IntelliSee IntelliGence
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.
Reading Paths
Updated
Threat Intel
Signals safety teams should monitor now
Technical
Architecture behind AI video analytics
Compliance
Policy, privacy, and liability frameworks
How to Use It
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.
01
What threats are changing?
Track emerging physical security risks, attack patterns, safety mandates, and response gaps.
Threat intelligence
02
How does the technology work?
Understand computer vision, local inference, model validation, alert routing, and integration architecture.
Technology briefings
03
How do we justify action?
Use ROI, grant, liability, and operational frameworks to move proactive safety into planning and budget cycles.
ROI frameworks
Research Streams
Six ways into the library.
Each stream is tuned to a different decision mode: signal, architecture, sector risk, standards, business case, and autonomous workflow design.
Signals
Threat Intelligence
What is changing in schools, public facilities, healthcare, workplaces, venues, and critical infrastructure.
Architecture
Technology Briefings
How AI video analytics actually works, where it fails, and what architecture choices matter.
Environments
Sector Playbooks
Industry-specific planning for education, healthcare, manufacturing, public sector, and commercial facilities.
Standards
Compliance
Privacy, safety policy, DHS SAFETY Act, workplace violence mandates, and procurement context.
Business Case
ROI Frameworks
Practical models for evaluating cost, risk reduction, staff efficiency, and incident response impact.
Automation
Agentic AI
How autonomous workflows can help teams move from detection to coordinated response.
Latest and Featured
The live IntelliGence library.
Latest briefs, spotlight analysis, discipline filters, article index, and curated reading paths stay powered by the existing Intelligence publishing system.
Latest
The newest dispatches.
The Agentic SOC Workforce: How Autonomous Triage Is Redesigning the Security Guard and Operator Role
The security guard is the most common protective job in America and the most quietly automated. In May...Self-Storage Facilities: The 2026 AI Physical Security Sector Playbook for the Unmanned Facility Threat Surface
Self-storage is racing toward unmanned, remotely managed operation as break-ins rise. This sector playbook covers the unmanned-facility threat...The Security Systems Integrator Channel: A 2026 Market Analysis of PE Consolidation, the Technician Constraint, and the AI-Readiness Gap That Decides What Buyers Can Actually Deploy
The security systems integrator channel is consolidating faster than at any point in its history, running out of...The Late-Night Retail Homicide Threat: A 2026 Threat Intelligence Briefing on the Robbery-Shooting Pattern, the OSHA General Duty Clause Record, and the Detection Gap in Extended-Hours Retail
Workplace homicide is not a random event. It concentrates in specific hours, specific settings, and specific occupations, and...How to Evaluate Agentic Physical Security AI: The 2026 Briefing on Agent Hijacking, Red-Team Evals, and Continuous Evaluation
Before an autonomous security agent is allowed to act, three numbers decide whether it is ready. 629 Security...Current Spotlight
Latest briefing.
Agentic AI - 16 min read - Open access
Agentic AI
The Agentic SOC Workforce: How Autonomous Triage Is Redesigning the Security Guard and Operator Role
The security guard is the most common protective job in America and the most quietly automated. In May 2025, the U.S. Bureau of Labor Statistics counted 1,283,470 people working as security guards and gambling surveillance officers, earning a median annual wage of...By Discipline
Bodies of research, organized by the question they answer.
98 dispatches across 7 disciplines
Agentic AI
The shift from alert-first to autonomous security systems.Market Analysis
Buyer research, vendor landscape, and strategic positioning.ROI Frameworks
Economic models for building the business case.Sector Playbooks
Industry-specific intelligence for security leaders.Standards & Compliance
DHS SAFETY Act, Alyssa's Law, and regulatory analysis.Technology Briefings
How computer vision actually works for physical security.Threat Intelligence
Deep-dive briefings on specific safety failure modes and attack patterns.The Index
Every dispatch, ordered by date.
Filter
All Agentic AI Market Analysis ROI Frameworks Sector Playbooks Standards & Compliance Technology Briefings Threat Intelligence
106 results
NDAA Section 889, FAR 52.204-25, and AI Physical Security: The 2026 Camera Supply-Chain Compliance Briefing for Federal Agencies, Critical Infrastructure Operators, and DoD Contractors
FAR 52.204-25, the FCC Covered List, Section 1260H, NIST SP 800-82r3, and CMMC 2.0 PE controls form a layered regulatory stack governing AI physical security camera procurement. This...
19 min read
Detection-to-Response Latency Economics: A Quantitative ROI Framework for Translating Compressed Seconds Into Loss-Cost Reduction in AI Physical Security
In active assailant incidents in U.S. education settings, the average attack ends in 3 minutes 18 seconds, and the average law-enforcement response arrives at 1 minute 48 seconds....
19 min read
The Workplace Violence Prevention Plan Mandate: A 2026 Compliance Briefing on California SB 553, Emerging State Laws, and the Federal Standard Taking Shape
Workplace Violence Prevention Plans Are Now Law: What Every Employer Needs to Know About California SB 553, State Mandates, and the Coming Federal Standard 470 Workplace homicides recorded...
23 min read
Biometric Privacy Compliance for AI Physical Security: The 2026 Standards Briefing on BIPA, CUBI, MHMDA, and the State Patchwork Reshaping Vendor Selection
Biometric Privacy Compliance In Three Numbers $1.4B Texas v. Meta Platforms settlement under Texas CUBI for collecting facial geometry without consent, the largest privacy settlement ever obtained by...
22 min read
School Cell Phone Bans and the AI Enforcement Gap: The 2026 Standards-Compliance Briefing on State Laws, Federal Contraband Rules, and the Detection Technology Filling the Policy-to-Practice Void
School Cell Phone Bans in Three Numbers 35 States Plus the District of Columbia have signed laws or formal policies restricting student cell phone use in K-12 classrooms...
20 min read
How to Evaluate an AI Gun Detection System: The 2026 Procurement and Proof-of-Concept Methodology for Security Directors, Risk Officers, and Procurement Teams
Most AI gun detection evaluations are built around vendor demos. This methodology is built around evidence. 41% Share of organizations that absorbed pilot integration labor from abandoned AI...
20 min read
AI Physical Security Total Cost of Ownership: The 2026 Buyer’s Pricing Intelligence Report on Hardware, License, Integration, and Lifecycle Cost
A buyer who only compares software license prices is comparing 18 percent of the actual cost. The remaining 82 percent decides whether the system survives the first renewal....
18 min read
School Shootings in 2026: The Year-to-Date Data Analysis, Definitional Framework, and What the Numbers Mean for K-12 Security Planning
K-12 School Shootings: 2026 Year-to-Date Intelligence 42+ K-12 School Shooting Incidents Documented in the U.S. Through April 2026 K-12 School Shooting Database (Riedman, 2026) 232 K-12 School Shooting...
18 min read
How AI Gun Detection Works: A Technical Reference on Computer Vision Architecture, Model Training, Accuracy Trade-offs, and Deployment for Security Leaders
Gun detection has moved from research lab to live deployment in under five years. Today, machine learning models run on camera feeds at schools, hospitals, stadiums, and government...
18 min read
Alarm Verification Standards Reshape AI Gun Detection: The 2026 Standards-Compliance Briefing on TMA AVS-01, ASAP-to-PSAP, and the Verified-Response Movement
Alarm Verification Standards in Three Numbers 94-98% Of police alarm calls historically false, per the U.S. Department of Justice COPS Office "False Burglar Alarms, 2nd Ed." problem-oriented policing...
20 min read
AI Physical Security M&A and Consolidation: The 2026 Market Analysis of Vendor Roll-Ups, Strategic Acquirers, and Platform Risk for Buyers
The 2026 Physical Security M&A Landscape in Three Numbers $695M Aggregate annual revenue added by Allied Universal’s seven 2025 acquisitions in the uniformed-guard segment alone Capstone Partners Security...
19 min read
Government and Public Buildings: The 2026 AI Physical Security Sector Playbook
Government and public buildings face a compounding physical security gap that existing guard-and-camera infrastructure cannot close alone. 50% GAO covert tests at federal buildings where FPS contract guards...
19 min read
Pages
Reading Paths
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.How does the technology work?
Understand computer vision, model validation, alert routing, and integration architecture.How do we justify action?
Use ROI, grant, liability, and operational frameworks to move proactive safety into planning.The Research Desk
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.
Editorial Methodology
A 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.
The Reading List
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.
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