Wireless Penetration Testing Services
Find Hidden Security Risks in Your Wi-Fi and Wireless Infrastructure
Artifice Security is a top-rated wireless penetration testing company trusted by enterprises, government agencies, and security-conscious organizations. We identify vulnerabilities in your wireless networks, whether Wi-Fi, Bluetooth, Zigbee, or other wireless protocols, and help you harden your environment against real-world attacks like evil twin APs, rogue access points, and WPA2/WPA3 misconfigurations. Our team combines deep network security expertise with hands-on testing to ensure your wireless infrastructure is secure, compliant, and resilient.
What to Expect From
Our Wireless Penetration Testing Service
Artifice Security’s wireless penetration testing service is designed to uncover and exploit hidden vulnerabilities across your wireless infrastructure. We assess wireless security controls, identify misconfigured access points, and detect weak encryption protocols that could be exploited by attackers. Our tests cover all major wireless technologies, including Wi-Fi (WPA2/WPA3), Bluetooth, Zigbee, and wireless mesh networks.
Our wireless security engineers use real-world tactics to simulate attacks such as:
Capturing and cracking pre-shared keys (PSKs)
Exploiting insecure protocols like WEP, WPA, and improperly configured WPA2-Enterprise
Deploying rogue access points and evil twin attacks to test user trust and device behavior
Mapping your wireless environment to uncover unauthorized or rogue access points
We also test guest Wi-Fi networks to verify proper network segmentation, client isolation, and enforcement of access controls. This helps prevent lateral movement from guest zones to internal networks, one of the most overlooked risks in wireless environments.
methodology
Wireless Penetration Test Methodology
At Artifice Security, we follow a proven wireless penetration testing methodology developed through years of hands-on experience with enterprise environments. Our process is fully manual—no false positives, just verified security risks. Each wireless vulnerability we report is paired with a repeatable proof-of-concept, giving your technical team the confidence to validate and remediate the issue.
Our wireless security assessment follows these key phases:
01
Define the Scope
We start by collaborating with your team to define the exact parameters of the wireless test. Our scope definition process includes:
- Identifying wireless locations (offices, campuses, remote sites)
- Determining in-scope SSIDs (corporate, guest, IoT, BYOD, etc.)
- Noting any systems or segments to exclude
- Scheduling approved testing windows
- Exchanging key personnel contacts for rapid incident response
02
Information Gathering / Reconnaissance Phase
Using Open-Source Intelligence (OSINT) and passive monitoring techniques, we map out both technical and human-related wireless risks:
Identifying exposed sensitive documents (PDFs, DOCXs, etc.)
Detecting credential leaks and breaches related to your domain
Reviewing domain impersonation risk and spoofing attempts
Collecting contextual data that could support phishing or rogue AP pretexts
03
Enumeration & Vulnerability Scanning Phase
We shift into active reconnaissance, focusing on wireless infrastructure and segmentation:
Scanning all SSIDs and detecting encryption types (WPA2, WPA3, WEP)
Mapping AP locations, ranges, and signal bleed
Identifying rogue APs or unauthorized repeaters
Testing guest networks for segmentation failures
Correlating vulnerabilities in firmware, routers, or access point configs
04
Attack & Exploitation Phase
This phase simulates real-world attacker behavior to compromise Wi-Fi security:
Cracking WPA/WPA2 handshakes or PSKs
Conducting Evil Twin and rogue AP attacks
Testing WPA2-Enterprise authentication for weak EAP configurations
Pivoting from wireless to internal networks if isolation is weak
Exfiltrating sample data (if approved) and demonstrating privilege escalation
05
Reporting Phase
We provide two detailed deliverables: a technical report and a business-level executive summary. Each includes:
Clearly explained vulnerabilities (no false positives)
Risk ratings based on impact and exploitability
Proof-of-concept evidence with step-by-step replication steps
Custom remediation advice aligned with your current architecture
Optional attestation letter for stakeholders, clients, or auditors
Your final report will also include:
Executive Summary outlining key threats
Chained Attack Paths showing how multiple findings could lead to compromise
Remediation Roadmap prioritizing fixes for your wireless infrastructure
06
Remediation Testing
After you’ve patched identified flaws, Artifice Security will retest the environment to validate that:
All vulnerabilities have been properly resolved
No regressions or new risks have been introduced
Security posture has measurably improved
We then issue an updated report reflecting the current state of your wireless network and confirming closed gaps.
FAQ
Frequently Asked Questions
What are the most common wireless vulnerabilities found during a penetration test?
The most common wireless network vulnerabilities we discover during penetration testing include:
Weak WPA2 or WPA3 Pre-Shared Keys (PSKs): Many networks still use easily guessable or shared passwords that are vulnerable to dictionary attacks.
Misconfigured SSIDs and WPA2-Enterprise settings: These setups can allow for Evil Twin attacks, where attackers impersonate legitimate access points and trick users into connecting.
Excessive Wi-Fi signal range: When access points broadcast well beyond a building’s perimeter, attackers can launch wireless attacks from parking lots or nearby public areas.
Rogue access points: These include personal APs installed by employees, unsecured printers with wireless enabled, or spoofed SSIDs set up by attackers to mimic legitimate networks. Organizations often lack detection controls for rogue APs, leaving a serious blind spot.
Improperly segmented guest networks: A guest Wi-Fi network should be fully isolated from the internal network. However, we frequently find cases where guest traffic can access sensitive systems or where guest isolation (client-to-client isolation) is not enabled—allowing devices on the same network to attack one another.
Do you provide wireless heatmaps with signal analysis?
Yes. As part of our wireless penetration testing service, we generate a wireless heatmap showing:
Access point signal range and strength
Channel overlap and interference
Signal dead zones
Possible rogue APs or overlapping SSIDs
This map provides a clear visual overview of your wireless infrastructure and is highly effective for both remediation planning and executive reporting.
Can you perform wireless penetration testing remotely?
Technically, yes, but on-site wireless penetration testing is strongly preferred. Remote testing introduces challenges, such as wireless adapter resets or physical troubleshooting, which may require staff intervention and disrupt testing flow. Additionally, wireless heatmaps cannot be created remotely, so onsite presence ensures a complete and accurate assessment.
Do you test guest Wi-Fi networks?
Absolutely. Guest network testing is a core part of every wireless security assessment. We evaluate whether the guest Wi-Fi is properly segmented from the internal production network and check for guest isolation (also known as wireless client isolation). Without these protections, attackers on the guest network can exploit other connected devices or bridge into your corporate environment.
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