Overview
Wireless networks are a critical part of modern business operations, powering mobile workforces, IoT devices, and guest access. Poorly secured Wi-Fi can extend beyond physical barriers and allow attackers to connect unnoticed from outside your facility, intercept data, hijack sessions, or gain a foothold in internal systems.
Our Wi-Fi Penetration Testing service uncovers these invisible risks by evaluating encryption, authentication, and network configurations. We identify weak pre-shared keys, misconfigured access points, rogue devices, and authentication flaws so you can lock down every wireless entry point before attackers exploit them.
Wi-Fi
Site Survey
Discover SSIDs, access points, coverage gaps, and signal bleed.
Encryption Review
Evaluate WPA2/WPA3 settings, key management, and cipher strength.
Authentication Testing
Verify 802.1X/EAP configuration, RADIUS setup, and certificate handling.
Handshake Capture
Collect and analyze 4-way handshakes and PMKID for offline cracking.
Key Cracking
Attempt PSK recovery for weak passphrases and poor entropy.
Rogue AP Assessment
Detect and test Evil Twin or unauthorized access points.
Post-Access Checks
Simulate lateral movement, sniffing, and session hijacking from Wi-Fi.
Configuration & Policy
Review AP settings, VLAN separation, guest isolation, and monitoring.
What you will get
Deliverables that keep every stakeholder aligned
We deliver more than raw findings: you receive a complete package that leadership, engineers, and auditors can all act on immediately.
Reporting package
Evidence-rich documentation for executives and technical teams.
Executive summary that explains business impact, key risks, and the
narrative behind the assessment.
Vulnerability summary with grouped issues, risk owners, severity,
and time-to-fix guidance.
Technical analysis that includes screenshots, observations, attack
flow notes, and proof-of-exploitation where appropriate.
Metrics & scoring covering CVSS, likelihood/impact rationales,
and remediation priority to unblock quick decisions.
Remediation toolkit
Clear next steps, mapped to the people fixing the issues.
Excel remediation tracker that consolidates every vulnerability with
owners, status, due dates, and comments so progress is easy to measure.
Prioritized backlog with quick wins, blocked items, and prerequisites
highlighted to reduce remediation friction.
Restitution meeting to walk through findings live, align on
fixes, and answer engineer questions while the context is fresh.
Optional retest to validate patches and refresh CVSS scores so the
final report reflects your latest posture.
Where this service excels
Recent scenarios our team solved
Real-world stories that mirror the way customers deploy, defend, and recover.
Corporate
Rogue AP evil twin
Captured credentials by cloning SSIDs with weak EAP settings during busy events.
Outcome
Hardened EAP-TLS configuration, deployed wireless intrusion detection, and user push alerts.
Retail
Guest network pivot
Abused mis-tagged VLAN trunk allowing guest users to reach PoS segments.
Outcome
Corrected VLAN assignments, enforced ACLs, and added continuous wireless segmentation tests.
Healthcare
Weak PSK rotation
Recovered long-lived PSK from decommissioned kiosks and accessed internal Wi‑Fi.
Outcome
Moved to certificate-based auth, rotated keys, and implemented device onboarding workflows.
Testing Methodology
1
Scoping & Kick-off
Define in-scope locations, target SSIDs, testing windows, safety rules, and authorized contacts. Agree on signal/coverage boundaries and stop criteria.
2
Discovery & Mapping
Perform passive captures and active scans to map networks, discover hidden SSIDs and rogue devices, and identify authentication and encryption configurations.
3
Exploitation
Capture authentication events (4-way handshakes, PMKID), attempt PSK recovery where appropriate, and test authentication flows such as 802.1X/EAP for weaknesses.
4
Rogue AP & MitM Testing
Deploy controlled fake access points (Evil Twin) and perform credential capture or session interception to validate detection and response capabilities, under strict safety rules.
5
Post-Exploitation & Pivoting
Demonstrate limited lateral movement, data sniffing, and session hijack scenarios from a successful Wi-Fi compromise to show business impact without causing harm.
6
Reporting & Debrief
Produce a comprehensive report containing executive summary, scope, methodology, prioritized findings with evidence/PoCs, business impact, risk ratings, and actionable remediation, and present results during a restitution meeting.
7
Retest (Optional)
Verify fixes and ensure no new weaknesses were introduced.
FAQ
- Defined in-scope physical locations and SSIDs.
- Access to relevant network diagrams, VLAN mappings, and RADIUS configs if available.
- Coordination with facilities and network teams for safety and to avoid unintended disruptions.
- Testing windows and emergency contact details for on-site activities.
Wireless networks often extend beyond physical perimeters and can be exploited to bypass other controls. This assessment reveals weak encryption, misconfigurations, and rogue devices that enable attackers to access internal resources from the airspace around your facilities.
Typically 2–5 business days, depending on the number of access points, sites, and complexity of authentication infrastructure.
All testing is planned to be safe and non-destructive. We coordinate activities, use minimal-impact techniques where possible, and obtain approvals before any intrusive actions such as deauths or fake AP deployment.