
Einblick in die Entwicklung und Implementierung einer neuen Netzwerkautomatisierung für ein großes Studentenwohnheim, mit Fokus auf Herausforderungen und Lösungsansätze bei der Modernisierung der IT-Infrastruktur.

Analyzes the feasibility of rerouting-based DDoS defenses, highlighting fundamental trade-offs and limitations in current inter-domain infrastructure. Emphasizes the need for rigorous security analysis and real-world testing of new defense proposals.

Explore network speed beyond bandwidth and latency. Learn about consumer network issues, bufferbloat, and TCP. Discover strategies to improve server and application performance for faster internet experiences.

Explores fundamental constraints in anonymous communication protocols, analyzing trade-offs between anonymity, bandwidth, and latency against global passive adversaries.

Enhancing DNS privacy and security through TCP and TLS, addressing eavesdropping, spoofing, and DoS attacks while maintaining performance with careful implementation choices.

Insights from Ethernet inventor Bob Metcalfe on the 50th anniversary of his groundbreaking technology, exploring its impact on modern life and the future of internet connectivity.

Comprehensive overview of networking concepts for web developers, from basics to advanced topics, enhancing understanding of app infrastructure and preparing for potential failures.

Explore HTTP debugging techniques using Curl, Wireshark, and Charles Proxy. Learn to inspect and troubleshoot web and mobile app communications, identify issues, and optimize performance.

Magma: An open system for building affordable wireless networks in underserved areas, leveraging Internet design patterns and SDN principles to reduce costs and complexity while maintaining key cellular features.

Explores RDMA performance isolation challenges in cloud environments, presenting a model for RNIC resource usage and a test suite to evaluate isolation solutions, offering insights for future designs.

Scalable RDMA NIC architecture improving connection and network scalability while maintaining high performance and low CPU overhead, outperforming commercial RNICs in large-scale data centers.

Explores IO-TCP, a split TCP stack design offloading disk I/O and packet transfer to SmartNIC, enhancing online content delivery performance by reducing CPU burden and improving scalability.

Explores a novel approach to datacenter server orchestration by offloading tasks to NICs, improving scalability, efficiency, latency, and throughput compared to software-only solutions.

Explore JNDI/LDAP vulnerabilities and exploitation techniques, from basic concepts to advanced remote code execution methods in Java-based enterprise applications.

Explore multiplexing attacks in QUIC and HTTP/2 protocols, their impact on network security, and defense strategies against potential threats in modern web technologies.

Explore the evolution of DNS-based attacks, including random subdomain techniques, and learn about detection and mitigation strategies for protecting against these sophisticated cyber threats.

Explore DDOS attacks, their evolution, and novel techniques for measuring, studying, and attributing them. Learn about honeypots, attack testing, and the individuals behind these cyber threats.

Explores WPAD protocol vulnerabilities through experiments, revealing widespread risks in networks and DNS. Presents surprising findings and discusses implications for cybersecurity.

Explore cutting-edge VoIP attacks, vulnerabilities, and security testing techniques for modern unified communications, with focus on cloud-based solutions and enterprise networks.

Explore intra-process memory protection techniques for ARM and X86 architectures using ELF ABI. Learn about ELFbac system implementation, policy enforcement, and practical applications in software security.

Explores RHINE, a secure Internet naming system offering end-to-end authentication, robust trust model, and improved performance over DNSSEC. Addresses DNS vulnerabilities with novel approaches.