Boosting Hybrid Environment Visibility with IP Fabric 7.9

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Key points:

  • IP Fabric has released version 7.9, which expands automation and discovery capabilities for Azure and Google Cloud Platform environments, addressing the challenge of hybrid visibility in modern IT operations.
  • The update adds discovery and path analysis for cloud-native security constructs, including Azure Firewall and Private Link, and extends IPv6 path analysis across dual-stack environments, helping teams reason about connectivity in complex networks.
  • IP Fabric’s approach to modeling the control plane behavior of cloud providers without exposing the underlying implementation helps solve the cloud abstraction problem, allowing operations teams to understand how cloud functions affect application traffic.

As a reporter, I have been following the latest developments in network assurance, and I am excited to share with you the latest news from IP Fabric. The company has just released version 7.9 of its platform, which provides expanded capabilities for Azure and Google Cloud Platform environments. This update is a significant step forward in addressing the challenge of hybrid visibility in modern IT operations.

According to Pavel Bykov, CEO and co-founder of IP Fabric, the company has seen a significant increase in demand for its platform, with many new clients coming on board, including several from the Fortune 50. Bykov notes that these teams are looking to go beyond automation and towards autonomous network operations, and that digital twin data models provide the critical context needed for the success of these initiatives.

The challenge of hybrid visibility has been a major issue for organizations for years, and vendors like IP Fabric have been working to solve this problem. The company’s previous releases provided foundational cloud coverage, and version 7.9 extends that foundation by modeling cloud-native networking and security constructs as first-class objects in the digital twin.

The update adds discovery for Azure Firewall instances, Private Link services, and Private Endpoints, as well as multi-project discovery and modeling of GCP Interconnect handoffs. This allows the platform to trace traffic flows through cloud security boundaries and private connectivity paths. Additionally, the platform now supports IPv6 path analysis, helping teams reason about connectivity in dual-stack and hybrid environments.

Bykov notes that the cloud abstraction problem is a major challenge for operations teams, as cloud providers deliberately abstract infrastructure complexity from users. However, this abstraction creates a visibility problem for teams who need to understand how these functions affect application traffic. IP Fabric’s approach is to model the control plane behavior without exposing the underlying implementation, providing a solution to this problem.

One of the key use cases for IP Fabric’s platform is compliance validation, particularly for PCI-DSS (Payment Card Industry Data Security Standard). Bykov notes that the company has been working with a large financial company to help them with their Azure migration, and that the platform’s ability to model Azure Firewall configurations alongside on-premises firewall policies allows the compliance team to validate rule consistency across both environments from a single interface.

Bykov also emphasizes the importance of hybrid pathing, noting that different workloads have different requirements for latency, data residency, cost, and performance. The platform’s ability to model the specific mechanisms that create connectivity between environments, such as Azure ExpressRoute circuits and GCP Interconnect attachments, allows teams to visualize complete application workflows from on-premises databases through cloud security controls to application endpoints.

Overall, IP Fabric’s version 7.9 release is a significant step forward in addressing the challenge of hybrid visibility in modern IT operations. The platform’s ability to model cloud-native networking and security constructs, as well as its support for IPv6 path analysis, makes it an essential tool for teams looking to ensure the security and compliance of their Azure and Google Cloud Platform environments. With its focus on digital twin data models and autonomous network operations, IP Fabric is well-positioned to help teams navigate the complexities of hybrid networks and ensure the success of their cloud migration initiatives.

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