Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Discover how eBPF XDP redefines network packet processing in the Linux kernel, outperforming traditional sockets in latency and throughput by running safe code directly on the network card.
Learn how policy-based routing in software-defined networks optimizes data traffic, ensuring low latency and operational flexibility.
Learn how to orchestrate the collection of industrial and environmental sensor data on edge servers using lightweight, highly efficient protocols for bandwidth-constrained environments.
Learn how to build temporary and secure workspaces using native Linux kernel features. Discover how to isolate networks and processes with namespaces without losing performance.
Learn how to design a resilient corporate and residential network architecture using dynamic BGP routing and energy-efficient ARM-based hardware.
Learn how to architect high-performance corporate networks using MPLS and Segment Routing to eliminate bottlenecks and ensure low latency.
Learn how to implement SR-IOV in homelab servers to achieve near-native Layer 3 network routing performance with reduced latency and low CPU overhead.
Learn how Dragonfly eliminates network bottlenecks in massive Kubernetes clusters using Peer-to-Peer container image distribution, drastically reducing bandwidth costs and download latency.
Learn how to architect automated mTLS certificate rotation in service meshes without connection drops, utilizing OCSP Stapling validation for maximum security.
Learn how to build a highly resilient infrastructure using Anycast DNS and application-layer health checks to seamlessly route traffic between different cloud providers.
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