Wireless Security
Assessment

Your wireless network is an open door if left untested. We assess WiFi infrastructure, Bluetooth deployments, and IoT wireless protocols for rogue access points, authentication bypass, encryption weaknesses, and client-side attacks that let attackers onto your network without touching a cable.

Request Wireless Assessment All Services

WiFi Testing Rogue AP Detection Bluetooth Assessment WPA3 Validation

Wireless Threat Dashboard

WPA3 ConfigurationConfigured

Rogue AP DetectionNone

Client IsolationDisabled

EAP AuthenticationValid

Wireless SegmentationFlat

Secured

Needs Review

At Risk

WiFi

Rogue AP

Bluetooth

WPA3

Assessment Areas

What We Assess in Your Wireless Environment

Comprehensive wireless security assessment spanning WiFi infrastructure, Bluetooth and IoT protocols, and enterprise wireless management controls.

Enterprise WiFi Penetration Testing

Comprehensive penetration testing of enterprise WiFi networks targeting authentication mechanisms, encryption configurations, and access point vulnerabilities.

WPA2/WPA3 Protocol Analysis

In-depth analysis of WPA2 and WPA3 protocol implementations including SAE handshake validation, transition mode security, and downgrade attack resistance.

Rogue Access Point Detection

Detection and identification of unauthorised wireless access points, evil twin networks, and wireless devices operating outside approved infrastructure.

Wireless Client Isolation Testing

Testing of client isolation mechanisms to prevent peer-to-peer communication between wireless clients on the same network segment.

Captive Portal Security Assessment

Assessment of captive portal implementations for authentication bypass, session hijacking, and data exposure vulnerabilities in guest onboarding flows.

Wireless IDS/IPS Validation

Validation of wireless intrusion detection and prevention systems for coverage gaps, alert tuning, and effectiveness against common wireless attack techniques.

Bluetooth Security Assessment

Assessment of Bluetooth Classic deployments for pairing vulnerabilities, eavesdropping risks, unauthorised device access, and protocol-level weaknesses.

BLE Device Testing

Testing of Bluetooth Low Energy devices for GATT service exposure, characteristic manipulation, firmware update risks, and connection hijacking vulnerabilities.

Zigbee and Z-Wave Testing

Security testing of Zigbee and Z-Wave smart home and building automation networks for key extraction, device impersonation, and mesh network attacks.

NFC Security Assessment

Assessment of Near Field Communication implementations for relay attacks, eavesdropping, data manipulation, and token replay vulnerabilities.

IoT Wireless Protocol Analysis

Analysis of LoRa, Sigfox, Sub-GHz, and other IoT wireless protocols for encryption weaknesses, replay attacks, and device authentication flaws.

Wireless Sensor Network Security

Assessment of industrial and environmental wireless sensor networks for data integrity, node compromise, and gateway security vulnerabilities.

Wireless Architecture Review

Review of wireless network architecture including controller configuration, AP placement, SSID strategy, and wireless LAN design for security gaps.

EAP/802.1X Authentication Testing

Testing of Extensible Authentication Protocol and 802.1X implementations for certificate validation flaws, RADIUS security, and authentication bypass vectors.

Wireless Network Segmentation

Assessment of wireless VLAN segmentation, firewall policies between wireless zones, and traffic isolation between corporate, guest, and IoT wireless networks.

Wireless Monitoring and Alerting

Review of wireless monitoring infrastructure including WIPS coverage, anomaly detection rules, alert tuning, and incident response procedures for wireless threats.

Guest Network Isolation

Assessment of guest wireless network isolation from corporate resources, captive portal security, and policy enforcement to prevent lateral movement from guest access.

Wireless Compliance Assessment

Mapping of wireless security controls to PCI-DSS wireless requirements, ISO 27001 Annex A, and industry-specific standards for regulatory compliance evidence.

Methodology

How We Run a Wireless Security Assessment

A structured six-phase programme from wireless discovery through to continuous security validation.

Phase 01

Wireless Discovery

Map all wireless infrastructure including access points, controllers, client devices, and wireless management platforms across all locations.

Phase 02

Passive Reconnaissance

Monitor wireless spectrum for rogue access points, evil twin networks, unauthorised clients, and wireless protocol anomalies without active engagement.

Phase 03

Active Testing

Test WiFi authentication mechanisms, encryption configurations, and client connection procedures through controlled attack simulation.

Phase 04

Bluetooth and IoT Testing

Assess Bluetooth, BLE, Zigbee, Z-Wave, and other wireless protocols for pairing vulnerabilities, data interception, and device exploitation.

Phase 05

Enterprise Controls Review

Evaluate wireless network segmentation, monitoring, guest isolation, and management plane security controls.

Phase 06

Remediation and Validation

Deliver a comprehensive report with prioritised findings and conduct a re-test to validate remediation effectiveness.

Who It's For

Who Needs Wireless Security Assessment

Enterprise Network Teams

IT teams managing corporate WiFi infrastructure with hundreds of access points and thousands of wireless clients across multiple locations.

IoT and Smart Facility Operators

Organisations deploying Bluetooth, BLE, Zigbee, and other wireless protocols for building automation, asset tracking, and environmental monitoring.

Regulated Industries

Financial services, healthcare, and hospitality organisations with PCI-DSS wireless requirements and data protection obligations for wireless networks.

FAQ

Questions We Get Asked Often

A wireless security assessment evaluates the security of your WiFi infrastructure, Bluetooth deployments, and IoT wireless protocols. It covers rogue access point detection, authentication bypass testing, encryption analysis, and wireless network segmentation to prevent unauthorised access through wireless vectors.

We test WiFi (802.11 a/b/g/n/ac/ax), WPA2/WPA3 enterprise and personal modes, Bluetooth Classic and BLE, Zigbee, Z-Wave, NFC, LoRa, and other IoT wireless protocols. We cover both enterprise and consumer-grade wireless technologies.

A rogue access point is an unauthorised wireless device deployed on your network, either by an attacker or accidentally by an employee. Rogue APs bypass network perimeter control, create backdoor access, and can be used for man-in-the-middle attacks, credential harvesting, and lateral movement.

We test WPA3 SAE authentication resistance, transition mode vulnerabilities, management frame protection enforcement, Opportunistic Wireless Encryption configuration, and downgrade attack resistance. We also validate that client devices properly implement WPA3 protocols.

Yes. We assess guest network isolation from corporate networks, captive portal security, BYOD onboarding procedures, client isolation enforcement, and bandwidth policy enforcement to prevent guest networks from becoming attack vectors.

Wireless SecurityAssessment