Found 164 results for: nagios
Stop relying on customer complaints to know when your server is down. We dive deep into configuring Nagios 3 and Munin to visualize performance and alert you before the crash happens.
Stop relying on user complaints to know when your server is down. We dive deep into configuring Nagios for alerts and Munin for trending, ensuring your infrastructure stays online while you sleep.
Stop guessing why your server crashed. Learn to implement the industry-standard monitoring combo of Nagios 3 and Munin to visualize performance, track load spikes, and catch failures before your customers do.
Stop guessing why your server crashed at 3 AM. We break down the battle-tested combination of Nagios 3 and Munin to visualize load, alert on latency, and securing your infrastructure against failures.
Stop waking up to 3 AM panic calls. We dive deep into configuring Nagios 3 and Munin on CentOS 5 to distinguish between a real downtime event and a harmless load spike, all while keeping Datatilsynet happy.
Stop relying on user complaints to know when your server is down. We dive deep into configuring Nagios 3 for alerting and Munin for trending, ensuring your infrastructure stays online while you sleep.
Is your server actually online? Stop guessing. We detail the battle-tested configuration of Nagios for alerting and Munin for trending on high-performance Linux VPS environments.
Stop guessing why your server crashed at 3 AM. We break down the ultimate 2009 monitoring stack: Nagios for critical alerts and Munin for performance trending. Essential for every serious sysadmin.
Stop guessing why your server crashed. Learn how to implement a battle-tested monitoring stack using Munin for trends and Nagios for alerts on your Linux VPS.
Stop reacting to downtime and start predicting it. A battle-hardened guide to configuring Nagios 3 and Munin on CentOS and Debian to catch failures before your customers do.
Stop fire-fighting at 3 AM. Learn how to implement robust server monitoring with Nagios and Munin to predict failures before they crash your infrastructure.
It's 2018, and green lights on Nagios don't mean your system is healthy. We dissect the shift from passive monitoring to active observability, the impact of GDPR on log retention in Norway, and how to configure a Prometheus & ELK stack that actually explains *why* things broke.
With GDPR enforcement just days away and microservices complicating architectures, green Nagios checks aren't enough. Learn why 2018 demands a shift to Prometheus, ELK, and OpenTracing to debug the 'unknown unknowns'.
It is May 2018. Nagios says your server is fine, but customers in Trondheim are timing out. Here is why traditional monitoring is dead, how to build an observability stack with Prometheus and ELK, and why infrastructure sovereignty in Norway is your safety net before GDPR hits later this month.
Is your monitoring strategy just Nagios screaming at you? It's time to modernize. We dive deep into Prometheus 2.0, Grafana, and why underlying hardware integrity on your VPS is the root of all metrics.
It is February 2018, and your Nagios checks are green, but customers are churning. Here is why traditional monitoring is obsolete and how to implement true observability with the ELK Stack and Prometheus on Norwegian infrastructure.
In 2017, seeing 'OK' on Nagios isn't enough. Discover why high-performance DevOps teams in Norway are shifting from passive monitoring to active observability using ELK, Prometheus, and KVM-backed infrastructure.
It is May 2017. Your Nagios dashboard says everything is fine, but customers are screaming on Twitter. Here is why traditional monitoring is dead, and how to build an observability stack on Norwegian infrastructure.
Nagios says the server is up. Your customers say the site is broken. In this deep dive, we explore the emerging shift from basic monitoring to deep system observability using ELK and Prometheus, specifically tailored for the Norwegian hosting landscape in 2017.
Stop relying on passive Nagios checks. Learn how to implement active metric collection using Prometheus 1.0 and Grafana 4.0 to detect bottlenecks before your Norway VPS crashes.
Nagios checks might turn green, but your users are still seeing 504 errors. It's time to move from binary monitoring to deep instrumentation with Prometheus and ELK on high-IOPS infrastructure.
Nagios says your server is up, but your customers are seeing 504s. In the era of microservices, simple ping checks are obsolete. Here is how to implement white-box monitoring and aggregated logging using the ELK stack on high-performance KVM instances.
It is June 2016. Microservices are rising, but your Nagios checks are stuck in 2010. Learn why traditional monitoring fails to catch latency spikes and how to build true observability using ELK and StatsD on high-performance infrastructure.
Is your monitoring system actually monitoring, or just pretending? We dismantle legacy Nagios setups and build a high-scale, I/O-intensive monitoring stack using Zabbix 3.0 and Grafana on pure NVMe storage.
Nagios alerts might wake you up, but they won't fix your code. In the era of Docker and microservices, we explore the shift from binary monitoring to deep system observability using ELK, Prometheus, and high-performance infrastructure.
It is 2016. If you are still relying on Nagios checks to tell you your infrastructure is healthy, you are flying blind. We dissect the critical shift from passive monitoring to active observability using ELK, StatsD, and NVMe-backed architecture.
Legacy monitoring tools like Nagios can't keep up with dynamic scaling. We dismantle the implementation of Datadog on CentOS 7, covering Nginx metrics, custom tags, and why data residency in Norway is critical post-Safe Harbor.
It is October 2015. The ECJ just invalidated Safe Harbor, and your Nagios dashboard says everything is fine while your users see 504 errors. Here is why the shift from simple monitoring to deep observability is critical for Norwegian CTOs right now.
Is your monitoring strategy just a cron job and a prayer? In 2015, 'uptime' isn't enough. We explore the transition from Nagios to time-series metrics, how to detect the dreaded CPU Steal on virtual machines, and why hosting in Norway matters for your data logs.
It is 2015. If you are still relying solely on manual Nagios checks for a dynamic fleet, you are doing it wrong. Here is how to architect a monitoring stack that scales with your traffic, keeps your data in Norway, and lets you sleep through the night.