Wireless networks are one of the most exploited entry points into modern organizations. At Network Security Clinic, we deliver comprehensive WLAN security assessments that go far beyond basic configuration reviews. Our approach focuses on real-world attack exposure, regulatory risk, and operational resilience—so you know exactly where you stand and how to strengthen your defenses before it matters most.
Our assessments are built on five critical security components that directly impact confidentiality, availability, and compliance.
We evaluate encryption strength, key management, and client isolation to prevent data leakage and unauthorized interception across the wireless environment.
We assess identity enforcement, credential misuse risks, and access accountability across users, devices, and services.
We validate wireless segmentation strategies to ensure guest, corporate, IoT, and critical systems are properly isolated—reducing lateral movement during breaches.
We verify visibility across the wireless environment, ensuring abnormal behavior is detected early—before it becomes an incident.
We assess policy enforcement, configuration consistency, and operational alignment with security and compliance requirements.
Network Security Clinic evaluates and implements Wireless Intrusion Detection and Prevention Systems to actively defend wireless environments against real-world threats.
We assess both overlay-based deployments and AP-integrated WIDS/WIPS, ensuring detection capabilities align with your environment’s scale and threat model.
Our assessments simulate and analyze attack techniques commonly used by adversaries—providing visibility into actual risk, not theoretical vulnerabilities.
We evaluate exposure to WPA2 offline attacks by identifying weak authentication mechanisms, poor password practices, and insufficient monitoring that could allow credential compromise without detection.
Wireless security failures often lead directly to audit findings and compliance violations. Our assessments align technical findings with regulatory impact, including:
We don’t just identify issues—we deliver actionable remediation strategies, risk prioritization, and executive-ready reporting that supports:
Your WLAN is not just a network—it’s a business risk surface. We help you control it.
Comparing WPA2 Offline Attack Risks 🆚 🛡️ WPA3 with SAE for stronger protection
Attackers capture the WPA2 handshake and attempt unlimited password guesses offline, without interacting with the network.
Identifying WLAN risks, validating controls, and preventing wireless compromise.
SAE replaces static handshakes with a secure, password-authenticated key exchange. Captured data is useless and cannot be cracked offline.
Please fill out the form below, and we will provide a preliminary evaluation of your network or system security.
Situation: "In January 2026, Fortinet disclosed CVE-2026-24858, an actively exploited authentication bypass vulnerability affecting multiple Fortinet products including FortiOS, FortiGate, FortiManager, FortiWeb, FortiProxy, and FortiAnalyzer. The vulnerability allowed attackers with a FortiCloud account and a registered device to authenticate to other customers’ devices when FortiCloud Single Sign-On (SSO) was enabled."
Task: "Our task was to immediately contain the active exploitation, assess all internet-facing Fortinet firewalls and management platforms for indicators of compromise, and remediate the vulnerability by applying vendor-recommended patches and configuration changes to prevent unauthorised access."
Action: "We identified all Fortinet devices with FortiCloud SSO enabled and prioritised them for emergency remediation. FortiCloud SSO was temporarily disabled in line with Fortinet guidance while Fortinet restored the service with protective changes. We reviewed administrative logs for unauthorised configuration changes, account creation, and VPN modifications. Emergency patching was initiated as soon as Fortinet updates became available, ensuring devices were upgraded beyond versions affected by CVE-2026-24858, as well as previously disclosed SSO bypass vulnerabilities (CVE-2025-59718 and CVE-2025-59719). Additional hardening included rotating administrative credentials, validating VPN configurations, and restricting external management access."
Result: "All affected Fortinet firewalls and management systems were successfully patched and secured against the authentication bypass vulnerability. No further unauthorised access was observed, administrative integrity was restored, and exposure to active exploitation was eliminated. The environment achieved full compliance with CISA Known Exploited Vulnerabilities (KEV) requirements, significantly reducing the risk of future SSO-based attacks."