The rush to virtualization and cloud is mainly driven by improved performance andthat it brings to businesses through rapid, agile and efficient deployment of resources. Successful deployment and delivery of business offerings in this emerging model hinges on the ability to select and leverage the right tools and infrastructure which can support virtualized services as well as validation of these services. The landscape for planning, implementing, deploying and monitoring virtualized services have been extensively covered but there is an urgency to consider validation offerings for network applications that lay the foundation for business services. Today, business organizations are looking for security assessment as well as insight to performance and scalability of the applications. It has become increasingly important to validate application performance and conduct security assessment in infrastructures with this new elastic and agile model of virtualized services. The layered nature of virtualized services as well as dynamic and frequent provisioning with multiple revisions of software would require thorough understanding of the resulting impact in terms of both performance as well as security. The fundamentals of such virtualized testing solution would have to address the following:
Provide realistic, repeatable, and scalable validation of application and security services.
Address new deployment models (virtual appliances) as well as hybrid models (mixture of physical and virtual appliances).
Integrate and coexist with emerging virtualization as well as cloud technologies and foundations.
Reliability, performance and security efficacy of services provided inneed to be measured and assessed proactively, in tandem with evolution of the infrastructure. Migration from purely physical appliances of traditional networks to emerging virtualized models as well as hybrid models would require validations that can bridge that gap and simultaneously elevate to address scaling and intelligence against new performance demands, vulnerabilities and detection/mitigation of attack vectors. The inherent extensibility and flexibility brought by having a single platform that has been in place for today’s converged network and application infrastructure should be available from security and application validation solutions as well.
is now available as a virtual platform on ESXi and KVM hypervisors and carries forward its ease of use, comprehensive and consolidated test functionalities. CyberFlood Virtual (CFV) is a flexible solution that offers proactive and realistic testing of content aware networks and security infrastructure that is easily hosted on users virtualized Infrastructure.
CyberFlood Virtual paves the way for a scaling test solution of physical and virtual appliance form factors for handling vast amounts of traffic, based on user demand. Each CFV instance comes with one management port and two data ports. This solution provides easy deployment with physical devices under test (DUT) as illustrated in Image 2. In this case, the DUT upstream port is connected directly or through other network devices to the hypervisor physical NIC and a virtual switch which also has connectivity to one of the CFV data ports. The other CFV data port is also connected to a virtual switch with connectivity to a physical NIC and DUT downstream port.
There are also options to connect the CFV data ports to virtual appliances as illustrated in Image 3. In this type of deployment, the DUT upstream port and one of the CFV data ports are connected to a virtual switch and another virtual switch handles the traffic between DUT downstream port and the other CFV data port. The CFV deploymentoptions provide flexibility for validation of network services with purely physical appliances or virtual appliances as well as hybrid models.
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