Identity providers (IdPs) such as Okta play a crucial role in enterprise environments by providing seamless authentication and authorization experiences for users accessing organizational resources. These interactions generate a massive volume of event logs, containing valuable information like user details, geographical locations, IP addresses, and more. These logs are essential for security teams, especially in operations, because they’re used to detect and respond to incidents effectively.

As we continue adding to our growing catalog of more than 100 plugins for Grafana, we have been focused on developing data sources for Grafana that are more purpose-built for the respective technologies. One example has been the recent update to our core Prometheus data source. We have deprecated AWS authentication from the original Prometheus data source, and we created a new dedicated Amazon Managed Service for Prometheus plugin that will specifically cater to the AWS use case.

Grafana Alloy 1.3 is here! First introduced earlier this year, Alloy is our open source distribution of the OpenTelemetry Collector. It has native pipelines for OpenTelemetry and Prometheus telemetry formats, and it uses the same components, code, and concepts that were previously introduced in Grafana Agent Flow. This new release introduces live debugging, enhancing debugging capabilities across key components, which are the building blocks of Alloy.

Grafana began as an open and composable platform for data visualization. Today, Grafana has evolved into an all-in-one observability platform, providing everything from infrastructure and application performance monitoring to load testing and incident response. As organizations extend their use of Grafana, efficient and secure authentication and authorization is essential.

In the previous blog post in this two-part series, we discussed the critical signals you need to monitor in your Kubernetes environment to ensure optimal resource provisioning. These signals include high CPU and memory utilization, frequent pod evictions, slow application performance, and other indicators that your resources are over- or under-provisioned. Monitoring these signals is essential for maintaining an efficient, cost-effective, and environmentally sustainable Kubernetes environment.

Organizations that run Kubernetes clusters in cloud native environments should do so in a way that’s both operationally efficient and cost effective. However, many organizations don’t prioritize cost optimization until it becomes a pressing need. This may be due to a directive from senior leadership, a significant scale-up or migration of Kubernetes clusters, or an unexpected surge in the cloud bill.

Whether they’re for synthetic monitoring, large-language models, or some other use case, Grafana application plugins are a fantastic way to enhance your overall Grafana experience. Data for these custom experiences can come from a variety of sources, including nested data sources. However, they can also come from third-party APIs, which usually require authentication to access.

Grafana Labs is happy to announce that we have partnered with Intigriti, a leading bug bounty platform, to expand our bug bounty program. This collaboration will enable us to work more effectively with security researchers from around the world in a scalable, sustainable way. Moving to a platform that handles initial triage will allow us to focus on valid reports and expand our scope, covering a wider range of Grafana Labs developed products and services.

Gerard van Engelen is a seasoned DevOps engineer who ensures the quality of products by drawing parallels between complex issues and simpler, everyday scenarios. This approach helps in delivering value, ensuring that products are not only built correctly but also offer the right functionalities. Ansible is popular with system administrators and DevOps professionals who use it for automating IT tasks such as configuration management, application deployment, and orchestration.

Every time the platform engineering team at San Francisco-based startup Mux deploys new software, there are two must-have components: proper access controls and observability. But until recently, their observability stack left the team frustrated, reactive, and largely in maintenance mode.