Secure, optimize, and monitor Azure Kubernetes workloads with Tetragon.
Dynamic cloud infrastructure presents unique challenges across autoscaling, ephemeral networking, and distributed application architectures. Traditional tools fall short in offering the visibility and control needed for modern workloads. See Tetragon: purpose-built with eBPF to deliver deep insights from the kernel to the cloud.
Inside this brief:
360° Visibility for Modern Workloads
Optimized for Scale and Performance
Unlock unparalleled insights into your Azure environments. Tetragon decodes network protocols like DNS, HTTP, and TLS while mapping them to process-level data. This full-stack perspective enables precision troubleshooting, faster root-cause analysis, and real-time threat detection.
Azure Observability Reimagined
Unlike traditional monitoring tools, Tetragon leverages eBPF to deliver high-performance observability with minimal overhead. Whether monitoring recycled IPs in Azure Blob Storage or scaling with Azure-backed Kubernetes clusters, Tetragon ensures optimal resource usage without sacrificing visibility.
Ready to transform your cloud strategy?
Download the brief to see how Tetragon bridges the gap between traditional security tools and modern cloud-native environments.
Isovalent helped PostFinance to build a scalable Kubernetes platform to run mission-critical banking software in production. By migrating to Cilium as the default CNI for kubernetes, they were able to solve their challenges regarding scale, observability and latency. The network was made visible, improving troubleshooting, enabling forensic analysis and transparently encrypt network traffic.
Many fortune 500 companies pick Isovalent on their cloud native journey, to have the expert knowledge and support their business critical applications need. Learn what Isovalent’s support consists of, what our Customer Reliability Engineering team can do for you, and what “CuTEs” have to do with it.
Why do teams choose Isovalent as the unified data plane for highly scaled cloud security, networking, and observability?
