Found 89 results for: Multi-tenant SaaS
Green dashboards don't mean happy users. Learn why 2020 demands a shift from passive monitoring to active observability, how to configure Nginx for structured logging, and why the Schrems II ruling makes self-hosting your metrics in Norway a legal necessity.
Stop relying on passive ping checks. A battle-hardened guide to implementing Prometheus, Grafana, and accurate I/O metering on Norwegian soil, ensuring your stack survives the 2020 traffic surge.
Uptime is a vanity metric if your latency is killing conversion. A battle-hardened guide to implementing self-hosted observability (Prometheus & Grafana) on Linux VPS, addressing the recent Schrems II ruling and ensuring data sovereignty in Norway.
Is Kubernetes overkill for your workload? We benchmark orchestration overhead, analyze the impact of the recent Privacy Shield invalidation on your hosting choice, and look at why NVMe latency is the silent killer of cluster performance.
Stop relying on passive uptime badges. Learn how to deploy a battle-hardened Prometheus and Grafana stack on NVMe storage to monitor what actually matters: latency, traffic, errors, and saturation.
Move beyond 'it feels slow' complaints. Learn how to implement a full APM stack using Prometheus, Grafana, and system tools on a Norwegian VPS to pinpoint latency issues before your users do.
Monitoring tells you the server is online. Observability tells you why the checkout failed for 5% of users in Oslo. We dissect the difference, the stack, and the infrastructure requirements for 2020.
Monitoring tells you the server is up. Observability tells you why the checkout API failed for user #402. We bridge the gap using the ELK stack, Prometheus, and NVMe-backed infrastructure.
Is your build queue killing developer productivity? Learn how to slash deployment times by moving from shared SaaS runners to dedicated NVMe instances in Oslo. We analyze the I/O bottleneck, Docker caching strategies, and the GDPR advantages of keeping your code within Norwegian borders.
Stop staring at green dashboards while your users experience 504 errors. We dismantle the Monitoring vs. Observability debate with practical configs for Prometheus, ELK, and the specific infrastructure requirements needed to run them in 2019.
Stop relying on passive uptime checks. A battle-hardened guide to implementing Prometheus and Grafana for high-traffic Norwegian workloads, avoiding the 'noisy neighbor' trap, and ensuring true GDPR compliance.
Stop relying on reactive ping checks. Learn how to implement proactive metrics monitoring on Ubuntu 18.04, handle high-load visualization, and why 'steal time' on cheap VPS providers is destroying your baselines.
Alert fatigue and false positives are killing your DevOps culture. Learn how to deploy a modern Prometheus and Grafana stack on KVM to visualize real bottlenecks like CPU steal time and I/O wait.
Stop relying on passive ping checks. Learn how to build a proactive, metrics-driven monitoring stack using Prometheus, Grafana, and accurate I/O benchmarks on Norwegian infrastructure.
Stop relying on 5-minute averages. A battle-hardened guide to implementing real-time metrics with Prometheus and Grafana on high-performance KVM architecture.
Is your Jenkins queue a graveyard of productivity? Learn how to slash build times by 60% using optimized Docker caching, dedicated GitLab runners, and high-performance NVMe infrastructure located right here in Norway.
Your builds are too slow. We analyze I/O bottlenecks, self-hosted GitLab Runners, and Docker caching strategies to cut pipeline duration by 60%. Essential reading for DevOps engineers targeting NIX latency.
Stop relying on passive health checks. In the era of microservices and distributed systems, green dashboards hide critical failures. Here is how to build a true observability stack on Norwegian infrastructure using Prometheus, ELK, and raw NVMe power.
Stop guessing why your server is slow. From CPU steal time to Nginx stub_status, we break down how to implement robust monitoring using Prometheus and Grafana on KVM infrastructure.
Stop guessing why your application is lagging. We dissect the specific Nginx configs, database flags, and hardware realities needed to maintain sub-100ms latency in a post-GDPR world.
It’s 3 AM. Nagios says the server is up. Your users say the checkout is broken. We dissect the critical shift from monitoring to observability using the modern 2018 stack: Prometheus, ELK, and proper KVM infrastructure.
With GDPR now enforced and public cloud costs spiraling, the "pay-as-you-go" myth is busting budgets across Norway. Here is a pragmatic architectural guide to cutting hosting costs by 40% without sacrificing IOPS or compliance.
It is mid-2018. GDPR is in effect, and static checks are obsolete. We dissect a production-grade monitoring stack using Prometheus 2.0 and Grafana 5, tailored for DevOps teams demanding sub-millisecond latency and strict data residency in Norway.
The cloud promise of 'pay for what you use' often turns into 'pay for what you forgot to turn off'. Learn actionable strategies to slash infrastructure costs without sacrificing performance, from kernel tuning to selecting the right virtualization technology.
Is your monthly AWS bill spiraling out of control? Learn how to audit zombie processes, tune MySQL for density, and leverage Norwegian KVM instances to cut infrastructure overhead by 40%.
With the USD strengthening against the NOK, public cloud bills are spiraling. Learn how to audit your infrastructure, leverage PHP 7 performance, and right-size your stack to stop bleeding budget.
Your build server is the bottleneck. In the wake of the Safe Harbor invalidation, we analyze how moving Jenkins slaves to NVMe-backed KVM instances in Norway not only solves compliance headaches but crushes build times by 40%.
A battle-hardened comparison of the two RDBMS giants. We analyze InnoDB performance, PostgreSQL 9.2 features, and why your choice of storage subsystem (SSD vs SAS) defines your database reliability.
Hit the limit of vertical scaling? Learn how to deploy a battle-hardened HAProxy 1.4 load balancer to distribute traffic across multiple CoolVDS nodes, ensuring zero downtime for your Norwegian mission-critical applications.