The Guest Network Routes to Corporate.
Corporate Wi-Fi, guest networks, rogue access points, 802.1X bypass, and the segmentation you assume holds. We test from the parking lot in, on-site or with a hardware drop we ship and run remotely.
Definition Wireless penetration testing is manual adversarial testing of an organization's wireless infrastructure covering authentication, encryption, segmentation, and rogue-AP detection.
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File 01 · Definition
What It Is
Wireless testing exercises every wireless network in scope: corporate, guest, IoT, and any segment a credentialed or unauthenticated client can reach.
We test for WPA2 and WPA3 attacks, 802.1X bypass, EAP misconfigurations, captive-portal abuse, and rogue-AP visibility. Where segmentation is claimed, we validate it from the wireless side.
Engagements run on-site or via a hardware drop we ship and run remotely.
Wireless is the one perimeter an attacker reaches from the parking lot, without ever touching the building. The original install was validated once and never again, while years of access-point swaps and config drift quietly opened a guest VLAN or downgraded an 802.1X deployment that nobody has retested.
File 02 · Threat Model
Why Companies Need This
- 01 You have a guest network. Guest VLANs routinely route somewhere they should not, and the gap usually sits in a config nobody has revisited since install.
- 02 You use 802.1X. Config drift downgrades EAP and weakens cert validation over time, turning a strong design on paper into one an evil-twin AP walks through.
- 03 You moved offices or swapped access points. The new deployment was validated by the installer, not by someone trying to break the segmentation it promises.
- 04 You support BYOD. The wireless boundary is also the BYOD boundary, so a single under-managed personal device on the wrong SSID is a path onto the corporate LAN.
File 03 · Deliverables
What You Get
Detailed technical report
CVSS scoring, attack narratives, and proof-of-concept evidence
Executive summary
Findings translated into business risk, not CVSS noise.
Remediation guidance
Prioritized, actionable fixes, not just a list of CVEs
Real-time comms
Dedicated Slack channel for the engagement.
Compliance documentation
Mapped to SOC 2, PCI DSS, HIPAA, ISO 27001, and CMMC
File 04 · Methodology
Our Process
Wireless Recon
Passive enumeration of every in-scope SSID, encryption posture mapping, hidden network discovery.
Authentication Attacks
WPA2/WPA3 handshake capture, EAP downgrade, 802.1X bypass, captive-portal abuse.
Rogue AP & MITM
Rogue-AP detection from the wireless side, evil-twin scenarios, client-targeted attacks.
Segmentation & Pivot
Validating that guest, IoT, and corporate segments are actually isolated. Pivot testing where they are not.
Reporting & Retest
Findings mapped to SSIDs, encryption posture, and segmentation reality. Retest included.
File 05 · Intel Brief
Frequently Asked Questions
Q1 Do you test on-site or remotely?
Both. On-site is preferred for large campuses; remote drops work for distributed offices.
Q2 Do you cover WPA3 attacks?
Yes. Dragonblood and known WPA3 weaknesses are in scope.
Q3 What about Bluetooth and Zigbee?
Scoped on request as adjuncts to the wireless engagement.
Talk to an Operator
The Surface Is Already Exposed. Test It First.
Tell us how many offices are in scope and whether you want us on-site or running a hardware drop we ship. We will scope the wireless engagement from there.
Related
Where wireless testing connects
Where a wireless foothold leads, and the environments where RF is the quietest way onto the network.
Internal network penetration testing
Where a wireless foothold pivots to: AD abuse and lateral movement.
Physical red team engagements
Wireless and on-site physical access are often tested together.
External network penetration testing
The remote-access and vendor connectivity exposure around the building.
Manufacturing & OT security
Wi-Fi, Bluetooth, and RF on the plant floor.