Wireless & Wi-Fi Penetration Testing. Secure your invisible attack surface.
Your wireless networks are always broadcasting. We test Wi-Fi, Bluetooth, RFID, and IoT wireless protocols using the same techniques real attackers use, before they find your vulnerabilities first.
Wireless security by the numbers
Wireless networks extend beyond your walls. Attackers in parking lots, neighboring buildings, or with drones can reach your network without physical access.
Wireless security risk across the enterprise
Wireless networks create an invisible attack surface that extends beyond physical perimeters. Traditional security controls often miss these risks.
Invisible attack surface
Wireless signals don't stop at walls. Attackers in parking lots, neighboring buildings, or using drones can reach your network from outside your physical security perimeter.
Weak pre-shared keys
Many organizations use guessable or short Wi-Fi passwords. With modern GPU cracking, weak WPA2 keys can be broken in minutes, and they rarely get rotated.
Guest network escapes
Guest networks often have misconfigured isolation. Attackers on guest Wi-Fi can pivot to corporate networks, access shared services, or intercept traffic.
Rogue access points
Employees bring personal hotspots, or attackers plant malicious APs. These unauthorized access points bypass all your wired security controls.
Evil twin attacks
Attackers create fake networks mimicking your SSIDs. Employees and guests connect automatically, giving attackers man-in-the-middle position to steal credentials.
Enterprise auth weaknesses
802.1X/RADIUS can be misconfigured: improper certificate validation, weak EAP methods, or credential harvesting through evil twin attacks against enterprise networks.
Bluetooth exposure
Bluetooth headsets, keyboards, and IoT devices create additional attack vectors. BlueBorne and other vulnerabilities can compromise devices without pairing.
RFID/Badge cloning
Physical access control cards can be cloned with inexpensive equipment. An attacker reading badges in your parking lot gains building access.
IoT wireless protocols
Zigbee, Z-Wave, LoRa, and other IoT protocols often lack enterprise security. Smart building systems can become entry points to your network.
Benefits of wireless penetration testing
Find and fix wireless vulnerabilities before attackers exploit them. Secure the invisible perimeter that traditional assessments miss.
Discover all wireless assets
Comprehensive survey reveals all Wi-Fi networks, access points, and wireless devices, including rogue APs and unauthorized networks you didn't know existed.
Complete wireless inventory with signal mapping and configuration analysis
Visibility into shadow wireless infrastructure and unauthorized networks
Validate encryption strength
Test WPA2/WPA3 configurations, password strength, and enterprise authentication. Know if your wireless can be cracked before attackers try.
Password cracking attempts, PMKID attacks, handshake capture analysis
Confidence that wireless encryption meets security standards
Verify network segmentation
Test guest network isolation, VLAN segmentation, and network separation. Ensure attackers on guest Wi-Fi can't reach corporate systems.
VLAN hopping tests, ACL validation, traffic analysis between segments
Assurance that network segmentation actually works as designed
Evil twin detection
Test employee susceptibility to fake access points. Validate that WIDS/WIPS detects and alerts on rogue APs and evil twin attacks.
Evil twin deployment, credential harvesting, detection testing
Protection against credential theft via wireless attacks
RFID/Badge security
Test physical access control cards for cloning vulnerabilities. Ensure your building access system can't be bypassed with $50 of equipment.
Badge cloning attempts, replay attacks, access control bypass
Physical security validation—badge cloning is a real threat
Compliance evidence
Generate audit-ready documentation for PCI-DSS, HIPAA, SOC 2, and other standards requiring wireless security testing.
Detailed findings mapped to compliance requirements
Compliance documentation for auditors and regulators
Wireless penetration testing service pillars
From Wi-Fi to Bluetooth to RFID - we test all wireless attack vectors using real-world attacker techniques.
Wi-Fi Network Security Assessment
Comprehensive testing of your Wi-Fi infrastructure using the same tools and techniques real attackers use. We attempt to crack encryption, bypass authentication, and gain unauthorized access.
Learn MoreHow we conduct wireless penetration tests
Our methodology combines passive reconnaissance with active exploitation, testing all wireless attack vectors comprehensively.
Reconnaissance & Survey
Passive wireless survey to identify all networks, access points, and wireless devices in scope. Map the RF environment and identify targets.
Configuration analysis
Analyze wireless configurations for security weaknesses. Review encryption, authentication, and segmentation settings.
Encryption attacks
Attempt to crack Wi-Fi encryption using password attacks, PMKID capture, and handshake cracking. Test password strength.
Authentication bypass
Test enterprise authentication: deploy evil twin attacks, harvest credentials, and attempt to bypass 802.1X.
Post-access testing
Once connected (authorized or not), test network segmentation, access to resources, and ability to pivot to other networks.
Reporting & Remediation
Comprehensive reporting with exploited vulnerabilities, remediation guidance, and wireless security recommendations.
Wireless assessment deliverables
Complete documentation of findings with actionable remediation guidance.
Executive summary
High-level overview of wireless security posture with risk ratings and strategic recommendations.
- Risk assessment
- Key findings
- Business impact
- Priority recommendations
Technical report
Detailed vulnerability documentation with exploitation evidence and step-by-step remediation.
- Vulnerability details
- Attack evidence
- Cracked credentials
- Configuration issues
Wireless survey map
Heat maps and coverage diagrams showing all wireless networks, signal bleed, and device locations.
- Coverage maps
- Signal analysis
- AP locations
- RF environment
Asset inventory
Complete inventory of all discovered wireless assets including rogue devices and unauthorized networks.
- AP inventory
- Client devices
- Rogue APs
- Unknown SSIDs
Remediation guide
Step-by-step configuration guidance to fix identified vulnerabilities with vendor-specific examples.
- Fix procedures
- Config templates
- Password policies
- Segmentation designs
Retest verification
Free retest of remediated vulnerabilities with updated report confirming fixes.
- Verification testing
- Delta report
- Attestation letter
- Compliance evidence
Frequently asked questions
Answers to common questions about wireless penetration testing.
Yes, wireless testing requires physical presence to test the actual radio frequency environment. We deploy testers to your location(s) with specialized equipment. For organizations with multiple sites, we can test representative locations or all sites depending on your needs and budget.
We use professional-grade wireless testing equipment including directional antennas (to test signal bleed beyond your perimeter), specialized wireless adapters supporting monitor mode and injection, spectrum analyzers, Bluetooth sniffers, SDR (software-defined radio) for IoT protocols, and RFID/NFC readers for access control testing.
Most testing is passive or minimally intrusive. Active attacks like deauthentication are coordinated with you and can be performed during maintenance windows if needed. We discuss potential impacts during scoping and plan testing to minimize business disruption.
If we crack your Wi-Fi password, that's a critical finding proving your network can be compromised. We document the attack method, time to crack, and provide immediate notification so you can change the password. We then test the new password to ensure it's strong enough.
Yes. While WPA3 addresses many WPA2 weaknesses, implementation issues, downgrade attacks, and transition mode vulnerabilities still exist. We test WPA3 networks for proper configuration, SAE handshake security, and resistance to known attacks.
Absolutely. Guest network testing is a core part of our assessment. We connect to your guest network and attempt to reach corporate resources, other guests, management interfaces, and the internet in unauthorized ways. Many organizations are surprised what guests can actually access.
We test Bluetooth Classic and BLE devices for vulnerabilities including BlueBorne, pairing weaknesses, and device impersonation. For RFID, we test access control cards for cloning vulnerabilities. Can we read your badges in the parking lot and clone them? Many organizations are vulnerable.
A typical single-site assessment takes 3-5 days of on-site testing. Larger campuses or multiple sites require more time. We provide an accurate estimate after understanding your environment's size and complexity during scoping.
Yes. We test from parking lots, sidewalks, and neighboring areas to assess signal bleed and determine what attackers outside your perimeter can reach. Using directional antennas, attackers can sometimes connect from hundreds of meters away.
PCI-DSS explicitly requires quarterly wireless scanning and annual penetration testing of wireless. HIPAA, SOC 2, ISO 27001, and most security frameworks require testing of all network components including wireless. We map findings to your specific compliance requirements.
Wireless security specialists
Our team includes certified wireless experts with specialized equipment and real-world attack experience
Your wireless networks are always broadcasting.
Attackers don't need to enter your building to compromise your network. Test your wireless security before someone in the parking lot does it for you.