operational anecdote for SLTT fire/EM buyers evaluating AI cameras with mandatory human verification. Why now: published 2026-09-25 with a measured one-minute-before-911 claim and early false-alert statement beyond the archived Buckrail install story on a different URL.","evidence":"Opened Wyoming Public Media HTML via curl. Installation context, human-verification workflow, grass-fire lead-time claim, false-alert statement, public-feed/transparency rationale, and supplemental-tool framing taken from article paragraphs.","architectureImplications":"Camera AI → dispatch verification console → CAD/responder alerting; keep public viewing tier separate from dispatch-actionable alerts.","governanceImplications":"Publish human-in-the-loop rules and track lead-time vs 911 and FP counts as cameras scale beyond n=1 anecdotes.","securityPrivacyImplications":"Public 24/7 feeds aid transparency but create operational-security and privacy tradeoffs near communities and resorts.","caveats":"Single grass-fire anecdote and short post-install window; not a controlled multi-season FP/lead-time study; ALERTWest vendor ecosystem already covered in prior Teton reporting.","streamIds":["emergency-services"],"roles":{"sales":"Use this Sept 25 public-radio piece as an early operational signal—not proof of network-wide performance: Jackson’s ALERTWest cameras allegedly beat 911 by one minute on a grass fire with no false alerts yet, under mandatory human verification. Discovery should ask for multi-incident lead-time/FP logs, dispatch staffing for verification, and public-feed policy. Bounded engagement: pilot evaluation design with 911-timestamp comparison. Unsupported claims include season-long zero false alarms, consistent earlier-than-911 detection, or replacing lookouts/firefighters.","engineering":"Fit is PTZ camera AI smoke detection with dispatch verification before CAD/responder alert—not autonomous dispatch. Architecture needs alert clock sync to 911/CAD, verification UI, and optional public HLS/still feeds. Prerequisites: tower siting, backhaul, and SOPs for human confirm. Constraints: early install sample; vendor-specific ALERTWest; WUI edge focus. Proof of value is lead-time vs 911 and FP/day under adjudication across a fire season.","delivery":"Stand up verification playbooks, after-action logging of each alert vs 911, and public-comms for live feeds. Dependencies: fire/EMS prevention leadership, PSAP/dispatch, vendor, and county EM for evacuation messaging. Ownership: fire/EMS for detection ops; PSAP for verification workload. Acceptance criteria: documented HITL, published FP/lead-time metrics after N incidents, and explicit non-replacement of firefighters. Risks: anecdote-driven expansion and alert fatigue if FPs appear later."},"roleDetails":{"sales":{"customerProblem":"WUI communities need earlier smoke detection near the wildland-urban edge without flooding dispatch with false alarms.","stakeholders":["Fire/EMS chiefs","PSAP managers","County EM","Elected officials / public"],"discoveryQuestions":["What is lead-time vs 911 across all alerts, not one anecdote?","Who verifies before apparatus is toned?","What public-feed and privacy policy applies?","How will seasonal FP rates be reported?"],"valueHypothesis":"AI cameras may occasionally beat 911 on remote ignitions if human verification keeps FPs near zero—and only if season-long metrics confirm the anecdote.","potentialEngagement":"Pilot metrics framework comparing camera alert time to 911/CAD timestamps.","unsupportedClaims":["Guaranteed earlier-than-911 detection","Permanent zero false alerts","Cameras replace firefighters or lookouts"]},"engineering":{"fit":"AI smoke-detection cameras with mandatory dispatch human verification before response.","architectureIntegration":"Camera AI alert → PSAP verification workspace → CAD/responder notify; public view tier optional.","prerequisites":["Tower/power/backhaul","CAD time sync","Verification SOP","Alert audit store"],"constraints":["Short post-install sample","Vendor ALERTWest specifics","WUI siting limits"],"security":"Segment public feeds from dispatch-action systems; protect camera PTZ control planes.","proofOfValue":["Alert-to-911 lead time distribution","FP rate per camera-day","Verification workload minutes"]},"delivery":{"work":"Deploy verification SOP, logging, and public-comms; review after each alert.","dependencies":["PSAP staffing","Vendor support","County EM alert systems"],"ownership":"Fire/EMS prevention owns detection program; PSAP owns verification.","skillsAdoption":"Train dispatchers on smoke-vs-confuser adjudication and when to tone units.","governanceCheckpoints":["30/90-day metric review","Third-camera expansion gate","Public-feed policy review"],"acceptanceCriteria":["HITL documented","N-incident metric pack","No autonomous public warning from raw AI"],"risks":["Anecdote bias","Later FP surge","Dispatcher workload creep"]}},"retrievedAt":"2026-09-26T22:03:09-05:00","enrichedAt":"2026-09-26T22:03:09-05:00","enrichmentBasis":"retrieved source","accessibilityWorkforceImplications":"Human verification still consumes dispatcher attention; public feeds may increase citizen tips and evacuation awareness work.","procurementImplications":"Prefer contracts with public-feed options and mandatory verification SLAs; require seasonal FP/lead-time reporting, not launch anecdotes alone.","operatingModelImplications":"Keep 911 and human verification primary; AI cameras remain cueing tools in the toolbox.","sourceVerification":{"openedUrl":"https://www.wyomingpublicmedia.org/natural-resources-energy/2026-09-25/ai-wildfire-detection-cameras-in-jackson-act-as-modern-fire-towers","referenceExcerpt":"The camera alerted a minute before the 911 call came in","promptVersion":"sled-research-v4.0","model":null,"basis":"agent-reported inspection"}}}]}