Operations | Monitoring | ITSM | DevOps | Cloud

Launched in June 2014 as an open-source container orchestration software, Kubernetes is now ten years old. Being increasingly adopted by organizations of all sizes, Kubernetes has today become an essential part of the IT landscape. Kubernetes now completes the modern IT picture, along with Linux, the cloud, and containers that form the backbone of how most IT applications are developed and delivered.

Bolster your organization’s observability and security capabilities on one platform with AI, anomaly detection, and enhanced attack discovery Organizations in today’s digital landscape are increasingly concerned about service availability and safeguarding their software from malicious tampering and compromise. The traditional security and observability tools often operate in silos, leading to fragmented views and delayed responses to incidents.

The network is the metaphorical plumbing through which all your precious non-metaphorical observability and monitoring data flows. It holds secrets you’ll never find anywhere else. And it’s more important today than ever before.

Having telemetry is all well and good—amazing, in fact. It’s easy to do: add some OpenTelemetry auto-instrumentation libraries to your stack and they’ll fill your disks with data pretty quickly. However, having good telemetry data—data that’s curated into being useful—is something that is both cost-effective and represents good value.

Coralogix continues to invest in and develop solutions to address modern business challenges. One such example of modern business challenges is the field of observability with data complexity and volume increasing all the time. Observability solutions play a key role in digital transformation and operational excellence, helping companies aggregate a growing amount of data, effectively analyze it, and initiate the needed actions to maintain optimal performance and uptime.

Ron Dover is CTO and co-founder of Digma.ai, an IDE plugin for code runtime AI analysis to help accelerate development in complex code bases. Ron is a big believer in evidence-based development and a proponent of continuous feedback in all aspects of software engineering. Traditionally, software developers have relied on simple logs to understand code execution and troubleshoot issues.

If you're aiming for a position that demands strong monitoring and observability skills, thorough preparation is essential. In this comprehensive guide, we will provide an extensive list of the most frequently asked interview questions about the three pillars of observability; logs, metrics and tracing. Each question is also accompanied by detailed, well-explained answers to ensure that you fully understand the concepts and can confidently demonstrate your expertise.

As an Observability Strategist at Splunk, I have the unique privilege of partnering with a diverse range of Splunk customers across various industries. This partnership offers me a deeper insight into their essential Observability use cases, how they are utilizing Splunk’s Observability solutions, and their specific needs to maximize both value and efficiency in their Observability practices.

The term “observability” is a strange one. We understand its value as a way to describe a sophisticated approach to monitoring complex distributed systems and microservices. But the term is inherently passive (and let’s be honest. It’s a bit of a loaded marketing term). Simply “observing” doesn’t help you solve problems – especially if you are inundated with loads of non-actionable data.