IPExpo London Presentations
A few months back I attended and spoke at the IPExpo 2011 at Earl’s Court Two in London. I gave 3 presentations which were recorded and two of them are available online from the IPExpo website. I haven’t figured out a way to download or embed the videos but did want to send the video links. The slides for each are also available. Sign-up (free) may be required to view the content but it’s pretty good, if I do say so myself. A Cloud To Call Your Own – I was late for this one due to some time confusion but I run in get mic’d and pull it all together. I run thru various areas of focus/concern/challenges of deploying applications in the cloud – many of them no different than a typical application in a typical data center. The Encryption Dance gets it’s first international performance and the UK crowd wasn’t quite sure what to do. It is the home of Monty Python, isn’t it? Catching up to the Cloud: Roadmap to the Dynamic Services Model – This was fun since it was later in the afternoon and there were only a few folks in the audience. I talk about the need to enable enterprises to add, remove, grow and shrink services on-demand, regardless of location. ps Related: F5 EMEA London IPEXPO 2011 London IPEXPO 2011 - The Wrap Up F5 EMEA Video F5 Youtube Channel F5 UK Web Site Technorati Tags: F5, ipexpo, integration, Pete Silva, security, business, emea, technology, trade show, big-ip, video, educationCloudFucius Says: AAA Important to the Cloud
While companies certainly see a business benefit to a pay-as-you-go model for computing resources, security concerns seem always to appear at the top of surveys regarding cloud computing. These concerns include authentication, authorization, accounting (AAA) services; encryption; storage; security breaches; regulatory compliance; location of data and users; and other risks associated with isolating sensitive corporate data. Add to this array of concerns the potential loss of control over your data, and the cloud model starts to get a little scary. No matter where your applications live in the cloud or how they are being served, one theme is consistent: You are hosting and delivering your critical data at a third-party location, not within your four walls, and keeping that data safe is a top priority. Most early adopters began to test hosting in the cloud using non-critical data. Performance, scalability, and shared resources were the primary focus of initial cloud offerings. While this is still a major attraction, cloud computing has matured and established itself as yet another option for IT. More data—including sensitive data—is making its way to the cloud. The problem is that you really don’t know where in the cloud the data is at any given moment. IT departments are already anxious about the confidentiality and integrity of sensitive data; hosting this data in the cloud highlights not only concerns about protecting critical data in a third-party location but also role-based access control to that data for normal business functions. Organizations are beginning to realize that the cloud does not lend itself to static security controls. Like all other elements within cloud architecture, security must be integrated into a centralized, dynamic control plane. In the cloud, security solutions must have the capability to intercept all data traffic, interpret its context, and then make appropriate decisions about that traffic, including instructing other cloud elements how to handle it. The cloud requires the ability to apply global policies and tools that can migrate with, and control access to, the applications and data as they move from data center to cloud—and as they travel to other points in the cloud. One of the biggest areas of concern for both cloud vendors and customers alike is strong authentication, authorization, and encryption of data to and from the cloud. Users and administrators alike need to be authenticated—with strong or two-factor authentication—to ensure that only authorized personnel are able to access data. And, the data itself needs to be segmented to ensure there is no leakage to other users or systems. Most experts agree that AAA services along with secure, encrypted tunnels to manage your cloud infrastructure should be at the top of the basic cloud services offered by vendors. Since data can be housed at a distant location where you have less physical control, logical control becomes paramount, and enforcing strict access to raw data and protecting data in transit (such as uploading new data) becomes critical to the business. Lost, leaked, or tampered data can have devastating consequences. Secure services based on SSL VPN offer endpoint security, giving IT administrators the ability to see who is accessing the organization and what the endpoint device’s posture is to validate against the corporate access policy. Strong AAA services, L4 and L7 user Access Control Lists, and integrated application security help protect corporate assets and maintain regulatory compliance. Cloud computing, while quickly evolving, can offer IT departments a powerful alternative for delivering applications. Cloud computing promises scalable, on-demand resources; flexible, self-serve deployment; lower TCO; faster time to market; and a multitude of service options that can host your entire infrastructure, be a part of your infrastructure, or simply serve a single application. And one from Confucius himself: I hear and I forget. I see and I remember. I do and I understand. psCloudFucius Ponders: High-Availability in the Cloud
According to Gartner, “By 2012, 20 percent of businesses will own no IT assets.” While the need for hardware will not disappear completely, hardware ownership is going through a transition: Virtualization, total cost of ownership (TCO) benefits, an openness to allow users run their personal machines on corporate networks, and the advent of cloud computing are all driving the movement to reduce hardware assets. Cloud computing offers the ability to deliver critical business applications, systems, and services around the world with a high degree of availability, which enables a more productive workforce. No matter which cloud service — IaaS, PaaS, or SaaS (or combination thereof) — a customer or service provider chooses, the availability of that service to users is paramount, especially if service level agreements (SLAs) are part of the contract. Even with a huge cost savings, there is no benefit for either the user or business if an application or infrastructure component is unavailable or slow. As hype about the cloud has turned into the opportunity for cost savings, operational efficiency, and IT agility, organizations are discussing, testing, and deploying some form of cloud computing. Many IT departments initially moved to the cloud with non-critical applications and, after experiencing positive results and watching cloud computing quickly mature, are starting to move their business critical applications, enabling business units and IT departments to focus on the services and workflows that best serve the business. Since the driver for any cloud deployment, regardless of model or location, is to deliver applications in the most efficient, agile, and secure way possible, the dynamic control plane of cloud architecture requires the capability to intercept, interpret, and instruct where the data must go and must have the necessary infrastructure, at strategic points of control, to enable quick, intelligent decisions and ensure consistent availability. The on-demand, elastic, scalable, and customizable nature of the cloud must be considered when deploying cloud architectures. Many different customers might be accessing the same back-end applications, but each customer has the expectation that only their application will be properly delivered to users. Making sure that multiple instances of the same application are delivered in a scalable manner requires both load balancing and some form of server virtualization. An Application Delivery Controller (ADC) can virtualize back-end systems and can integrate deeply with the network and application servers to ensure the highest availability of a requested resource. Each request is inspected using any number of metrics and then routed to the best available server. Knowing how an ADC can enhance your application delivery architecture is essential prior to deployment. Many applications have stellar performance during the testing phase, only to fall apart when they are live. By adding a Virtual ADC to your development infrastructure, you can build, test and deploy your code with ADC enhancements from the start. With an ADC, load balancing is just the foundation of what can be accomplished. In application delivery architectures, additional elements such as caching, compression, rate shaping, authentication, and other customizable functionality, can be combined to provide a rich, agile, secure and highly available cloud infrastructure. Scalability is also important in the cloud and being able to bring up or take down application instances seamlessly — as needed and without IT intervention — helps to prevent unnecessary costs if you’ve contracted a “pay as you go” cloud model. An ADC can also isolate management and configuration functions to control cloud infrastructure access and keep network traffic separate to ensure segregation of customer environments and the security of the information. The ability of an ADC to recognize network and application conditions contextually in real-time, as well as its ability to determine the best resource to deliver the request, ensures the availability of applications delivered from the cloud. Availability is crucial; however, unless applications in the cloud are delivered without delay, especially when traveling over latency-sensitive connections, users will be frustrated waiting for “available” resources. Additional cloud deployment scenarios like disaster recovery or seasonal web traffic surges might require a global server load balancer added to the architecture. A Global ADC uses application awareness, geolocation, and network condition information to route requests to the cloud infrastructure that will respond best and using the geolocation of users based on IP address, you can route the user to the closest cloud or data center. In extreme situations, such as a data center outage, a Global ADC will already know if a user’s primary location is unavailable and it will automatically route the user to the responding location. Cloud computing, while still evolving in all its iterations, can offer IT a powerful alternative for efficient application, infrastructure, and platform delivery. As businesses continue to embrace the cloud as an advantageous application delivery option, the basics are still the same: scalability, flexibility, and availability to enable a more agile infrastructure, faster time-to-market, a more productive workforce, and a lower TCO along with happier users. And one from Confucius: The man of virtue makes the difficulty to be overcome his first business, and success only a subsequent consideration. ps The CloudFucius Series: Intro, 1, 2, 3F5's BIG-IP with Oracle® Access Manager to enhance SSO and Access Control
Learn how F5's BIG-IP LTM/APM helps in conjunction with Oracle Access Manager centralizing web application authentication and authorization services, streamline access management, and reduce infrastructure costs Watch how BIG-IP APM can reduce TCO, lower deployment risk, and streamline operational efficiencies for customers along with having a unified point of enforcement to simplify auditing and control changes in configuring application access settings.F5 BIG-IP Edge Gateway Performance Demo
Watch how F5 has solved the security plus acceleration challenge for remote users. Demo shows how BIG-IP Edge Gateway is twice as fast as the competition at downloading a 5MB Microsoft SharePoint file. A powerful example of optimization technology for superior end user experience. Erik Giesa, VP Product Management and Nojan Moshiri, Product Management Engineer host.
