Background

Physical & WiFiSecurity Testing

Physical breaches are rare but devastating. Verizon DBIR 2025 found physical actions in just 4% of breaches, yet those incidents carry the highest per-record cost. APT groups still rely on on-site social engineering for initial access while over 70% of enterprise WiFi remains on WPA2 or weaker.

4%
Breaches involve physical actions, highest per-record cost
Verizon DBIR 2025
<30%
Enterprise WPA3 adoption rate
Wi-Fi Alliance 2025

Physical Testing

Tailgating & pretexting
HID badge cloning (Proxmark)
USB drop attacks
Lock bypass & evasion

Wireless Testing

WPA2/WPA3 cracking
Evil twin & rogue APs
WiFi Pineapple attacks
802.1X & client-side MITM

Physical Security Assessment

Digital defenses mean nothing if an attacker walks through the front door. Social engineering via physical access remains a primary initial-access vector for APT groups, and commodity tools like Flipper Zero and Proxmark have made badge cloning accessible to anyone. I test what your cameras, guards, and access controls actually stop.

Social Engineering

  • Tailgating and piggybacking at entry points
  • Pretexting as delivery, contractor, or vendor
  • USB drop attacks in lobbies and parking areas
  • Employee challenge-and-response testing
  • Security policy compliance documentation

Access Control Systems

  • HID badge cloning with Proxmark & Flipper Zero
  • RFID/NFC replay and emulation attacks
  • Magnetic stripe and legacy card vulnerabilities
  • Biometric reader bypass techniques
  • Access control system configuration review

Physical Barriers

  • Lock picking and bypass techniques
  • Door and window security assessment
  • Perimeter fence and gate testing
  • Mantrap and turnstile evaluation
  • Emergency exit security testing

Surveillance & Monitoring

  • Camera blind spot identification
  • Video surveillance evasion techniques
  • Security guard patrol pattern analysis
  • Alarm system testing and bypass
  • Motion sensor and detector evasion

Wireless Security Testing

With WPA3 adoption still below 30% in enterprise environments, most wireless networks remain vulnerable to offline cracking, rogue access points, and client-side attacks. I deploy WiFi Pineapple and professional RF tooling to test encryption, 802.1X authentication, and guest-to-internal segmentation.

WPA2/WPA3 Attacks

  • Handshake capture and offline cracking
  • PMKID attacks (clientless)
  • WPA3 downgrade attacks
  • Weak password dictionary attacks
  • Rainbow table attacks

Rogue Access Points

  • Evil twin AP via WiFi Pineapple
  • Captive portal credential harvesting
  • KARMA/MANA client lure attacks
  • Rogue AP detection effectiveness testing
  • Wireless IDS/IPS evasion

Client-Side Attacks

  • Deauthentication attacks
  • Man-in-the-middle positioning
  • SSL stripping over WiFi
  • Traffic interception and analysis
  • Credential harvesting

Enterprise WiFi

  • WPA2-Enterprise / 802.1X testing
  • RADIUS server security
  • Certificate validation bypass
  • EAP method vulnerabilities
  • Active Directory integration flaws

Network Segmentation

  • VLAN hopping from WiFi
  • Guest network isolation testing
  • Internal network access from wireless
  • SSID segmentation verification
  • Firewall rule validation

RF & Physical Layer

  • Signal strength and coverage mapping
  • Interference and jamming testing
  • Physical AP security assessment
  • Rogue device detection
  • Bluetooth and BLE security

Assessment Deliverables

Site Maps

Physical layout, camera placement, access points

Vulnerability Report

Detailed findings with evidence and recommendations

Control Assessment

Effectiveness evaluation of physical/wireless controls

Risk Ratings

Prioritized findings by business impact

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