
Master Layer 2 network security by implementing MACsec protocol on MikroTik devices, featuring step-by-step configuration and practical demonstrations of hop-by-hop encryption for enhanced data protection.

Master advanced traffic management in MikroTik networks through Policy-Based Routing, exploring both routing rules and mangle-based marking techniques with hands-on demonstrations and practical implementations.

Master practical defenses against DHCP attacks through hands-on lab demonstrations covering DHCP Snooping, Option 82, and Port Security to protect network infrastructure and maintain stability.

Master PPPoE configuration in Mikrotik routers, including server setup, client connections, and implementing bandwidth limits for effective network management.

Explore an AI-powered vulnerability prioritization model for cloud networks that reduces remediation workload by 3x through intelligent risk assessment and threat analysis.

Discover how Private LTE and 5G networks revolutionize industrial connectivity, enabling real-time communication, enhanced worker safety, and secure data control through practical case studies and implementation strategies.

Discover how to embed zero trust security directly into applications using OpenZiti's SDK, moving beyond traditional network protection to create more secure, powerful software solutions.

Explore Zero Trust Networking through an innovative blockchain-driven approach, focusing on secure service policies, NFT-based access tokens, and practical implementation in network infrastructure.

Explore modern cloud networking architecture, focusing on software-defined approaches, Kubernetes integration, and best practices for building secure, scalable multi-cloud enterprise networks.

Discover essential security strategies for Kubernetes deployments, covering authentication, network policies, pod security, and threat detection techniques for robust cluster protection.

Discover how to implement Zero Trust security across application, network, and data dimensions for edge computing, addressing runtime challenges and automation requirements for effective protection.

Discover how to build secure and trustworthy network infrastructure using open-source methods and standards, focusing on zero-trust frameworks and software supply chain security.

Dive into Kubernetes networking fundamentals, exploring container connectivity, load balancing, and Gateway API for enterprise and service provider environments. Learn key concepts for managing modern cloud-native infrastructure.

Discover how open source network slicing enables cost-effective 5G deployment, optimizes customer experiences, and enhances security through end-to-end infrastructure management and service customization.

Explore insights from a global IoT honeyfarm project analyzing malicious traffic patterns, attack behaviors, and potential solutions for reducing unwanted Internet traffic while maintaining open networks.

Discover how to monitor Wi-Fi network performance using GÉANT WiFiMon's open-source tools, combining software and hardware probes to identify network issues and optimize access point placement.

Discover how NetFlow analysis platforms can identify and stop spoofed traffic driving DDoS attacks, ensuring better network security and protection against cyber threats.

Discover the FCC's proposed regulations for securing internet routing through BGP and their potential impact on network operations and infrastructure security.

Explore ICANN's KINDNS initiative for secure DNS operations, featuring a framework of best practices designed to help operators of all sizes implement robust security measures.

Explore advanced techniques for identifying and protecting against sophisticated domain hijacks that bypass traditional DNS security measures, with insights into nation-state tactics and infrastructure protection.

Dive into DE-CIX's implementation of EVPN technology for enhanced peering platform performance, focusing on traffic control, security features, and protocol stack improvements through ProxyARP/ND deployment.