Isovalent Enhances Kubernetes Networking with GitOps for Red Hat OpenShift

Isovalent is set to host a fireside chat today, June 30, 2026, focusing on the advanced networking capabilities brought by its Isovalent Private Network (IPN) solution, specifically tailored for Kubernetes environments on Red Hat OpenShift. The webinar will delve into how IPN facilitates the creation of secure, multi-tenant, and fully isolated network segments directly within Kubernetes clusters. This innovation aims to provide a VPC-style networking experience, enhancing the security and segmentation of cloud-native applications. A significant aspect of the discussion will revolve around the integration of Kubernetes networking with traditional enterprise data center fabrics. Experts from Isovalent and Cisco will explore how IPN seamlessly connects with current Cisco Nexus environments and future Cisco ACI use cases through EVPN (Ethernet VPN). This integration is crucial for organizations operating in hybrid cloud models, allowing for a unified and consistent networking strategy across diverse infrastructures. The fireside chat will also highlight the role of GitOps in simplifying and automating network configuration management. By leveraging GitOps principles, organizations can achieve greater consistency, traceability, and auditability in their networking deployments. This approach ensures that desired network states are version-controlled in Git repositories, with automated agents continuously reconciling the live environment to match the declared state, thereby reducing manual errors and operational overhead. Furthermore, the session will include a live demonstration showcasing how virtual machine (VM) workloads can be seamlessly bridged into Kubernetes clusters using the optional Isovalent Network Bridge (INB). This feature is designed to enable IP preservation, which is vital for smoother migrations and interoperability between traditional VM-based applications and modern containerized services. The discussion will cover how these advanced networking solutions fit into real-world architectures, providing practical insights for engineers and architects looking to optimize their Kubernetes deployments and hybrid cloud strategies. The integration underscores a move towards more robust, automated, and secure networking for complex cloud-native and hybrid environments.