Blog
One Prometheus to Rule Them All: Multi-Tenancy Kubernetes with Centralized Monitoring and vCluster Private Nodes
Discover how platform teams can implement centralized metrics for multi-tenant Kubernetes using vCluster. This article walks through observability patterns for both regular vClusters and private-node vClusters, showing how a centralized Prometheus and Grafana stack can serve many isolated tenant clusters, laying the foundation for scalable, production-ready multi-tenant observability.
Isolated GPU Nodes on Demand: Implementing vCluster Auto Nodes for AI Training on GKE
Learn how to provision isolated GPU nodes on demand for multi-tenant AI training on GKE. This tutorial implements vCluster Auto Nodes with Private Nodes, giving each tenant dedicated Compute Engine VMs that spin up automatically and terminate when workloads complete. Cost-efficient GPU isolation without managing separate clusters.
MCP-Server auf Kubernetes mit kmcp und AgentGateway angehen
Verstehen Sie das Model Context Protocol, seine Verwendung, Funktionalität, wie man es sichert und warum es bald zu einem der grundlegenden Bausteine in einer KI-Agent-Architektur werden wird. Entdecken Sie verschiedene Möglichkeiten und Beispiele für die Einrichtung von MCP-Servern in Kubernetes mit AgentGateway, kgateway und kmcp. Erfahren Sie, wie Sie verschiedene MCP-Server unternehmensfähig machen, indem Sie sie mit Unternehmensfunktionen wie Authentifizierung, Autorisierung und Skalierbarkeit ausstatten.
Taming the Multi-Cloud Chaos: Meet Scaleway Kosmos
Feeling locked into a single cloud provider? Wishing you could seamlessly use resources from different clouds without the operational nightmare?
That's exactly what Scaleway Kosmos was built to solve.
Real-time telemetry data collection made simple: a proof of concept with NATS on Scaleway
Collecting and visualizing telemetry data from thousands of vehicles in near real-time is no easy task. Discover how to design a distributed, scalable, and reliable cloud native application on Scaleway, an up-and-coming European cloud provider, using NATS (Neural Autonomic Transport System) as the core messaging system. Explore why NATS is the perfect technology for this use case, and how features like wildcards, Queue Groups, and JetStream enable secure and efficient communication between microservices.
Unlocking Secure Cloud Workloads with STACKIT Confidential Kubernetes
In an era where trust, compliance, and sovereignty are crucial for digital transformation, STACKIT Confidential Kubernetes stands out not only for its advanced security features but also for its foundation as a German cloud provider. Understanding the importance of data locality and sovereignty, STACKIT brings a unique value proposition tailored for organizations needing to comply with strict European and German regulatory frameworks.
