Secure Your Wireless Edge with a Trusted Global Partner

Protect your people, devices, data, and brand with expert Wi‑Fi Penetration Testing.

We help IT leaders, network engineers, and security teams uncover real‑world weaknesses in corporate, guest, and IoT wireless networks—before attackers exploit them. Our service is global, delivered by experienced specialists, and aligned with recognised practices for 802.11 security. Expect a professional yet pragmatic approach that prioritises business risk, provides actionable remediation, and gives you the peace of mind that your wireless perimeter is resilient.

What Is Wi‑Fi?

Wi‑Fi is a family of IEEE 802.11 standards that enables wireless local area networking for laptops, smartphones, tablets, IoT devices, and corporate endpoints. It uses radio frequencies (2.4 GHz, 5 GHz, 6 GHz for Wi‑Fi 6E) and access points (APs) to connect clients to internal resources and the internet.

Modern enterprise Wi‑Fi architectures often include:

Multiple SSIDs for corporate, guest, and device onboarding.
Security protocols such as WPA2‑PSK, WPA2‑Enterprise (802.1X/EAP), and WPA3.
Network segmentation (VLANs) and policy enforcement (firewalls, NAC).
Captive portals, rate limiting, and traffic isolation controls.
Management planes (controllers/cloud dashboards) and logging.

While convenient and essential, Wi‑Fi also expands your attack surface beyond the physical building—signals can be received outside your premises, and attackers can attempt credential capture, rogue AP placement, or misconfiguration exploits. A focused Wi‑Fi pentest validates that your wireless defences work as intended in realistic conditions.

Why Do You Need a Wi‑Fi Pentest?

A well‑executed Wi‑Fi pentest helps you:

Prevent credential theft and network compromise: Identify weaknesses in WPA2/WPA3 setup, PSK strength, 802.1X/EAP configurations, and captive portals that could allow unauthorised access.
Detect rogue infrastructure: Find unauthorised APs, evil twin scenarios, and hidden networks that undermine trust and enable man‑in‑the‑middle attacks.
Validate isolation and segmentation: Ensure guest users cannot laterally move into corporate VLANs; confirm client‑to‑client isolation on public SSIDs.
Strengthen policy enforcement: Verify deauth protections, MAC filtering assumptions, rate limiting, and admin token handling on controllers.
Support compliance and audit readiness: Provide independent evidence of wireless security due diligence for governance and vendor assessments.
Reduce operational risk and cost: Catch misconfigurations early, avoid incident response overheads, and maintain user confidence and uptime.

Bottom line: a Wi‑Fi pentest provides clarity and control over your wireless risk, ensuring attackers cannot use your airwaves as an easy entry point.

Objectives of a Wi‑Fi Pentest

Our testing objectives focus on real‑world resilience and practical remediation:

Secure access: Validate authentication schemes (PSK/802.1X/EAP), cipher suites, and key handling to prevent brute force, downgrade, or handshake exploitation.
Detect and neutralise rogue threats: Identify unauthorised APs, evil twin setups, and hidden SSIDs that enable credential capture or traffic interception.
Protect sessions and management access: Ensure admin interfaces, controller tokens, and management frames are protected against misuse and injection.
Enforce segmentation and isolation: Confirm VLAN boundaries, firewall policies, and client isolation prevent lateral movement from guest/IoT into corporate networks.
Harden configurations: Remove default settings, weak passwords, and insecure legacy protocols; standardise secure baselines across APs and controllers.
Provide actionable fixes: Deliver prioritised, evidence‑backed recommendations mapped to your environment and risk tolerance.

What Areas Are Mandated in a Wi‑Fi Pentest?

We explicitly cover the following wireless‑specific domains:

Wireless network discovery (SSID enumeration, hidden SSID detection, channel mapping): Comprehensive scan to identify all broadcast and non‑broadcast SSIDs, channel usage, and coverage overlap.
Access point fingerprinting (vendor detection, signal analysis, rogue AP identification): Determine AP models, firmware fingerprints, and anomalies indicative of unauthorised devices.
WEP, WPA, WPA2/3 configuration review (authentication method, cipher suites, key handling): Validate protocol selection, PMF (Protected Management Frames), and secure key lifecycles.
Pre‑shared key and handshake capture testing: Assess PSK strength and exposure risk through controlled handshake capture and offline resistance analysis.
EAP and enterprise authentication evaluation (802.1X, certificate validation): Verify EAP methods (PEAP, EAP‑TLS, TTLS), server certificate validation, inner method strength, and MFA integration.
Rogue AP and evil twin attack simulation: Simulate deceptive APs to evaluate detection, user behaviours, and protective controls against credential interception.
MAC filtering bypass attempts: Test resilience of MAC‑based controls and detect reliance on weak identifiers.
Captive portal assessment: Review authentication, session handling, upload forms, and bypass vectors; confirm legal notices and data handling are not exploitable.
Deauthentication, disassociation, and frame injection testing: Controlled tests to evaluate resilience against management frame abuse and whether PMF is enforced.
Traffic isolation checks between connected clients: Confirm client‑to‑client isolation and prevention of broadcast abuse on guest SSIDs.
Identification of weak passwords and default configurations: Detect factory defaults, weak controller credentials, and insecure cloud management setups.
Review of guest network segmentation and lateral movement possibilities: Validate VLAN separation, ACLs, and firewall policies preventing pivot into corporate networks.
Hidden wireless networks and unauthorised devices detection: Locate concealed SSIDs, ad‑hoc networks, and shadow devices (e.g., personal hotspots, IoT hubs) inside corporate spaces.

Benefits You Gain from a Wi‑Fi Pentest

Actionable risk reduction: Findings are prioritised by exploitability and impact, with practical configuration examples for APs, controllers, and RADIUS/NAC.
Faster remediation: Clear steps empower network teams to fix issues quickly without guesswork.
Improved compliance posture: Independent evidence supports audits, vendor due diligence, and governance reviews.
Stronger user trust and reliability: Reduce outages and security incidents caused by misconfigurations or rogue devices.
Global service, consistent quality: We deliver across regions and time zones, adapting to on‑site or remote‑assisted testing as appropriate.
Knowledge transfer: We share secure baselines and operational checklists, helping you prevent recurrence and standardise best practice.

Our Wi‑Fi Pentest Methodology

We use a structured, repeatable methodology tailored to your environment. We begin by defining scope collaboratively, then design the actual test plan based on your in‑scope assets and risk priorities.

1) Define Scope Collaboratively

We work with your team to establish clear, efficient boundaries:

Sites and coverage: Offices, warehouses, retail spaces, outdoor areas; floor plans and AP placement.
SSIDs and user groups: Corporate, guest, BYOD, IoT/onboarding, admin/management.
Authentication models: PSK, WPA2‑Enterprise (802.1X/EAP), WPA3, certificate‑based auth, captive portals.
Network segmentation: VLANs, ACLs, firewall policies, and routes between SSIDs and corporate resources.
Management plane: Controllers or cloud dashboards, admin roles, logging and alerting integrations.
Operational constraints: Maintenance windows, rate limits, local regulations, and health & safety requirements for on‑site work.
Success criteria: Reporting depth, mapping to internal controls, retest expectations, and timelines.

2) Design the Methodology to Fit the In‑Scope Assets

With scope confirmed, we design a targeted plan that reflects your architecture and risk:

Wireless network discovery (SSID enumeration, hidden SSID detection, channel mapping)

Perform active and passive scans to enumerate visible and hidden SSIDs, identify beacon anomalies, and map channels for 2.4/5/6 GHz with attention to overlap and interference.

Access point fingerprinting (vendor detection, signal analysis, rogue AP identification)

Fingerprint APs and controllers via beacon IEs, OUIs, and management frames; correlate signal characteristics to spot rogue or mis‑placed APs.

WEP, WPA, WPA2/3 configuration review (authentication method, cipher suites, key handling)

Inspect protocol choices, cipher suites (CCMP vs legacy), PMF usage, key rotation policies, and roaming behaviours; flag insecure legacy modes and mixed configurations.

Pre‑shared key and handshake capture testing

Conduct controlled handshake capture to assess offline resistance of PSKs; evaluate entropy, password policy, rotation frequency, and exposure through shared devices or printed materials.

EAP and enterprise authentication evaluation (802.1X, certificate validation)

Validate RADIUS/AAA setups; confirm proper certificate chains, server name indication checks, and robust inner methods; test user experience for certificate prompts and rejection of invalid certs.

Rogue AP and evil twin attack simulation

Simulate deceptive APs that mirror SSID names and lure clients; assess detection (WIDS/WIPS), user prompts, auto‑join behaviours, and credential capture resistance.

MAC filtering bypass attempts

Attempt spoofing and cloning to highlight limitations of MAC‑only controls; recommend stronger identity enforcement (802.1X, device certificates).

Captive portal assessment

Review login, voucher, or social auth flows; test session fixation, CSRF, input validation, and potential bypass vectors (DNS manipulation, cached routes, whitelisted domains).

Deauthentication, disassociation, and frame injection testing

Perform limited, controlled tests to evaluate resilience to management frame abuse, ensuring PMF is enabled and monitoring detects anomalies; coordinate to avoid user disruption.

Traffic isolation checks between connected clients

Confirm client isolation prevents ARP spoofing, broadcast abuse, and peer‑to‑peer attacks on guest SSIDs; test inter‑VLAN routing policies and ACL enforcement.

Identification of weak passwords and default configurations

Audit controller and AP admin credentials, cloud portal access, SNMP communities, and SSH/telnet settings; detect factory defaults and weak role policies.

Review of guest network segmentation and lateral movement possibilities

Validate that guest traffic cannot reach corporate resources; attempt pivots via misconfigured ACLs, shared services (printers, conferencing devices), and poorly segmented IoT zones.

Hidden wireless networks and unauthorised devices detection

Identify concealed SSIDs and ad‑hoc hotspots; locate personal or shadow APs and create response recommendations (policy, detection, and removal workflows).

3) Evidence, Reporting, and Remediation Support

Clear, prioritised findings: Each issue includes severity, affected assets, reproduction steps, screenshots/logs, and precise remediation guidance.
Executive summary & technical appendix: Communicate risk in business terms, with detailed references for network engineers.
Collaborative handover: Walkthrough sessions, Q&A, and validation of proposed fixes to accelerate implementation.
Optional retest & attestation: Verify remediation and provide updated documentation to close audit items with confidence.

What We Need from You

To maximise value and minimise friction:

Site details: Floor plans, AP inventories, SSID lists, and controller/cloud management information.
Access & logistics: On‑site access if required, local contacts, and preferred testing windows.
Configuration snapshots: Current policies, VLAN mappings, firewall/ACLs, and RADIUS/NAC settings.
Test accounts & vouchers: Guest access mechanisms, admin roles for read‑only reviews.
Constraints: Any regulatory or operational limits (e.g., zones where deauth tests must be excluded).

The value added to you

Our Wi‑Fi Penetration Testing service provides expert wireless security testing across WPA2/WPA3, 802.1X/EAP, captive portals, and guest network segmentation. We specialise in SSID enumeration, rogue AP and evil twin detection, handshake capture analysis, traffic isolation reviews, and management plane hardening. Delivered by experienced consultants with global coverage, we produce actionable reports and trusted remediation guidance. If you’re seeking a Wi‑Fi security assessment that prioritises value, methodology, and peace of mind, we are the partner your teams can rely on.

Frequently Asked Questions

How long does a Wi‑Fi pentest take?

Typical engagements run 2–7 working days per site, depending on size, number of SSIDs, and controller complexity. Large multi‑site organisations may require a phased approach.

Will testing disrupt normal operations?

We design tests to minimise impact. Some activities (e.g., deauth/frame injection) are performed in tightly controlled windows and only with prior agreement.

Do you test guest and IoT networks?

Yes. We assess guest SSIDs, onboarding networks, and IoT segments for isolation, policy enforcement, and lateral movement risks.

Can you align findings to our internal controls?

Absolutely. We map findings to your network standards and provide a secure baseline checklist to support governance and repeatability.

Is the service available globally?

Yes. We deliver on‑site and remote‑assisted engagements worldwide, coordinating time zones and local requirements.

Why Choose Us

Experience & Expertise: Senior testers specialised in wireless standards, enterprise controllers, and practical attack simulations.
Authoritative & Trustworthy: Evidence‑led findings with pragmatic, environment‑aware remediation.
Global Delivery: Consistent quality across regions, with flexible scheduling.
Value‑Focused: We prioritise by exploitability and impact so you can fix what matters first—fast.

Get Started

Strengthen your wireless perimeter with a partner you can trust.
Contact us to define scope, schedule your Wi‑Fi pentest, and gain the peace of mind that comes from expert, end‑to‑end wireless security testing.

Quick Checklist of What We Cover

Wireless network discovery (SSID enumeration, hidden SSID detection, channel mapping)
Access point fingerprinting (vendor detection, signal analysis, rogue AP identification)
WEP, WPA, WPA2/3 configuration review (authentication method, cipher suites, key handling)
Pre‑shared key and handshake capture testing
EAP and enterprise authentication evaluation (802.1X, certificate validation)
Rogue AP and evil twin attack simulation
MAC filtering bypass attempts
Captive portal assessment
Deauthentication, disassociation, and frame injection testing
Traffic isolation checks between connected clients
Identification of weak passwords and default configurations
Review of guest network segmentation and lateral movement possibilities
Hidden wireless networks and unauthorised devices detection

Wifi Pentests