In the first part of our 2023 PromCon recap, we spent OpenObservability Talks exploring the Perses open source project. We found heavy users of open source Grafana who found themselves grappling with issues arising from managing a vast number of dashboards, and the need to manage dashboards as code in a GitOps fashion.
In the vibrant atmosphere of PromCon during the last week of September, attendees were treated to a plethora of exciting updates from the Prometheus universe. A significant highlight of the event has been the unveiling of the Perses project. With its innovative approach of dashboard as code, GitOps, and Kubernetes native features, Perses promises a revolutionary experience for Prometheus users, which gained a lot of traction at the conference.
Logz.io is always growing and evolving based on customer usage and feedback. We add new features and quality of life improvements all the time. Here’s the round up of what we released in 2023 Q3.
Over the last year or so, the unavoidable topic of overwhelming cost has emerged as the number one issue among today’s observability practitioners. Whether it is in conversations among end users, feedback from customers and prospects, industry chatter or the coverage of experts including Gartner, the issue of massive telemetry data volumes driving unsustainable observability budgets prevails.
Imagine you’re piloting a spaceship through the cosmos, embarking on a thrilling journey to explore the far reaches of the universe. As the captain of this ship, you need a dashboard that displays critical information about your vessel, such as fuel levels, navigation data, and life support systems. This dashboard is your lifeline, providing you with real-time insights about the health and performance of various systems within your ship, so you can quickly make critical decisions.
Metrics are closely associated with cloud infrastructure monitoring or application performance monitoring – we monitor metrics like infrastructure CPU and request latency to understand how our services are responding to changes in the system, which is a good way to surface new production issues. As many teams transition to observability, collecting metric data isn’t enough.
As modern software systems become increasingly distributed, interconnected, and complex, ensuring production reliability and performance is becoming harder and more stressful. Seemingly nondescript changes to our infrastructure or application can have massive impacts on system uptime, health, and performance, all while the cost of production incidents continues to grow.
Kubernetes is one of the most important and influential technologies for building and operating software today because it’s so incredibly capable. It’s flexible, available, resilient, scalable, feature-rich and backed by a global community of innovators — that’s a pretty impressive list of intangibles to apply to any particular capability.
OpenTelemetry (OTEL) is an observability platform designed to generate and collect telemetry data across various observability pillars, and its popularity has grown as organizations look to take advantage of it. It’s the most active Cloud Native Computing Foundation project after Kubernetes, and it’s progressing at an immense pace on many fronts. The core project is expanding beyond the “three pillars” into new signals, such as continuous profiling.
Terraform, a powerful Infrastructure as Code (IAC) tool, has long been the backbone of choice for DevOps professionals and developers seeking to manage their cloud infrastructure efficiently. However, recent shifts in its licensing have sent ripples of concern throughout the tech community. HashiCorp, the company behind Terraform, made a pivotal decision last month to move away from its longstanding open-source licensing, opting instead for the Business Source License (BSL) 1.1.
