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Press Releases

Create a sophisticated editorial-style hero image depicting modern cloud observability: an SRE working at a dark, elegant workstation while translucent layers of high-cardinality telemetry—glowing logs, metrics, distributed traces, service maps, and time-series data—flow through a luminous serverless cloud infrastructure. Subtle AI-agent visualization appears as an intelligent constellation of connected nodes analyzing incidents in parallel, linking production signals with code, runbooks, and historical patterns. Convey full-fidelity data, fast investigation, long-term retention, scalability, and calm control amid complex systems. Use deep charcoal and midnight blue tones with vivid cyan, electric purple, and warm amber highlights, cinematic volumetric lighting, crisp data-inspired geometry, premium technology editorial composition, realistic yet slightly futuristic, ample negative space, no readable text, no logos, no branding, no watermark.
Agentic AI

ClickHouse Introduces ClickHouse Observability, a turnkey solution for SREs and AI Agents

•Brian Ducharme•Agentic AI, AI, Press Releases

As ClickHouse expands its platform to help developers build, observe, and secure modern applications, the new ClickHouse Observability service brings full-fidelity telemetry, AI-driven investigations, and affordable long-term retention to a fully managed, serverless offering. Now in public beta, ClickHouse Observability combines full-fidelity telemetry, fast concurrent queries, and affordable long-term retention in a serverless service that […]

AI

ControlTheory Launches Dstl8 2.0, the AI SRE That Doesn’t Need An Observability Platform

•Brian Ducharme•AI, Cloud Native, DevOps, Kubernetes, Press Releases

With Telemetry Distillation now spanning logs, metrics, traces, and events, Dstl8 follows AI workloads from agent to GPU, takes on APM, and predicts problems before they hit. SALT LAKE CITY, UT, November 9, 2026 – ControlTheory today launched Dstl8 2.0, its telemetry-native AI SRE, at KubeCon + CloudNativeCon North America. Dstl8 now extends Telemetry Distillation […]

Create a high-quality editorial technology illustration showing a modern Kubernetes production environment viewed as a connected ecosystem: glowing containerized workloads and AI services distributed across layered cloud infrastructure, with an abstract eBPF sensor at the center invisibly tracing a slow application request into an exact database query. Visualize luminous data pathways linking application services, SQL database nodes, analytics storage, telemetry streams, logs, metrics, Kafka traffic, and VoIP signaling, while distinct geographic cloud regions and availability zones appear as subtly separated infrastructure layers. Include contextual markers conveyed through color-coded tags and linked nodes for workloads, namespaces, regions, and zones, without any readable text. Suggest managed and locked-down clusters through secure network boundaries, proxy gateways, mounted certificates, and a protected Kubernetes control plane, alongside a GitOps-style configuration flow represented by clean synchronized deployment elements. Sophisticated dark navy and charcoal background, electric cyan, violet, and emerald data trails, realistic 3D server and cloud forms blended with elegant technical visualization, cinematic depth, crisp details, premium enterprise software editorial aesthetic, balanced composition with generous negative space, no people, no logos, no branding, no captions, no interface text.
Cloud Native

groundcover Expands Its eBPF Sensor With Deeper Kubernetes and Infrastructure Visibility

•Brian Ducharme•Cloud Native, Kubernetes, Press Releases

Sensor now links slow requests to the SQL behind them and adds Kubernetes and cloud context to third-party telemetry SAN FRANCISCO and SALT LAKE CITY — Nov. 9, 2026 – groundcover, the world’s leading bring-your-own-cloud (BYOC), eBPF and OpenTelemetry (OTel)-native observability platform, today announced a major expansion of its eBPF sensor, the component that runs […]