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Recent Contributions

Keywords:Cloud Applications, Cloud Analytics
Authors: Gregory Haardt, Sr Product Manager, Sonoa Systems.
Abstract:
How can businesses make accessing the cloud a profitable endeavor that is good for business and relatively painless to carry out? Companies have begun to leverage cloud applications to offer new business services to their customers or reduce costs and increase agility by consuming cloud services or APIs. However, unique issues around visibility, control and scale must be considered when applications enter the cloud.

This talk will discuss the unique considerations when either consuming cloud services or opening Web services to customers and partners, and provide case studies of how some companies, such as Sterling Infosystems and IntraLinks, have successfully opened up their enterprise to the cloud by ensuring secure access control, compliance and reliability. This session will also address how to move data in and out of the cloud while still protecting your organization; how to ensure your cloud services are enterprise-class by addressing the concerns of performance, visibility and scalability; and how to tackle management, security and compliance issues raised by today's cloud solutions.

Keywords:cloud computing, data center automation, internal cloud
Authors: Sudhrity Mondal, Cassatt.
Abstract:
Mid to large scale enterprises require their development and test environments configured and re-configured quite often as new project gets underway or completes, project scope changes and/or project team size grows or shrinks. Setting up a development/test environment for a project can be costly, tedious and time consuming leaving aside the procedures that a large organization has to undergo. Organizations have dedicated teams to prepare such environments and use a wide variety of complex tools and procedures to provision and configure the hardware and software needed for the environments. Today it takes between 1 to 3 weeks to set up a new environment for a mid-sized project. Internal clouds usher a new era in data center automation. Coupled with virtualization, internal clouds can bring down the time it takes to setup such an environment to minutes and hours and reduce the overall capital and operational expenses for the data center.

This presentation discusses the implementation of a development and test environment automaton at a large financial services company built using an internal cloud solution from Cassatt and virtualization from VMware. It details the challenges encountered, the implemented solution, the gaps that still existed and custom development that had to be done for an end-to-end solution. It also explains how improved resource utilization and higher energy efficiency was achieved using Cassatt’s Active Image and Power management policies and resource re-purposing technologies while maintaining application SLAs. The presentation concludes by outlining how internal clouds can be used to automate production environments, implement business continuity solutions without the cost of expensive HA systems and enable operational agility for quick time to market.

The session will benefit data center architects and managers who are interested in learning about ways to automate data center operations, improve efficiency and reduce costs.

Keywords:Cloud computing, Virtualization, Data center, IT infrastructure, Networking
Authors: Bob Quinn, Founder, Chairman and CTO, 3Leaf Systems.
Bob Quinn has more than 20 years of high-tech industry experience. Before 3Leaf, Mr. Quinn was founder and CEO of Network Virtual Systems (NVS), which developed scalable architectures and chips for x86 and Itanium SMP servers. Prior to NVS, he was founder and chairman of iMODL, an Electronic Design Automation (EDA) software company. Mr. Quinn has served as chairman of TransEDA, an EDA software company traded on the London Exchange; and has held senior management positions at Unisys, Trilogy, Arix and Exxon. Mr. Quinn received an honors BSEE degree from University College, Cork, Ireland. Mr. Quinn has spoken at the Virtualization Conference West & East 2008; Datacenter Dynamics San Francisco 2008; Datacenter Dynamics Dallas; Interop 2007; HT Consortium Developers Conference October 2007; and Sanford C. Bernstein & Co., LLC “Networking & Virtualization” panel 2007.

Abstract:
Cloud computing and virtualization go hand-in-hand. Virtualization separates the OS/application from the underlying commodity hardware. Yet today’s “clouds” still represent collections of small compute islands; users can choose their “cloud” as some fraction of a size of a standard server, but nothing larger. An enterprise using cloud computing as an IT infrastructure strategy needs true On Demand agility and scalability, where the size of the server provided by the cloud can be easily changed on-the-fly, and should have no limits. This session addresses how networking infrastructure, virtualization and commodity servers are evolving to enable On Demand IT for the cloud, finally enabling the dynamic data center.

Keywords:Cloud Infrastructure, Atmos
Authors: Heather Vincola, EMC.
Abstract:
The ability to efficiently and securely deploy cloud infrastructures and or leverage remote cloud resources presents key opportunities in cloud computing today. However, the movement of information and services out of the data center and into the cloud can unleash fear in many of us. Trusting that your information is secure and accessible is important, and deciding what information remains inside and outside of the cloud can be critical to the success of your business.

Keywords:performance, cloud, application, control, end user
Authors: Corinna Krueger and Ben Rushlo, Keynote Systems.
Abstract:
Whether you are just starting to think about adopting a cloud model or have already implemented this in your organization, by moving from on-premise applications to the cloud you are giving up lots of control. How do you make sure you meet end-users’ performance expectations when someone else takes the reigns? End-users expect sub 1s response times as your on-premise apps did. How can you ensure such performance with your cloud service provider? Web performance is paramount for your users and not having the right metrics in place to remain in control can lead to costly performance issues.

In this session, you will learn:
Learning Objective #1: How to evaluate and optimize the performance of cloud applications as it impacts your company’s bottom line.
Learning Objective #2: Key insights into what providers don’t want you to know, how to maintain control of complex customized cloud apps, and what to ask for when negotiating your SLAs.
Learning Objective #3: How to quantify the importance of the end user experience, which can't always be shown with hard data.

Keywords:cloud computing, saas, paas, private clouds, cloud platforms
Authors: Pankaj Malviya, LongJump.
Abstract:
Introduction:
With PaaS quickly gaining market traction, the emergence of a “private cloud” has also taken hold. A private cloud essentially supports companies that want to get the advantages of a PaaS solution but still want broad flexibility to host the platform wherever they want, so they can manage the platform internally within their own servers and preferred environment such as Amazon EC3, etc.

Abstract:
The emerging Platform-as-a-Service (PaaS) arena is presenting a significant opportunity for both business and IT to focus on quickly innovating and fine-tuning integrated applications that are specific to solving diverse business problems. With PaaS, enterprise IT can build more applications on the same platform, and the economies of scale will take effect to dramatically lowering the costs of all subsequent application initiatives.

As the PaaS arena is rapidly developing, the speaker would like to introduce and further explore the emerging trend of a “private cloud,” which essentially supports the needs of companies that want to get the advantages of a PaaS solution, but still allow the customer to host the platform wherever they want. The extended flexibility provided by a private cloud lets companies manage the PaaS platform internally within the company’s own servers and preferred environment, whether that be Amazon EC3 or another.

For ISVs, this option may be particularly attractive as they most likely do not have the bandwidth to create their own full-blown, multi-tenant platform. The upside for ISVs is that they can create their own applications, quicker and with reduced development costs, and then resell those applications to existing customers or attract new ones.

Attendees will walk away with a better understanding of the following:
- What are the differences between a “Public Cloud” versus “Private Cloud”?
- What is the goal of having a “private cloud”?
- Does an investment in a “private cloud” make sense for your business?
- How to get started with a “private cloud”?
- What are the “gotchas” to be aware of?
- What are the technical considerations related to:
-configuration
-maintenance
-IT admin: own internal security issues & data access controls
- What are the migration path considerations?

Keywords:Cloud computing, saas, developing countries, India, mobile
Authors: Krishnan Subramanian and Varadharajan Krishnamoorthy, CloudsDirect IT Solutions Pvt. Ltd.
Abstract:
In this paper, we want to highlight the role of Cloud Computing in developing countries and how it can help these countries to be a global player not handicapped by their infrastructure problems. We argue that the lack of technological infrastructure in these countries offers an opening where they can start up with Cloud Computing directly. We take into account the near ubiquitous presence of mobile phone services in the developing world and argue that positioning Cloud Computing in these countries will make it easy for people to do computing with their existing mobile devices without the need to buy expensive personal computers. We, specifically, take the case of India and highlight how Cloud Computing can play a significant role in reducing the inequality in the society.

Keywords:cloud computing, security, virtual datarooms, content management,
information management
Authors: Fahim Siddiqui, IntraLinks, Inc.
Abstract:
As companies seek to increase critical information security while decreasing IT budgets, moving into the cloud requires careful consideration before reaching the boardroom. IntraLinks’ EVP of product development and operations, Fahim Siddiqui, who helped develop IntraLinks’ virtual datarooms in the cloud, will discuss a detailed list of security concerns every IT department should consider when making a shift into cloud-based information management. Siddiqui will discuss how to keep a company’s information secure in the cloud with: permissioning systems to control access rights for each user; digital rights management to watermark private files, printing prevention; and configuring the ability to revoke access information.

Keywords:Databases, Cloud
Authors: Yaniv Romem, Xeround, Inc.
Yaniv Romem is the Chief Scientist of Xeround, Inc., an Intelligent Data Grid software company based in Bellevue, WA. Mr. Romem has over 10 years of engineering management experience in providing cutting edge, high performance distributed computing, network management and networking technologies with a strong focus on distributed computing.
Prior to joining Xeround, Mr. Romem led engineering at ScaleMP, a leading provider of breakthrough technology for high-end computing; Picatel Systems, a provider of infrastructure to telecom companies for creation of the vocal web and the multimodal web; and IPHighway, a specialist in network management software for telecoms and large enterprises focused on quality of service. Mr. Romem spent several years as an officer doing research and development for the Israeli military with a strong emphasis on high performance fault tolerant reliable computing. Yaniv is a member of the elite group of R&D professionals trained in the Israeli army in the Talpiot program.
Yaniv holds an M.Sc. (cum laude) from the Hebrew University of Jerusalem in computer sciences. His research focused on high performance parallel computing. He has spoken at several industry events in Israel.

Abstract:
As services evolve in the cloud, there is a growing need for a different kind of database altogether. Single node solutions no longer suffice. Instead, a new variety of databases is required to provide a different level of performance altogether accompanied by inherent elasticity, availability and global presence. Vendors are taking multiple paths to meet aspects of this new environment, shunning away from less flexible legacy systems. Scale-up architectures are being replaced by tiered loosely coupled scale-out data management systems.

Xeround’s Intelligent Data Grid (IDG) has been devised to support these requirements from inception. Xeround IDG is unique in providing continuous availability, elasticity with regards to scale-out and scale-in with linear performance per system size, consistent latencies, virtualization of multiple data sources, network and geographical distribution, all using native industry standard interfaces for data and transaction handling.

Cloud Computing ConferenceKeywords:Legal Issues, Cloud Computing
Authors: Janine Bowen, Stephen Sorett and Jason Silverman from McKenna Long & Aldridge LLP.
Cloud Computing Conference
Stephen M. Sorett is an attorney in the Washington, DC office of McKenna Long & Aldridge LLP focusing on all phases of government contracting with an emphasis on outsourcing, privatization, and project finance transactions. For many years he has dealt with all aspects of the public contracting process at the federal, state, and local levels of government. Mr. Sorett has more than 30 years of acquisition experience in all phases of government contracting, having worked in government first at the U.S. General Accounting Office and then as an Assistant General Counsel at the U.S. Environmental Protection Agency. In addition, Mr. Sorett headed up the legal department for an aerospace and defense firm with responsibilities that included the IP protection program in a classified environment. He also served as VP of Contracts for a major government contractor that included providing IT support to major federal agencies and was the Director of Curriculum of George Washington Law School's Government Contracts Program which covered courses on all aspects of the procurement process including IT, secrecy, and protection of confidential data. Mr. Sorett is listed in Who's Who in America, Who's Who in American Law and Who's Who in American Education.

Cloud Computing Conference
Janine Bowen is an attorney in the Atlanta office of McKenna Long & Aldridge LLP where her practice focuses on strategic commercial transactions involving technology and intellectual property.  Such transactions include licensing and acquisition of technology; issues surrounding the protection and exploitation of Internet-based assets; privacy and information security; and technology export compliance.   Janine counsels clients on general technology and intellectual property matters, negotiates and drafts a wide range of technology agreements, and handles technology disputes.  She also serves as technology counsel on M&A transactions and has significant general contracting experience. Janine is also a Certified Information Privacy Professional (CIPP).  This credential certifies her expertise in a broad range of corporate privacy issues including laws and concepts in the U.S., E.U. and the Asia Pacific region, and includes workplace privacy, information security, web privacy, security, and data sharing and transfer.
Abstract:
This presentation will highlight opportunities and associated legal risks inherent in cloud computing and will address some implementation methods for minimizing or mitigating those risks. It will also identify considerations for adopting successful business models involving cloud computing. This presentation will be aimed at those looking to develop businesses or purchase services from businesses in the cloud computing space. No specialized legal knowledge is necessary, however it will also be informative to those with backgrounds in law and compliance.

Placing assets, such as data or key computing resources, in the hands of people who do not own them opens the door to numerous legal risks. Companies that maintain data on behalf of others risk liability in the event that that data is lost, damaged, or compromised. Companies that host applications for the use of others risk liability if those applications become unavailable. And, of course, there are intellectual property questions concerning ownership of and rights in information and services placed “in the cloud.”
Key legal considerations for anyone that is considering either providing or using services “in the cloud” will be discussed. For example, typical license agreements will be replaced by service agreements where key contract terms like payment, warranty, liability protection, and infringement will differ from licensing models. Additionally, there are numerous privacy and security implications, for example, how one must treat international data capture, storage and maintenance and compliance with data protection and data breach laws across the country and internationally. Because cloud computing is by definition ‘locationally irrelevant’ - meaning one doesn’t know (or necessarily think to ask) where data is being stored -complex jurisdictional issues (i.e. where a lawsuit can be filed and tried) can arise in the event of a dispute. Obviously intellectual property issues are tantamount, especially in this era of user-generated content, lower respect for proprietary rights among the consuming public generally, and use of social networks as potentially unauthorized distribution models. Finally, and quite importantly, there are a number of commercial considerations. These considerations include assurances regarding data integrity and ability to access data 24/7 and in a disaster recovery scenario, the proliferation of encryption technologies, the long term commercial viability of the service provider, and backup plans (in both the disaster recovery and commercial viability contexts) when using the cloud for mission critical applications.
Potential areas of opportunity and legal risk beyond those present in business arrangements between private parties will also be addressed. Federal, state and local governments are spending increasing resources on information technology, including on privatizing certain historically governmental functions. In this evolving environment, government contractors may use cloud computing in conducting their work for the government. For example, the Department of Defense has discussed requiring, as a condition of being awarded federal government contracts, that defense contractors in the nation’s critical industrial base have plans to ensure continuity of operations in the event of a catastrophic occurrence. Cloud computing would have a clear connection to any such requirement. Contractors may also assist with implementing various direct government uses of cloud computing. For instance, agencies may shift their existing internal information technology structures to those employing cloud computing. Also, agencies -- particularly those tasked with defense, homeland security, and emergency response -- are looking increasingly to distributed storage of their own data in order to provide continuity and redundancy in the event of catastrophic events. Agencies are also planning to computerize data relating to users of their services. The federal government has already announced its plan to computerize healthcare records, an initiative that is likely to be repeated in other contexts. Cloud computing is also relevant to the implementation of the Department of Defense’s Net-centric Warfare doctrine. In all such applications, distributed storage of data and software presents the same legal issues -- data security, privacy, interruption risks, and intellectual property -- as in the private sector, but with an overlay of legal issues peculiar to government contracting. Contractors will need to be familiar with government procurement laws and regulations, contract security requirements, and export controls, among others, and to understand the risks of non-compliance.

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Cloud Computing Conference