At ObservabilityCON in New York City today, we announced a new open source backend for continuous profiling data: Grafana Phlare. We are excited to share this horizontally scalable, highly available database with the open source community — along with a new flame graph panel for visualizing profiling data in Grafana — to help you use continuous profiling to understand your application performance and optimize your infrastructure spend.
ObservabilityCON 2022 is taking place today with a host of exciting announcements, from new OSS projects, partnerships, and integrations to the latest easy-to-use features in the Grafana LGTM stack. “As an OSS company, we prioritize interoperability. The big tent is at the heart of everything we do, and Grafana is at the heart of the wider ecosystem,” says Grafana Labs Co-founder and CEO Raj Dutt.
Today, during the ObservabilityCon 2022 keynote session, we announced a new open source project for frontend application observability, Grafana Faro. The project is launching with a highly configurable web SDK that instruments web applications to capture observability signals. This frontend telemetry can then be correlated with backend and infrastructure data for seamless, full-stack observability. There’s supposed to be a video here, but for some reason there isn’t.
Grafana Labs CEO and Co-founder Raj Dutt sat down with “NYSE Floor Talk” ahead of ObservabilityCON to discuss why companies are increasingly focused on observability as a means to improve customer satisfaction. In his conversation with Judy Khan Shaw, host of “NYSE Floor Talk,” Dutt also talked about Grafana Labs’ big tent philosophy and the growth of Grafana Labs and the Grafana open source community.
Among the 12 greatest stressors in life, six revolve around healthcare issues. From loss of a loved one to pregnancy and even retirement, these events often involve interactions with healthcare services — interactions that can either add to an individual’s stress or, ideally, help alleviate it.
The spine is essential to perform every activity, like crawling, walking, or swimming. Just as the spine is necessary to enable these functions, your Kubernetes infrastructure needs a backbone to be efficient and effective. So if Kubernetes clusters act as the spine of your architecture, then Kubernetes nodes are like the vertebrae — they make up a Kubernetes cluster in the same way the vertebrae form the spinal column.
