In the news

groundcover, a cloud-native observability platform challenging legacy solutions like Datadog and New Relic, has launched a Model Context Protocol (MCP) server that promises to transform how development teams leverage AI for more reliable code. In an exclusive interview, Orr Benjamin, VP of Product at groundcover, shares insights into this development and its implications for the future of observability.

Observability has become a critical part of engineering teams, going beyond DevOps and SRE teams. But many organizations struggle with the complexity, cost, and security implications of traditional observability solutions.

The market struggles with traditional application monitoring tools due to their high cost, complexity, and inefficiency.

groundcover has unveiled one-click dashboards and alerting for Kubernetes infrastructure, powered by eBPF technology that provides deep observability without requiring code instrumentation.

BYOC lets companies run SaaS on their own cloud infrastructure.

When we talk about the pillars of observability, the conversation usually revolves around M.E.L.T—Metrics, Events, Logs, and Traces.

Shahar Azulay has had many opportunities to get into tech throughout his life. He started digging into cyber security when he was 17 years old, where he learned the basics of deep tech that he still utilizes to this day.

groundcover is an eBPF-driven observability platform that is approaching the market in unique ways and disrupting traditional monitoring tools.

Groundcover announced a deep integration with OpenTelemetry.

groundcover, the eBPF-powered observability platform, has announced a new integration with OpenTelemetry, which will provide customers with deeper insights into performance, user behavior, and errors.

In the ever-evolving landscape of cloud-native observability, groundcover is emerging as a game-changing platform that's redefining how engineering teams gain insights into their complex production environments.

Adam sits down with Shahar to discuss groundcover's eBPF-driven approach to observability, their recent integration with OpenTelemetry, and how the rise of AI makes the context-rich nature of eBPF more important than ever.