Wireless Security Testing Services
Expert Wi-Fi, Bluetooth, BLE, and RFID security assessments — covering WPA2/WPA3 cracking, rogue access point detection, 802.1X bypass, and Evil Twin attacks from real attacker positions.
Wi-Fi · Bluetooth · RFID — Every Wireless Protocol Tested
Each wireless technology has a unique attack surface. We hold specialist expertise across all major protocols — not just Wi-Fi.
Wi-Fi Networks
Wi-Fi is the most targeted wireless protocol in enterprise environments. We simulate real-world attackers equipped with directional antennas and GPU-accelerated cracking rigs — testing your wireless infrastructure from your own car park.
- WPA2-PSK handshake capture & offline cracking (hashcat)
- WPA3 Dragonblood downgrade attack testing
- PMKID attack without client-side interaction
- Evil Twin / rogue AP with credential harvesting
- Guest VLAN isolation & segmentation bypass
- Hidden SSID enumeration & probe request analysis
Bluetooth & BLE
Bluetooth and BLE are ubiquitous in enterprise environments — from conference room equipment to IoT sensors and physical access devices. Each presents a distinct attack surface that most security programs completely ignore.
- Bluetooth pairing weakness & MITM (BIAS attack)
- BLE advertisement sniffing & device fingerprinting
- GATT service enumeration & unauthorized read/write
- BLE bonding bypass & replay attacks
- Bluetooth Classic bluejacking / bluesnarfing testing
- Range amplification & relay attack assessment
RFID, NFC & IoT Wireless
Physical access cards, contactless payment terminals, and IoT mesh networks all rely on wireless protocols that can be cloned, relayed, or jammed with off-the-shelf hardware. We test the wireless layer of your physical security perimeter.
- 125kHz / 13.56MHz RFID card cloning assessment
- NFC relay attack & NDEF payload injection
- Zigbee network key extraction & replay
- Z-Wave network security assessment (S0/S2)
- IoT wireless protocol enumeration (Thread, Matter)
- Physical access control system bypass testing
Why Wireless Security is Constantly Overlooked — And Exploited
Wireless infrastructure operates at the physical boundary of your organization. Unlike web or API vulnerabilities that require a network connection, wireless attacks can be launched from a car park, a neighboring office, or anywhere within signal range — with no credentials, no prior access, and no firewall in between.
Organizations consistently under-invest in wireless security because attacks are invisible. There are no server logs, no SIEM events, when someone captures your WPA2 handshake from 50 meters away. Periodic wireless penetration testing is your primary control against this invisible attack surface.
WPA2/WPA3 Auth Testing
Capturing handshakes and testing PSK strength against GPU-accelerated cracking rigs
Rogue AP & Evil Twin
Detecting unauthorized access points and simulating credential harvesting
802.1X / RADIUS Testing
Bypass testing for enterprise certificate-based authentication mechanisms
Signal Leakage Mapping
Identifying where your corporate wireless signal bleeds outside your physical perimeter
5-Phase Wireless Penetration Testing Methodology
From passive reconnaissance through active exploitation, segmentation testing, and evidence-backed reporting — a proven on-site wireless assessment process.
Wireless Reconnaissance & Enumeration
We identify all SSIDs (including hidden), BSSIDs, channels, signal strength, encryption types (WPA2/WPA3/Open), and client device associations across the target area using passive and active scanning tools — mapping the full wireless attack surface before any active testing begins.
Authentication & Encryption Testing
We capture WPA2 handshakes (4-way and PMKID), perform offline cracking against curated wordlists and rules, test WPA3 downgrade paths (Dragonblood), and assess 802.1X RADIUS implementations for EAP method weaknesses and certificate validation gaps.
Rogue Access Point & Evil Twin Testing
We deploy a controlled Evil Twin access point matching target SSIDs to test whether client devices auto-associate and transmit credentials. We also scan for pre-existing rogue APs, honeypots, and unauthorized network extensions operating within your environment.
Segmentation & Lateral Movement Testing
We test guest network isolation, VLAN security, and the ability to reach internal resources from wireless access points — including DHCP poisoning, ARP spoofing, and pivot attempts into adjacent network segments from both guest and corporate SSIDs.
Reporting & Remediation
You receive a dual-layer report: an Executive Summary with wireless risk posture, and a Technical Findings report with CVSS scores, captured handshakes and pcap evidence, and specific remediation guidance (PSK policy, WPA3 migration, 802.1X reconfiguration) per finding.
Comprehensive Wireless Security Testing Coverage
From WPA2 handshake cracking to RFID card cloning — every wireless attack vector, covered with specialist hardware and techniques.
WPA2 / WPA3 Attack Testing
Handshake capture using hcxdumptool and PMKID extraction — followed by GPU-accelerated offline cracking with hashcat and Dragonblood downgrade testing for WPA3 environments.
Rogue AP & Evil Twin
Deploying controlled rogue access points to test client auto-association behaviour, credential harvesting via captive portals, and deauthentication attack resilience across the target SSID estate.
802.1X & RADIUS Security
Testing EAP-TLS, PEAP, and EAP-TTLS implementations for certificate validation failures, credential interception via hostapd-wpe, and RADIUS server misconfiguration exposing enterprise credentials.
Bluetooth & BLE Security
BLE advertisement sniffing, GATT service enumeration, BIAS attack testing, pairing mechanism bypass, Ubertooth-based traffic analysis, and Bluetooth Classic bluesnarfing assessment.
RFID & NFC Testing
Cloning 125kHz and 13.56MHz access cards, testing NFC relay attack exposure, NDEF payload injection, and full physical access control system bypass testing against proximity-based entry systems.
Signal Leakage & Segmentation
Mapping wireless signal propagation beyond the physical perimeter and testing segmentation controls between wireless guest, corporate, and IoT VLANs using both passive monitoring and active injection.
Specialist Wireless Security — Not Generic Assessments
Wireless security requires dedicated hardware, on-site expertise, and protocol-specific knowledge. We bring all three — on your site, testing from real attacker positions.
Specialist Hardware
We use dedicated wireless hardware — Alfa AWUS cards, HackRF, Ubertooth, Proxmark — not standard laptop adapters — for accurate, real-world signal capture and attack simulation.
All Wireless Protocols
Wi-Fi (802.11a/b/g/n/ac/ax), Bluetooth Classic, BLE 5.x, RFID (125kHz/13.56MHz), NFC, Zigbee, and Z-Wave — tested in a single engagement by a single team.
Zero False Positives
Every finding is manually verified with captured handshakes, pcap files, or cloned credential evidence before it appears in your report. No scanner output, no guesswork.
Post-Fix Retest
After remediation, we revisit your site and verify that all findings — PSK strength, rogue AP controls, VLAN segmentation, and 802.1X config — are fully resolved.
Industry-Leading Tools We Use
Frequently Asked Questions
Everything you need to know about wireless security testing
Ready to Secure Your Wireless Environment?
Wireless attacks happen silently — no server logs, no firewall alerts. Schedule a consultation with our wireless security team and get a precise assessment of your Wi-Fi, Bluetooth, and RFID attack surface before someone in your car park does it first.
Get in Touch
Ready to secure your future? Reach out to us for a consultation.