All articles tagged with ELK Stack
Monitoring tells you the server is online. Observability tells you why the checkout endpoint has 300ms latency. We dissect the difference using the 'Three Pillars', configuring Prometheus v2.30, and explaining why low-latency infrastructure in Oslo is critical for real-time data ingestion.
Monitoring tells you the server is alive. Observability tells you why the database query took 400ms. We explore the shift from static dashboards to active debugging in a post-Schrems II world.
Monitoring tells you the server is up; observability tells you why the checkout button is broken for users in Bergen. We dissect the difference, the tech stack (Prometheus, ELK, Jaeger), and why high-IOPS infrastructure is non-negotiable for data-heavy tracing.
It is late 2020. Stop relying on simple ping checks and CPU graphs. We break down the architectural shift from Monitoring to Observability, how to handle high-cardinality data without crashing your budget, and why Schrems II makes self-hosting your metrics in Norway a legal necessity.
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.
Why your "All Systems Green" dashboard is lying to you. We dissect the shift from passive monitoring to active observability, the impact of Schrems II on your log data, and how to host a compliant stack in Norway.
It is September 2020. Your Nagios checks are green, but customers are complaining about timeouts. We dismantle the difference between monitoring and observability, discuss the impact of Schrems II on your data pipelines, and show you how to self-host the 'Three Pillars' on high-performance infrastructure in Norway.
Monitoring tells you the server is online. Observability tells you why the checkout API times out every Tuesday at 03:00. We explore the critical shift for Nordic DevOps in the post-Schrems II landscape.
Uptime metrics lie. This guide cuts through the noise of standard monitoring, offering a battle-tested approach to Application Performance Monitoring (APM) using the ELK stack and Prometheus. Learn how to diagnose latency spikes, handle GDPR log compliance in Norway, and why underlying hardware performance is the hard limit of optimization.
Monitoring tells you the server is dead. Observability tells you why. A deep dive into the 'Three Pillars' stack (Prometheus, ELK, Jaeger) for Norwegian infrastructure, focusing on GDPR compliance and the hardware reality required to run it.
Monitoring tells you the server is dead. Observability tells you why. A deep dive into the Three Pillars for Norwegian DevOps teams, featuring Grafana 7, Prometheus, and the NVMe requirements of modern tracing.
Monitoring tells you the server is up. Observability tells you why the checkout is failing for users in Bergen. We break down the technical differences, the 2020 stack (Prometheus, ELK, Jaeger), and why infrastructure matters.
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.
Monitoring tells you the server is up. Observability tells you why the API latency just spiked by 400ms. A 2020 guide for Nordic DevOps engineers on moving from "Green/Red" lights to deep system insights using Prometheus, ELK, and proper infrastructure.
Nagios says 'OK', but your customers are seeing 504s. Explore the critical shift from passive monitoring to active observability using the 2019 stack (Prometheus, ELK, Jaeger) and why high-performance infrastructure is the backbone of deep system visibility.
It's 2019. Nagios checks aren't enough. We dissect the critical shift from passive monitoring to active observability in distributed systems, specifically for the Norwegian market.
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 simple uptime checks. We dismantle the difference between monitoring and observability using Prometheus, Jaeger, and ELK, showing you how to debug 'unknown unknowns' on high-performance infrastructure.
Monitoring tells you the server is up. Observability tells you why the checkout failed for user #492. We dive into the 2019 shift towards distributed tracing, structured logging, and why you need NVMe horsepower to run the ELK stack effectively.
Monitoring tells you the server is online. Observability tells you why the database locks up only when users from Bergen log in. We dissect the technical transition using Prometheus, Jaeger, and the ELK Stack.
Monitoring tells you the server is down. Observability tells you why the database latency spiked 500ms before the crash. We explore the transition from reactive Nagios checks to proactive tracing, focusing on the specific infrastructure requirements needed to support high-cardinality data in 2019.
It's 2019, and 'green' dashboards don't mean happy users. We dissect the critical shift from passive monitoring to active observability, covering the ELK stack, Prometheus, and why high-cardinality data demands the NVMe performance found in CoolVDS infrastructure.
It is April 2019. Your Nagios checks are green, but customers are churning. We dissect the critical difference between monitoring uptime and observing system behavior, featuring Prometheus, ELK, and the infrastructure required to run them.
Monitoring tells you the system is failing. Observability tells you why. In this deep dive, we explore how to move beyond Nagios checks to distributed tracing and structured logging, ensuring your infrastructure in Norway survives the next traffic spike.
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.
It is not enough to know if your server is online. In the age of microservices and GDPR, you need to know why it is slow. We dissect the shift from Nagios-style monitoring to full-stack observability using Prometheus, ELK, and proper infrastructure.
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.
It is 2018, and Nagios checks are no longer enough. We dissect the critical shift from monitoring (is it up?) to observability (why is it slow?), focusing on the ELK stack, Prometheus, and the I/O demands of high-fidelity logging 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.
It is June 2018. GDPR is live, microservices are expanding, and standard monitoring checks are no longer enough. Learn how to implement true observability using Prometheus, ELK, and high-performance infrastructure without violating Norwegian data laws.