Technical insights and best practices for Performance Optimization
Stop relying on user complaints to detect downtime. Learn how to implement robust APM using the ELK Stack and Nginx metrics, and why underlying hardware latency is the silent killer of your application.
Latency kills. Learn how to tune the Linux kernel and Nginx for high-throughput API gateways, specifically tailored for the Norwegian network topology available in 2017.
Bottlenecks in your API gateway can cripple your microservices. We dive into kernel-level tuning, Nginx worker optimization, and the infrastructure requirements needed to handle 10k+ requests per second in a pre-GDPR world.
Default configurations are the enemy of low latency. In this deep dive, we rip apart sysctl.conf, optimize Nginx worker processes, and explain why hardware bottlenecks will render your software tuning useless without NVMe storage.
Your microservices architecture is only as fast as its slowest choke point. We dive deep into kernel-level tuning, NGINX keepalives, and hardware selection to slash latency in 2017.
Is your application slow, or is your server choking? In 2017, 'it works on my machine' is not a valid excuse. We dive deep into Nginx metrics, PHP slow logs, and the critical impact of CPU steal time on shared hosting.
Your microservices might be fast, but your gateway is likely the bottleneck. A deep dive into kernel tuning, NGINX optimization, and why hardware choices in 2017 dictate your API's survival.
Microservices are adding network hops that kill your latency. In this deep dive, we strip down Nginx and Kernel parameters to handle high-concurrency loads on Norwegian infrastructure.
Is your API latency killing your mobile app retention? We dive deep into Nginx 1.10 tuning, Linux kernel optimization, and TCP stack tweaks on Ubuntu 16.04 to handle massive concurrency. No fluff, just raw performance.
Is your application slow because of bad code or bad hardware? Learn how to identify bottlenecks using Linux tools, configure Nginx logging for latency data, and why the death of Safe Harbor makes Norwegian hosting critical today.
For Scandinavian user bases, hosting in Frankfurt is a compromise you can't afford. We dive into TCP stack tuning, NIX peering, and why 'Edge' means local hardware in 2016.
Don't let Black Friday traffic melt your API. We examine critical kernel parameters, Nginx worker optimization, and why dedicated KVM resources beat shared containers for consistent throughput in the Nordic market.
Stop relying on basic uptime checks. In 2016, performance is the new uptime. Learn how to implement the ELK stack, debug MySQL latency, and why underlying hardware I/O is the silent killer of application speed.
Speed of light is a hard limit. In 2016, moving processing power to the edge—right here in Oslo—is the only way to solve the latency crisis for IoT and real-time apps.
Top doesn't tell the whole story. Discover how to identify bottlenecks using Nginx custom logging, PHP-FPM slow logs, and the ELK stack, while ensuring data compliance in Norway.
Default configurations are killing your API performance. We dive deep into kernel tuning, HTTP/2 optimizations, and connection pooling on Ubuntu 16.04 to handle thousands of concurrent requests without melting your CPU.
Your API Gateway is likely the bottleneck in your microservices stack. We dive deep into Linux kernel tuning, NGINX worker configurations, and the hardware reality of low-latency serving in 2016.
It is 2016. Centralized cloud regions in Frankfurt or Dublin are no longer sufficient for real-time applications in the Nordics. We explore the technical necessity of local edge nodes, kernel tuning for low latency, and why geography is the ultimate bottleneck.
A deep dive into kernel-level optimizations and Nginx configuration strategies to handle high-concurrency API traffic, specifically tailored for the Nordic infrastructure landscape of 2016.
It is March 2016. Microservices are exploding, and your latency is skyrocketing. Here is how to tune Nginx and the Linux kernel for sub-millisecond routing on high-performance KVM VPS infrastructure in Norway.
Is your API gateway becoming a bottleneck? We dive deep into kernel tuning, Nginx 1.9 configuration, and the new HTTP/2 protocol to shave crucial milliseconds off your response times in the post-Safe Harbor era.
Is your application slow or is the server dying? In the wake of the Safe Harbor collapse, hosting data in Norway is crucial, but performance is non-negotiable. We dive into the ELK stack, New Relic, and system-level debugging to identify bottlenecks before your users do.
Default Nginx configurations are bottlenecking your API. We dive deep into kernel tuning, worker connections, and SSL optimization to handle high concurrency on KVM infrastructure.
In a post-Safe Harbor world, hosting APIs in Norway isn't just about compliance; it's about raw performance. We dissect the Linux kernel and Nginx configuration required to handle 10k+ concurrent connections without choking.
The Safe Harbor ruling changed the game for Norwegian data. Learn how to tune Nginx as a high-performance API Gateway on local KVM infrastructure to handle 10k+ RPS without latency spikes.
Microservices are shifting the bottleneck to the edge. Learn how to tune Nginx, optimize Linux kernel interrupts, and leverage Norway-based KVM infrastructure to survive the Safe Harbor fallout.
Load average is low, but your site is crawling. We dissect the hidden metrics that matter in late 2015, from CPU steal time to the Safe Harbor data residency crisis.
Is your API gateway choking on concurrent connections? We dive into kernel-level tuning, the brand new HTTP/2 protocol, and why the recent Safe Harbor invalidation makes local Norwegian hosting the only smart technical choice.
Standard uptime checks won't save you from slow APIs. We dive into identifying bottlenecks using New Relic, the ELK stack, and Linux system tools like `iostat`, specifically for high-traffic Norwegian workloads.
In 2015, mobile users won't wait. We dissect the Nginx and Kernel configurations required to drop API latency, focusing on the specific challenges of Norwegian connectivity.