Service details
Protecting Your Future
Wi-Fi / Wireless Security – Securing Your Airwaves
Wireless networks are convenient but also one of the most targeted attack vectors. Weak encryption, misconfigured access points, and rogue devices can allow attackers to intercept traffic, steal credentials, or even gain full access to your internal systems.
At AceFortis Security, our Wi-Fi Security service ensures your wireless infrastructure is tested against real-world threats. We simulate the same techniques attackers use — from cracking weak WPA keys to setting up rogue access points — so you can discover and fix weaknesses before they’re exploited.
A secure wireless environment means your employees, customers, and critical assets can connect with confidence.
Service process
Our Wi-Fi security testing process replicates real-world attack methods to uncover weak configurations, weak encryption, and unsafe practices. Each phase ensures vulnerabilities are identified and addressed, providing you with clear recommendations to strengthen your wireless infrastructure against modern threats.
Network Mapping & Discovery
Identifying wireless access points, SSIDs, and connected devices.
01Encryption & Authentication Testing
Checking for weak or outdated protocols (WEP, WPA, WPA2) and insecure password policies.
02Rogue AP & Evil Twin Simulation
Testing resilience against fake access points and man-in-the-middle attacks.
03Traffic Capture & Exploitation
Assessing if sensitive data (credentials, sessions) can be intercepted or decrypted.
04Reporting & Hardening Recommendations
Providing actionable steps to secure configurations, enforce strong encryption, and segment networks safely.
05
Services outcome
By securing your wireless environment, you gain resilience against intrusions and interception attacks. Your organization benefits from stronger encryption, safe guest access, and regulatory compliance, ensuring employees and clients connect with confidence while minimizing exposure to cybercriminals targeting wireless infrastructures.
- Identification of insecure Wi-Fi configurations
- Protection against man-in-the-middle (MITM) and Evil Twin attacks
- Strong encryption and password policies implemented
- Reduced chances of unauthorized access to internal systems
- Secure guest and employee network segregation
- Compliance with security frameworks and best practices