Netris

Netris is a Software Defined Networking (SDN) platform for automating and operating Virtual Private Cloud (VPC) networking across on-premises (on-prem) data centers and public cloud environments.

• Software platform for automated Layer 2/Layer 3 data center and cloud networking (network automation)
• Abstraction of physical and cloud networking into a unified VPC construct (VPC networking)
• Support for hybrid and multi-cloud connectivity between data center infrastructure and major public clouds (hybrid cloud networking)
• Policy-driven configuration of routing, switching, load balancing, and connectivity services (network operations)
• APIs and integrations for Infrastructure-as-Code (IaC) workflows and cloud-native environments (DevOps and cloud networking)

More About Netris

Netris provides a SDN system designed for organizations that operate private data centers, colocation environments, and workloads in public cloud. The platform abstracts physical network hardware and cloud networking constructs behind a VPC model, so infrastructure teams can manage data center networks with workflows that are conceptually similar to public cloud networking. This approach targets enterprise IT, managed service providers, and cloud-native teams that require consistent networking behavior across on-prem and cloud environments.

The Netris platform focuses on automating Layer 2 and Layer 3 networking functions, including routing, switching, VLANs, and IP addressing, as well as services such as load balancing and Network Address Translation (NAT). It applies controller-based logic to translate high-level intent and policies into device-level configuration across switches, routers, and other network elements. In public cloud environments, Netris works with native VPC networking constructs to provide a single operational model for connectivity, segmentation, and access control between data centers and cloud regions.

From an architectural perspective, Netris aligns with SDN and intent-based networking paradigms, in which a central controller manages distributed forwarding devices using standard network protocols. The platform typically integrates with commodity Ethernet switches and industry-standard routing technologies. It exposes APIs that enable IaC workflows, allowing network configurations to be expressed and versioned alongside application and infrastructure definitions. This is relevant for organizations using DevOps practices and cloud-native orchestration frameworks where network changes are automated as part of Continuous Integration and Continuous Deployment (CI/CD) pipelines.

In enterprise and institutional environments, Netris is positioned as a way to operate private data center networks using a cloud-like model, reducing the need for manual device configuration. Network engineers and Site Reliability Engineering (SRE) teams use it to provision VPC-style constructs such as subnets, routing policies, and connectivity to internet or Wide Area Network (WAN) services, while the platform handles low-level switch and router configuration. For hybrid and multi-cloud use cases, Netris supports consistent policy application across on-prem and cloud networks, including connectivity for workloads that span Kubernetes clusters, virtual machines, and bare-metal servers.

Within an enterprise technology directory, Netris fits into categories such as network automation, SDN for data centers, VPC networking, and hybrid cloud networking. It intersects with infrastructure management and DevOps toolchains through its API-driven design, enabling integration with configuration management, observability systems, and cloud platforms. Organizations evaluate Netris alongside other SDN and network automation offerings when seeking to simplify data center network operations while maintaining compatibility with existing hardware and public cloud networking models.