Strategic research for proactive safety leaders.
Open analysis on AI-powered physical security, detection architecture, compliance, policy, sector risk, and the operational shift from recorded video to verified response.
Read by question, not by publication date.
IntelliGence is organized for security directors, facilities leaders, risk teams, and operators who need to understand what is changing and what to do next.
What threats are changing?
Track emerging physical security risks, attack patterns, safety mandates, and response gaps.
Threat intelligence 02How does the technology work?
Understand computer vision, local inference, model validation, alert routing, and integration architecture.
Technology briefings 03How do we justify action?
Use ROI, grant, liability, and operational frameworks to move proactive safety into planning and budget cycles.
ROI frameworksSix ways into the library.
Each stream is tuned to a different decision mode: signal, architecture, sector risk, standards, business case, and autonomous workflow design.
Threat Intelligence
What is changing in schools, public facilities, healthcare, workplaces, venues, and critical infrastructure.
ArchitectureTechnology Briefings
How AI video analytics actually works, where it fails, and what architecture choices matter.
EnvironmentsSector Playbooks
Industry-specific planning for education, healthcare, manufacturing, public sector, and commercial facilities.
StandardsCompliance
Privacy, safety policy, DHS SAFETY Act, workplace violence mandates, and procurement context.
Business CaseROI Frameworks
Practical models for evaluating cost, risk reduction, staff efficiency, and incident response impact.
AutomationAgentic AI
How autonomous workflows can help teams move from detection to coordinated response.
The live IntelliGence library.
Latest briefs, spotlight analysis, discipline filters, article index, and curated reading paths stay powered by the existing Intelligence publishing system.
Working Technology BriefingsAI-Powered Threat Detection and Workplace Safety: The Definitive 2026 Guide to Proactive Computer Vision
A reference guide for security, risk, and operations leaders evaluating AI-powered threat detection in 2026.
Bodies of research, organized by the question they answer.
Every dispatch, ordered by date.
Sector PlaybooksCritical Infrastructure and Electric Utilities: The 2026 AI Physical Security Sector Playbook for Substations, Generation Plants, and Control CentersOE-417 reporting hit 185 grid physical attacks in 2023 and E-ISAC tracked 3,500+ incidents in 2024. This sector playbook maps the NERC CIP-014 framework, the FERC-ordered CIP-014-4 revision, and the AI detection architecture utilities...Read dispatch Sector PlaybooksTransit, Rail, and Aviation: The 2026 AI Physical Security Sector Playbook for Surface and Air Transportation OperatorsA 2026 sector playbook for transit, rail, and aviation operators evaluating AI physical security: the PTASP and TSA Security Directive regulatory landscape, federal funding pathways, vendor evaluation criteria, and the five-modality detection map.Read dispatch Agentic AIThe Agentic AI Safety Case for Physical Security: A 2026 Framework for Evaluating Autonomy Tiers, Failure Modes, and Operational GuardrailsProcurement-ready framework for agentic AI in physical security: five autonomy tiers, seven failure modes, four oversight functions, and standards mapping to NIST, ISO 42001, UL 4600, and the EU AI Act.Read dispatch Standards & ComplianceAI Physical Security Procurement Compliance: The 2026 Federal and State Regulatory Framework for Security Directors, Procurement Officers, and AI VendorsThree simultaneous regulatory shifts — the GAO-26-107859 acquisition failures report, the GSA GSAR 552.239-7001 AI disclosure clause, and California EO N-5-26 — have created an immediate compliance burden for security directors and AI vendors...Read dispatch IntelliSee IntelligenceFederal and State Grant Funding for AI Physical Security: The 2026 Procurement Intelligence BriefingFederal and state grant funding for AI physical security in 2026 is the largest sustained appropriations cycle the sector has ever seen, but the procurement reality on the ground is that most school districts,...Read dispatch ROI FrameworksThe True Workplace Violence Cost: A Seven-Tier Decomposition for Risk Leaders, CFOs, and Insurance UnderwritersA finance-defensible seven-tier decomposition of workplace violence cost: direct medical, productivity, regulatory, litigation, security response, retention, and insurance. Primary-source benchmarks for CFO-grade ROI modeling.Read dispatch ROI FrameworksThe Physical Security Staffing Crisis: An ROI Framework for AI-Augmented Guard OperationsThe physical security labor market is broken. The ROI model for fixing it runs through AI. 77% Annual turnover rate in the security guard sector, 2024 (ASIS International / Building Security Services) 162,300 Annual...Read dispatch Technology BriefingsAI Video Analytics vs. Traditional CCTV: A Technology Briefing on the Architectural Shift From Recording to Real-Time DetectionTraditional CCTV is a recording architecture; AI video analytics is a detection architecture. This technology briefing explains the system-level differences with primary-source data on false alarms, labor supply, and the migration path that does...Read dispatch Standards & ComplianceThe EU AI Act and Physical Security AI: A Compliance Intelligence Briefing for Security Directors and Procurement TeamsThe EU AI Act's August 2026 enforcement deadline is now fixed. This briefing maps where physical security AI sits within the risk classification framework — prohibited, high-risk, or limited-risk — and what that means...Read dispatch Threat IntelligenceActive Assailant Threat Intelligence: The 2026 Briefing on Workplace, Retail, and Public-Venue Incident Patterns, Dwell Times, and Detection Failure ModesFBI Active Shooter Reports, BLS Census of Fatal Occupational Injuries, and ALERRT response-time research, assembled into a single threat-intelligence briefing for security leaders responsible for workplaces, retail, hospitality, healthcare campuses, and public venues outside...Read dispatch Threat IntelligenceAI Gun Detection Failure Modes: A Threat Intelligence Analysis of What Computer Vision Misses, Why It Misses It, and What the Architecture Gaps Mean for Your Security ProgramA primary-source analysis of the six failure modes in AI gun detection — from occlusion and low-light degradation to adversarial behavior — with an operational risk matrix and deployment due diligence framework for security...Read dispatch Sector PlaybooksHospitality and Hotels: The 2026 AI Physical Security Sector Playbook for Brand Operators, GMs, and Risk LeadersHow AI computer vision detection fits inside a modern hospitality security program, mapped to BLS occupational injury data, the seven-jurisdiction panic-button mandate landscape, the AHLA 5-Star Promise framework, and the four economic levers that...Read dispatch Start with the question your team is trying to answer.
What threats are changing?
Track emerging physical security risks, attack patterns, safety mandates, and response gaps.
Threat Intelligence →02How does the technology work?
Understand computer vision, model validation, alert routing, and integration architecture.
Technology Briefings →03How do we justify action?
Use ROI, grant, liability, and operational frameworks to move proactive safety into planning.
ROI Frameworks →Research should clarify the next decision.
Our library stays open access so security, risk, and operations leaders can evaluate the evidence before they evaluate a platform.
Talk with an Intelligence AdvisorA research practice, not a content calendar.
Every dispatch is grounded in current standards, field-tested deployment patterns, primary-source research, and clear limits. The goal is not volume. The goal is better physical security decisions.
Each issue, delivered only when there is something worth reading.
New dispatches on AI-powered physical security, regulatory shifts, and proactive safety technology. Sent only when we publish.
Have a specific environment to evaluate?
Share the risk profile, camera footprint, and response workflow. We will help translate the research into a practical detection plan.