Resources

Learn how verification can be used in key IT processes and workflows, why a mathematical model is required and how it works; as well as example use cases from the Forward Enterprise platform.

Learn the value of automating network verification; how IBN allows the configuration, monitoring, and troubleshooting of thousands of disparate network elements with real-time verification of the health and policy alignment of ongoing deployments.

In recent research, IDG identified a disconnect between network security practitioners and executives around levels of confidence and priority initiatives. Read the white paper to learn what this means for you and how a single source of network truth can mitigate concerns.

As an IT leader, you may be surprised to know that your team may be more concerned about the security of your network than you are. Learn what IDG research revealed and how network visibility can improve your security posture.

Learn how the network OS vulnerability mitigation functionality in the Forward Enterprise platform can help your security and network teams collaborate more effectively on CVE alerts.

Security teams need access to actionable information about everything in the network—where devices are located, how they interact, and all relevant details about their configuration and state…

Know with mathematical certainty that your cloud configuration is in compliance with corporate policies

Forward Enterprise can analyze and visualize IPv6 compliant traffic paths to help network operations teams and administrators ensure the network is IPv6 compliant or indicate any non-compliant traffic flows that require upgrades.

With this CloudVision and Forward Enterprise integration, users get a turn-key network verification platform that fits into any operational workflow.

Trying to make sense of your cloud security posture shouldn't mean flipping between multiple screens and inferring how traffic is behaving. Join this live event to see how you can monitor and verify your security posture across multiple clouds on a single screen.

Former senior executive, in the Office of Information and Technology at U.S. Customs and Border Protection, and Forrester Research analyst discuss Forward's visualization, verification, and prediction capabilities.

After years of PhD research and commercial development, Forward has delivered a modern approach to enterprise networking — we call it mathematical network modeling. It uses math to accurately represent every possible behavior in your network.

Use the Google-like search features of NQE (Network Query Engine) to shave hours off of troubleshooting and provide unrivaled insight into network behavior. 

At Forward Networks we build digital twins for computer networks. It is not a simulation. It is a mathematically accurate model of their network. We can process networks with more than 45,000 devices on a single box .

Visualizing the detailed topology and device configuration and state information for your entire network is now one click away. Merging the snapshots allows operators to understand packet behavior across multiple networks, visualize physical topology, and investigate logical packet behavior.

The Forward Networks platform lets engineers search their network like a database. Discovering and tracking interesting configuration and state information no longer require complex vendor specific scripting — the NQE library makes it easy to write and store custom inquiries in seconds. 

Regulatory compliance can cost teams valuable time and money. Forward Enterprise's security posture verification can relieve this burden and prove that your network behavior conforms with corporate policy intent in real-time. In this demonstration, Technical Solutions Architect, Glen Turner shows us how operators can use Forward to prove the network meets PCI DSS regulatory requirements. 

Forward Cloud is the single source of truth (and pane of glass) for hybrid multi-cloud networks. Forward Enterprise allows Networking, Security, and Cloud professionals to look at the same data when troubleshooting or verifying network behaviors. The single pane of glass model delivers actionable information in an intuitive, vendor-agnostic manner.