Wireless Penetration Testing Providers
Wireless penetration testing assesses the security of an organisation's wireless networks, including Wi-Fi, Bluetooth, and other radio-frequency communications. Testers evaluate wireless network configurations, encryption protocols, authentication mechanisms, access point placement, and rogue device detection capabilities.
Testing identifies vulnerabilities such as weak encryption (WEP or misconfigured WPA), evil twin attacks, client isolation failures, unauthorised access points, wireless intrusion detection bypass techniques, and Bluetooth-based attacks. Wireless pen testers use specialised equipment to analyse the radio spectrum, capture and analyse wireless traffic, attempt authentication bypass, and evaluate the effectiveness of wireless security monitoring.
This testing is essential for organisations with guest Wi-Fi networks, wireless point-of-sale systems, warehouse Wi-Fi, campus networks, and any environment where wireless access could provide an attacker with network access. Wireless pen testing is required by PCI DSS for environments with wireless networks connected to the cardholder data environment and is recommended by ISO 27001 and Cyber Essentials as part of comprehensive security testing.
SECFORCE
Leading UK offensive security consultancy based in Canary Wharf, delivering CREST-accredited penetration testing and adversary simulation to organisations with the most demanding security requirements.
NCC Group
Global cybersecurity consultancy with CREST, CHECK, and CBEST accreditation, renowned for deep technical research and comprehensive penetration testing services.
Nettitude
CREST, CHECK, and CBEST accredited UK consultancy within Lloyd's Register, delivering premium penetration testing for government and critical infrastructure.
NetSPI
Leading penetration testing firm with the Resolve platform for continuous attack surface management, trusted by nine of the top ten US banks.
Pen Test Partners
The UK's largest independent security testing firm, renowned for IoT/OT research, CBEST red teaming, and CHECK/CREST-accredited penetration testing across all sectors.
PwC Cyber Security
Global Big Four professional services firm delivering CREST, CHECK, and CBEST-accredited penetration testing and red teaming services from London, serving the UK's largest enterprises and regulated organisations.
Trustwave
Global managed security provider with the elite SpiderLabs penetration testing team and deep PCI DSS compliance expertise.
Secarma
Manchester-based independent cybersecurity consultancy with over 20 years of experience delivering CREST and CHECK-accredited penetration testing, red teaming, and compliance certification services.
Bridewell
Fast-growing CREST and CHECK-accredited UK cybersecurity consultancy with deep expertise in critical national infrastructure sectors.
Pentest People
CREST and CHECK-accredited UK penetration testing firm with an innovative SecurePortal platform and transparent pricing for mid-market organizations.
LRQA
The only organisation worldwide with a full suite of CREST accreditations. 250+ cybersecurity specialists operating in 55+ countries across pen testing, red teaming, and incident response.
Bulletproof
CREST-accredited UK cybersecurity and compliance provider offering penetration testing, managed security services, and regulatory consultancy to over 2,000 customers from its Stevenage headquarters.
Wireless Penetration Testing FAQs
Does wireless testing require on-site presence?+
Yes, wireless penetration testing requires physical presence to assess radio-frequency signals, identify rogue access points, and test the wireless environment. This cannot be done remotely.
What wireless protocols are tested?+
Testing typically covers Wi-Fi (802.11a/b/g/n/ac/ax), and may include Bluetooth, Zigbee, and other RF protocols depending on scope and the technologies deployed.
How does wireless pen testing differ from a wireless audit?+
A wireless audit reviews configurations against best practices. Wireless pen testing actively attempts to exploit vulnerabilities to gain network access, demonstrating real-world attack scenarios.