Advanced Physical Security Integration (APSI)

Course Instructor

Jose Santos Author

Course Overview

• Total Modules: 10
• Total Lessons: 42
• Capstone Projects: 3

Module 1: Foundations of Physical Security Architecture

Focus: The physics and philosophy behind the hardware.

• Lesson 1.1: The Security Ecosystem: Evolution from analog/relay systems to IP-based digital ecosystems.
• Lesson 1.2: Deep Defense Strategy: The “Onion” concept (Perimeter -> Shell -> Interior -> Asset).
• Lesson 1.3: Electrical Basics for Integrators: Ohm’s Law application, calculating voltage drop over long cable runs, and choosing wire gauge (AWG).
• Lesson 1.4: Power Budgets: Sizing power supplies (Amps), calculating battery backup (Ah) for standby requirements, and separation of high/low voltage.

Module 2: Networking for Security Professionals

Focus: Turning a cable puller into a network technician.

• Lesson 2.1: The OSI Model: A practical look at Layers 1, 2, and 3 relevant to cameras and controllers.
• Lesson 2.2: IP Addressing & Subnetting: IPv4, Gateways, DNS, and why “Class C” is a myth.
• Lesson 2.3: Switching Fundamentals: Unmanaged vs. Managed switches, Bandwidth backplanes, and VLANs for security segregation.
• Lesson 2.4: Power over Ethernet (PoE): The standards (802.3af/at/bt), power budgeting on switches, and extenders.
• Lesson 2.5: Physical Infrastructure: Fiber optics basics (Single vs. Multi-mode), structured cabling standards (Cat6/6A), and cable testing/certification.

Module 3: Video Surveillance (VMS & CCTV)

Focus: Image science and bandwidth management.

• Lesson 3.1: Camera Hardware Deep Dive: Sensor sizes, lens selection (fixed vs. varifocal), and understanding form factors (Bullet vs. Dome vs. PTZ vs. Fisheye).
• Lesson 3.2: Image Quality Configuration: Mastering Shutter Speed, Aperture, Gain, and WDR (Wide Dynamic Range) for challenging lighting.
• Lesson 3.3: The DORI Standard: Calculating Pixels Per Foot (PPF) for Detection, Observation, Recognition, and Identification.
• Lesson 3.4: Compression & Transmission: H.264 vs. H.265, Smart Codecs (Zipstream/WiseStream), and CBR vs. VBR.
• Lesson 3.5: Storage Architecture: Calculating retention (TB), RAID levels (0, 1, 5, 6, 10), and server failover strategies.

Module 4: Access Control Systems (ACS)

Focus: Electromechanical locking and user authentication.

• Lesson 4.1: Controller Architecture: Intelligent controllers vs. Interface modules, Distributed intelligence, and Database limitations.
• Lesson 4.2: Reader Technologies: 125kHz Proximity vs. 13.56MHz Smart Card (iClass/Mifare) vs. Mobile (NFC/BLE) vs. Biometric.
• Lesson 4.3: Communication Protocols: The dangers of Wiegand vs. the security of OSDP (Secure Channel).
• Lesson 4.4: Locking Hardware Logic: Maglocks vs. Electric Strikes vs. Electrified Mortise; Fail-Safe vs. Fail-Secure rules.
• Lesson 4.5: Advanced Logic: Anti-Passback (Hard/Soft), Man-Traps (Interlocks), and First-Person-In rules.

Module 5: Intrusion Detection & Perimeter Security

Focus: Protecting the edge and sensing unauthorized entry.

• Lesson 5.1: Alarm Panel Fundamentals: Zones, Partitions, and Keypad programming.
• Lesson 5.2: Sensor Technology: PIR vs. Microwave vs. Dual-Tech; Glass break mechanics; Beam detectors.
• Lesson 5.3: Circuit Wiring: Normally Open (NO) vs. Normally Closed (NC), and Single/Double End-of-Line (EOL) resistor supervision.
• Lesson 5.4: Perimeter Defense: Fence detection systems (Fiber/Piezo), Ground based radar, and Thermal imaging integration.

Module 6: Unified Integration Logic

Focus: Making disparate systems talk to each other.

• Lesson 6.1: Hard-Wired Integration (I/O): Using wet and dry relays to trigger events (e.g., “Intercom button triggers Strobe Light”).
• Lesson 6.2: Software Integration (API/SDK): How modern systems communicate via RESTful API; the concept of the “Driver.”
• Lesson 6.3: Fire Alarm Interface (FAI): Code-compliant wiring for dropping power to maglocks during fire events.
• Lesson 6.4: PSIM Concepts: Moving from “Integrated” (Connected) to “Unified” (One Interface).

Module 7: Cybersecurity for Physical Security

Focus: Hardening the edge devices against attack.

• Lesson 7.1: The Threat Landscape: How IoT cameras are used in botnets (Mirai); Man-in-the-middle attacks on card readers.
• Lesson 7.2: Device Hardening: Managing default passwords, disabling UPnP/Telnet, and firmware lifecycle management.
• Lesson 7.3: Network Security: 802.1X authentication (NAC), MAC address filtering, and TLS/SSL encryption certificates.
• Lesson 7.4: Physical Port Security: Protecting outdoor ports and exposed wiring from tampering.

Module 8: Advanced AI & Analytics

Focus: Moving from pixel motion to object classification.

• Lesson 8.1: The AI Stack: Computer Vision vs. Deep Learning; Edge Processing vs. Server Processing.
• Lesson 8.2: Object Classification: Configuring rules for “Person” and “Vehicle” detection; ignoring environmental noise.
• Lesson 8.3: Specialized Analytics: LPR/ANPR (License Plate Recognition) setup; Facial Recognition constraints; Heat mapping.
• Lesson 8.4: AI Search Technologies: Natural Language Search and Appearance Search (Avigilon/BriefCam workflows).

Module 9: Product Selection & System Design

Focus: Choosing the right tool for the job (Critique & Compare).

• Lesson 9.1: VMS Showdown: In-depth comparison of Genetec, Milestone, Avigilon, and Verkada.
• Lesson 9.2: Hardware Ecosystems: Comparing Axis (Premium), Hanwha (Mid/High), and Hikvision/Dahua (Budget/NDAA issues).
• Lesson 9.3: Access Control Platforms: Mercury-based hardware (Lenel, Feenics) vs. Proprietary hardware (Brivo, AMAG).
• Lesson 9.4: Writing the Scope of Work (SoW): Translating client needs into a technical Bill of Materials (BoM).

Module 10: Implementation, Codes & Closeout

Focus: Project execution and professional delivery.

• Lesson 10.1: Codes & Compliance: Life Safety 101 (NFPA), ADA compliance for readers/heights, and GDPR/Privacy laws.
• Lesson 10.2: Installation Best Practices: Cable dressing, service loops, labeling standards, and NEMA ratings.
• Lesson 10.3: Testing & Commissioning: The “Walk Test,” performance verification, and User Acceptance Testing (UAT).
• Lesson 10.4: Documentation: Creating “As-Built” drawings, IP schedules, and O&M manuals.

Capstone Labs (Practical Exam)

• Lab A: The “Active Shooter” Lockdown: Program a system where a single “Panic Button” input locks all exterior doors (deny access), flashes strobes via I/O, and triggers a specific email alert.
• Lab B: The “Data Center” Rack: Wire a cabinet with a PoE switch, a Controller, and a Patch panel, demonstrating proper cable management and VLAN separation between the devices.
• Lab C: The “Forensic” Search: Given a 1-hour video file and a vague description (“Red car, sometime after lunch”), use AI/Smart Search tools to export the specific 10-second clip of evidence.