Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to adapt large language models directly on your hardware using memory-saving techniques and distributed local processing.
Discover how to leverage eBPF technology to inspect Layer 7 packets in industrial networks, detecting anomalous Modbus TCP commands in real time without modifying applications or causing performance bottlenecks.
Learn how to isolate essential smart home services using network namespaces and cgroups in Linux to ensure stability, security, and zero telemetry loss.
Learn how to eliminate timing bottlenecks in embedded systems by combining analog-to-digital converters and direct memory access to transfer data without overloading the main processor.
Learn how to monitor throughput and jitter in WireGuard VPN tunnels implemented on industrial edge routers, ensuring low latency and high stability for critical networks.
Learn how to harden fleets of IoT devices against physical and digital breaches by leveraging TPM 2.0 hardware security to sign data and rotate encryption keys with military-grade reliability.
Learn how to design hardware abstraction layers for Programmable Logic Controllers using Rust and cross-compilation to ensure portability and deterministic performance in industrial automation.
Learn how electromagnetic interference impacts industrial wireless networks running on IEEE 802.15.4 and Zigbee standards, and discover how to mitigate communication failures in noisy manufacturing environments.
Learn how to translate building automation data from the BACnet protocol into efficient relational tables, enabling real-time scalable rules engines.
Learn how to manage workloads in resource-constrained industrial environments using Podman and Systemd, ensuring high availability and isolation without Kubernetes complexity.
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