Found 73 results for: 3D Rendering
Stop throwing RAM at your slow database. Learn practical sharding strategies, MySQL offset configurations, and why network latency in Norway matters more than your CPU clock speed.
Stop relying on static thresholds. Learn why traditional monitoring fails modern stacks and how to implement true observability using Prometheus, ELK, and solid infrastructure. A deep dive for 2018's sysadmins.
JavaScript engines have hit a performance wall. Discover how to deploy WebAssembly (Wasm) using Rust and Nginx in 2018 to achieve near-native execution speeds, while keeping your data footprint GDPR-compliant.
Stop staring at green dashboards while your users see 502 errors. We break down a battle-tested monitoring stack for Nordic infrastructure using Prometheus 2.0, Grafana 5, and rigid Linux metrics. No fluff, just configs.
With the GDPR enforcement deadline looming in May 2018, hardcoded secrets are a liability. Learn how to deploy HashiCorp Vault on secure Norwegian infrastructure to manage secrets dynamically and avoid the wrath of Datatilsynet.
Centralized cloud architectures are failing modern IoT and real-time workloads. We dissect how to architect a distributed edge layer using low-latency VPS nodes in Oslo, covering MQTT aggregation, Nginx micro-caching, and the 2018 GDPR reality.
A battle-hardened guide to tuning your API Gateway for maximum throughput and minimal latency using 2017's best practices. From sysctl kernel tweaks to upstream keepalives, we dissect the stack.
The 'Castle and Moat' security strategy is dead. In this guide, we dismantle the perimeter and implement strict access controls, 2FA SSH, and encrypted tunnels on Ubuntu 16.04, ensuring your data in Norway remains untouchable.
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.
Transitioning from monolith to microservices requires more than just code splitting. We analyze Service Discovery, API Gateways with Nginx, and the critical role of low-latency infrastructure in Norway.
It is December 2015. The Safe Harbor agreement is dead. Your servers are taking traffic. If you are still relying on simple ping checks, you are flying blind. Here is how to architect a monitoring stack that actually scales.
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.
Your code isn't the bottleneck—your TCP stack is. A deep dive into kernel tuning, NGINX upstream keepalives, and why hardware virtualization matters for low-latency APIs in Norway.
Stop staring at static RRDtool graphs. We explore how to deploy the new Grafana 2.0 with InfluxDB on CentOS 7 to visualize high-frequency metrics, monitor CPU steal time, and why I/O performance determines your monitoring stack's survival.
Moving from a LAMP stack to microservices isn't just about Docker—it's about network architecture. We explore API Gateways, service isolation, and why latency within the Oslo stack matters more than you think.
Stop relying on simple ping checks. From analyzing CPU steal time to deploying the ELK stack, here is how we architect robust monitoring for high-traffic Norwegian infrastructure.
Docker links are broken. Discover how the new Kubernetes 'IP-per-pod' model uses overlays like Flannel to fix container networking, and why your underlying VPS architecture matters more than ever.
Is your server actually working, or is it just responding to ping? We explore the shift from binary monitoring to deep metrics analysis using Graphite, StatsD, and ELK on high-performance KVM infrastructure.
Stop relying on complaints to detect downtime. A battle-hardened guide to scaling monitoring with Graphite, Collectd, and KVM isolation in the Norwegian hosting landscape.
Nagios says your server is UP, but your customers are seeing 504 Gateway Timeouts. In the wake of Heartbleed, we explore deep system introspection using Graphite, Logstash, and strace to find the bottlenecks that simple monitoring misses.
Is your deployment pipeline stalled by 'I/O Wait'? We dissect the root causes of slow CI/CD in 2014, optimize Jenkins JVM settings, and explain why Norwegian KVM architecture beats oversold OpenVZ containers every time.
A pragmatic guide for CTOs on integrating local Norwegian VPS infrastructure with global cloud providers to solve latency issues and comply with Personopplysningsloven.
When your MySQL tables hit 50 million rows and join queries start locking up your CPU, throwing more RAM at the problem won't save you. We dive deep into horizontal sharding strategies, PHP implementation patterns, and why KVM isolation is non-negotiable for high-performance data architectures in 2013.
Nagios says your server is fine, but your customers are timing out. In 2013, binary monitoring isn't enough. Here is how to implement deep metrics collection using Graphite, StatsD, and SSD-backed infrastructure in Norway.
Reactive monitoring kills uptime. Learn how to architect a proactive monitoring stack using Nagios and Zabbix, manage I/O bottlenecks on CentOS, and why data sovereignty in Norway is no longer optional.
Why your Nagios dashboard is lying to you about performance. A deep dive into transitioning from binary monitoring to time-series metrics with Graphite, Collectd, and proper KVM isolation.
Stop relying on default check intervals. Learn how to scale monitoring for high-load clusters using Graphite, tuned NRPE, and KVM-based isolation in the Norwegian market.
Is your server 'up' but your users seeing 502s? Discover the difference between basic status checks and deep system metrics in 2013. We dive into Graphite, Collectd, and why hardware isolation matters for accurate data.
The traditional 'castle and moat' security strategy is failing. Learn how to implement Forrester's Zero Trust model using iptables, SSL, and rigorous access controls on your Norwegian VPS infrastructure.
Hardware load balancers are obsolete. Learn how to architect a fault-tolerant web cluster using HAProxy 1.4 to handle thousands of concurrent connections without breaking the bank.