An open Wi-Fi network can be compromised in minutes by someone who never sets foot inside the building. That single fact is why wireless security cannot be treated as an afterthought bolted onto a wired network's defenses — it needs its own architecture, its own threat model, and its own response plan.

Delivered by the Arab British Fellowship Training Academy, this course gives network and security professionals a structured, hands-on path through that architecture: from radio-frequency fundamentals and encryption protocols, through access control and intrusion detection, to the policies, compliance obligations, and next-generation threats — including IoT and AI-driven attacks — that shape wireless security today.

What You Will Be Able to Do:

• Explain the technical foundations of wireless communication and the security challenges that come with it.
• Identify vulnerabilities specific to wireless protocols and hardware, and apply layered defenses across WLAN and Wi-Fi environments.
• Configure access points and controllers securely, and analyze wireless traffic to detect intrusions.
• Apply encryption, authentication, and continuous monitoring strategies effectively.
• Build wireless security policies aligned with organizational objectives and regulatory requirements.
• Detect and respond to rogue devices, unauthorized access, and emerging next-generation wireless threats.

Who Should Attend:

• Network engineers and IT professionals responsible for wireless deployments.
• Cybersecurity officers and infrastructure managers.
• Systems administrators managing enterprise-level wireless services.
• Security auditors and compliance consultants.
• Professionals pursuing wireless security certifications.

Module 1: Wireless Network Fundamentals — Architecture, Standards and Signal Behavior

• Types of wireless networks (WLAN, WPAN, WMAN), infrastructure vs. ad hoc modes, and the roles of access points and clients
• The IEEE 802.11 standards family, frequency bands, spectrum usage, range, and throughput
• Signal propagation characteristics, common interference sources, and attenuation and multipath issues

Module 2: Security Fundamentals, Threats and Secure Design

• Confidentiality, integrity, and availability, and the principles of authentication, authorization, and secure communication
• Passive and active attacks, eavesdropping, man-in-the-middle threats, credential theft, and session hijacking
• Defense-in-depth, network segmentation strategies, and the secure design lifecycle for wireless projects

Module 3: Encryption and Authentication — WEP to WPA3, EAP/RADIUS and Key Management

• The evolution of WEP, WPA, WPA2, and WPA3, their known weaknesses, and transitioning to modern protocols
• EAP types, the role of RADIUS in enterprise authentication, and secure implementations such as PEAP and EAP-TLS
• Symmetric vs. asymmetric key usage, key distribution and rotation, and secure credential storage

Module 4: Access Control — MAC Filtering, Role-Based Access and NAC

• The limitations of MAC address filtering and the role of ACLs in wireless access control
• Assigning access by user role or device type, and integrating with identity providers
• Network Access Control: device posture checking, endpoint compliance, and guest/BYOD restrictions

Module 5: Hardening Access Points, Controllers and Physical Security

• Changing default configurations, controlling broadcast settings, and patching firmware vulnerabilities
• Centralized management, secure AP communication, and role-based administrative access
• Preventing unauthorized physical access, securing network closets and equipment, and removing rogue devices

Module 6: Detecting Threats — WIDS and Traffic Analysis

• Wireless Intrusion Detection System architecture, deployment options, and detection techniques
• Capturing and interpreting wireless packets to identify suspicious patterns
• Using open-source and commercial traffic-analysis tools

Module 7: Responding to Incidents — Alerting, Rogue Devices and Mitigation

• Configuring alert thresholds and integrating WIDS with SIEM platforms
• Active vs. passive scanning to identify and physically locate rogue access points
• Safely disconnecting rogue APs, isolating suspicious traffic, and containment best practices

Module 8: Wireless Security Policy, Compliance and Legal Requirements

• Defining policy scope, ownership, and approval, and building a no-tolerance wireless policy
• Acceptable-use guidelines: device rules, resource access controls, and sanctions for violations
• Regulatory frameworks such as GDPR and HIPAA, data retention mandates, and audit readiness

Module 9: Network Segmentation and Zero Trust Architecture

• Separating guest and internal networks using VLANs and SSID segmentation
• Containing high-risk zones through isolation
• Applying zero trust principles and continuous verification through micro-segmentation

Module 10: Cloud-Managed and Next-Generation Wireless

• The benefits and risks of cloud-based wireless controllers and the role of APIs and automation
• Securing communication with cloud management services
• Wi-Fi 6/6E/7 improvements in speed, security, and capacity, new encryption capabilities, and backward-compatibility concerns

Module 11: Emerging Threats — IoT and AI-Powered Attacks

• The growth of connected IoT devices and their authentication limitations
• Lightweight encryption approaches suited to constrained devices
• The role of automation in evolving attacks, the limits of behavior-based detection, and preparing for adaptive attack scenarios