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Observability

The latest News and Information on Observabilty for complex systems and related technologies.

Kubernetes Monitoring Resources

Heaven knows we all could use some luck these days, and observability may be just the thing we need. But observability isn’t luck, and it isn’t really new either. A few people even know that observability is an aspect of control theory, which dates back to the 1800s! In this blog post, I’ll cover some of the history of observability vs.

Introducing Cloud Native Observability

The term ‘cloud native’ has become a much-used buzz phrase in the software industry over the last decade. But what does cloud-native mean? The Cloud Native Computing Foundation’s official definition is: From this definition, we can differentiate between cloud-native systems and monoliths which are a single service run on a continuously available server. Like Amazon’s AWS or Google Azure, large cloud providers can run serverless and cloud-native systems.

LMA 2: Reimaginging observability with MicroK8s and Grafana, Prometheus and Grafana Loki

Juju re-imagines the world of operating software securely, reliably, and at scale. Juju realizes the promise of model-driven operations. Excellent observability is undeniably a key ingredient for operating software well, which is why the Charmed Operator ecosystem has long provided operators the ability to run a variety of open source monitoring software. We collectively refer to these operators as the Logs, Metrics, and Alerts (LMA) stack.

Democratizing Delivery: Seamless Observability for Optimal Application Performance |Ekim Maurer(NS1)

When application delivery performance issues happen, observability is critical to diagnosing the problem at hand. The adage “it’s always DNS” means that observability must extend to the foundational layers of the application delivery and access networking stacks. Yet granting administrative access to core network services like DNS and DHCP may run contrary to an organization’s least-privileged access policies. In this session, attendees will learn how global internet companies and enterprises use NS1 and Datadog to provide democratized DNS observability and reach optimal application performance.

Observability for Service Organizations | Bart Scheltinga (RawWorks)

Observability is trending. Organizations that rely on cloud infrastructure and cloud applications prioritize observability initiatives to get control over their business’s applications. At the same time, we see the “gap” between the on-premises infrastructure and “non-cloud” infrastructure is becoming bigger. Examples are End User Computing (EUC) and Global networks (SD-WAN).

We're Making Observability Available in Splunk Enterprise!

For you, one or more of these statements (and / or challenges) likely apply to you, and the organization for which you work. Which of these are you hearing or saying? Splunk can help you with these in many ways. Today, I am highlighting one way to address many of these statements, specifically with the Content Pack for Splunk Observability Cloud.

Check System Health on the Go with Splunk Observability Cloud For Mobile

With the demand to meet service level agreements (SLAs), any on-call SRE can tell you that incidents always happen at the wrong time. Things break when you least expect them to (on a date, about to beat a new level in a video game, pizza delivery just arrived, asleep at 3am). During these inopportune moments, you want to make sure it's easy to get the data you need, no matter which device is nearby.

How to use Netdata Cloud for infrastructure observability

In this video, we cover how Netdata Cloud provides scalable infrastructure monitoring for any number of distributed nodes running the Netdata Agent. Monitor any system in your infrastructure including physical or virtual machines (VM), containers, cloud deployments, or edge / IoT devices. Netdata’s free, open-source monitoring agent works with Netdata Cloud to help you monitor and troubleshoot every layer of your systems to find weaknesses before they turn into outages.

CVE-2021-37136 & CVE-2021-37137 - Denial of Service (DoS) in Netty's Decompressors

The JFrog Security research team has recently disclosed two denial of service issues (CVE-2021-37136, CVE-2021-37137) in Netty, a popular client/server framework which enables quick and easy development of network applications such as protocol servers and clients. In this post we will elaborate on one of the issues – CVE-2021-37136.