All articles tagged with Linux kernel
A battle-hardened guide to tuning NGINX and Linux kernel parameters for API gateways in 2025. Covers HTTP/3, eBPF tracing, and why underlying hardware matters for p99 latency.
Default container configurations are a security nightmare waiting to happen. From kernel exploits to supply chain attacks, we dissect how to lock down your Norwegian infrastructure using immutable layers, seccomp profiles, and KVM isolation.
Stop blaming your backend. This guide covers kernel-level optimizations, NGINX/Kong tuning, and hardware selection to slash API latency, written for high-throughput environments in 2025.
Traditional userspace security is blind. Learn how to use Tetragon and eBPF to enforce kernel-level security policies, ensuring deep visibility and strict compliance for Norwegian infrastructure.
Slash latency and handle massive concurrency by optimizing the Linux kernel, NGINX buffers, and SSL termination. A deep dive for engineers targeting the Norwegian market.
Container isolation is a lie we tell junior developers. In this deep dive, we dismantle default configurations, implement strict Pod Security Standards, and explain why Norwegian data sovereignty demands more than just a firewall.
RAM has historically been the most rigid, expensive bottleneck in server architecture. With CXL 2.0 maturing in 2025, we analyze how memory pooling over PCIe 5.0 is redefining high-performance hosting in Norway.
In 2025, a 200ms delay is a failure. Learn how to tune Nginx and Traefik for high-throughput environments, optimize Linux kernel parameters for massive concurrency, and why hardware isolation matters more than your code.
Default configurations are the enemy of performance. Learn the specific kernel parameters, Nginx directives, and infrastructure choices required to drop your API gateway overhead to sub-millisecond levels in 2024.
Latency spikes in your API Gateway usually aren't application errors—they are infrastructure bottlenecks. We dissect kernel tuning, Nginx configuration, and the necessity of NVMe backing to stabilize response times under load.
Stop blaming your backend code for latency. Learn how to tune the Linux kernel and API gateway configurations to handle 10k+ concurrent connections without dropping packets, specifically optimized for Norwegian infrastructure.
Slash latency by optimizing kernel interrupts, TLS termination, and upstream keepalives. A technical deep-dive for systems architects targeting the Nordic market.
Latency isn't just a metric; it's a conversion killer. Learn how to tune kernel parameters, optimize NGINX upstream keepalives, and leverage NVMe storage to handle high-throughput API traffic in Norway.
Default configurations are the silent killers of API performance. We dissect the full stack—from Linux kernel flags to Nginx upstream keepalives—to shave milliseconds off your p99 latency for high-traffic Norwegian workloads.
Default configurations are the enemy of low latency. We dissect kernel-level tuning, Nginx optimizations, and the infrastructure requirements needed to handle high-throughput API traffic in the Norwegian market.
Default configurations are the silent killers of API performance. We dissect the Linux kernel and Nginx parameters required to achieve sub-millisecond response times, ensuring your Norwegian infrastructure handles high concurrency without choking.
Average latency metrics are a lie. Discover how to tune the Linux kernel and NGINX for consistent sub-millisecond API responses, and why hardware isolation is the hidden variable in performance engineering.
A battle-hardened guide to optimizing API Gateways (Nginx/Kong) on Linux. We cover kernel tuning, connection pooling, and why raw NVMe throughput matters for reducing latency in the Nordic region.
Default configurations are the silent killers of throughput. This guide dissects the Linux kernel and Nginx parameters required to handle 10k+ concurrent connections without jitter, specifically tailored for Nordic infrastructure.
Default configurations are the silent killers of API latency. We explore kernel-level tuning, Nginx worker affinity, and TCP stack optimizations to handle 10k+ RPS, specifically tailored for the Norwegian infrastructure landscape.
Stop blaming your backend code for 504 errors. We dissect the kernel-level bottlenecks and Nginx configurations causing latency spikes, specifically tailored for Norwegian infrastructure constraints.
Stop relying on default K8s networking. We dissect CNI choices, IPVS vs. iptables performance, and kernel tuning to reduce latency for Norway-based clusters.
Sub-millisecond response times aren't luck; they are engineering. We dissect the Linux kernel and Nginx configurations required to eliminate jitter, focusing on p99 latency and Norwegian data compliance.
Stop blaming your backend code. Often, the bottleneck is the gateway configuration. A deep dive into kernel tuning, Nginx optimization, and why hardware isolation is critical for sub-millisecond response times.
In a microservices architecture, your API Gateway is the single point of failure—and performance. We dive deep into NGINX tuning, Linux kernel optimization, and why hardware proximity to NIX matters.
A battle-hardened guide to debugging Kubernetes networking. We explore CNI selection, IPVS vs. iptables, kernel tuning, and why physical location in Norway matters for latency.
Default API Gateway configurations are a liability. Learn how to tune kernel interrupts, optimize NGINX buffers, and leverage local Norwegian infrastructure to slash latency.
Default configurations are the enemy of latency. A deep dive into kernel tuning, Nginx optimization, and infrastructure choices for Norwegian DevOps teams facing high-throughput demands.
Don't let default configurations throttle your API. We dive deep into Linux kernel tuning, Nginx upstream keepalives, and the hardware reality of hosting in Norway post-Schrems II.
Stop blaming your code for latency spikes. We dive deep into Linux kernel tuning, Nginx optimization, and the critical role of NVMe storage for API gateways handling high concurrency in the post-Schrems II era.