Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to mitigate electrical noise from switching power supplies in high-precision analog circuits. Explore filtering strategies, PCB layout, and thermal trade-offs.
Learn how to calculate and size video buffers in FPGAs using high-speed DMA to prevent frame drops and artifacts in image streams.
Learn how to design Internet of Things telemetry architectures using decentralized aggregation and delta compression to reduce bandwidth consumption in constrained environments.
Learn how to protect industrial plants against cyberattacks using the TPM chip to manage symmetric encryption keys in real time.
Learn how dynamic frequency scaling helps control temperature in Programmable Logic Controllers, preventing overheating shutdowns without sacrificing production rhythm.
Learn how to run large artificial intelligence models on devices with limited RAM or VRAM using quantization and offloading techniques without losing accuracy.
Learn how to design signal conditioning circuits and external analog-to-digital converters to eliminate noise, ensure thermal stability, and extract maximum accuracy from industrial and scientific sensors.
Learn how to monitor temperatures and manage power consumption in dense servers by combining the IPMI protocol and Linux kernel cgroups.
Learn how to combine kernel-level tracking using eBPF and hardware IPMI telemetry to audit and optimize power consumption in distributed edge infrastructures.
Learn how to eliminate storage bottlenecks in continuous integration environments using high-performance NVMe disks and local caching layers to speed up builds.
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