Author: David

Grazed from PRNewsWire. Author: PR Announcement.

The Cloud Security Alliance (CSA) today announced that it will host a free CloudBytes Town Hall on Monday, August 12th at 8:00am (PDT), on "NSA/PRISM Lessons Learned: The Repercussions for Cloud Services Adoption".

The ongoing disclosure of the extent of the PRISM program has raised major privacy and confidentiality concerns for customers of cloud-based services. A recent CSA survey of 500 respondents found that 56% of non-US residents were less likely to use US-based cloud providers, in light of recent revelations about government access to customer information. Companies have fiduciary obligations and other requirements to keep corporate data not only secure, but also private and confidential…

Grazed from BusinessWire. Author: PR Announcement.

EVault, Inc., a Seagate Company STX -0.32% , today announced that a new strategic partnership with Hitachi Data Systems allows Hitachi TrueNorth partners to deliver cloud-based backup services by leveraging EVault SaaS and EVault Endpoint Protection in select Asia Pacific countries.

EVault provides onsite, cloud and cloud-connected data protection solutions to help organizations protect distributed environments, supported by a secure, reliable cloud storage infrastructure and backed by the highest quality customer service. EVault has been a leader in the industry’s move to hybrid storage models, with a uniquely integrated ecosystem of EVault storage software, SaaS, managed services and appliances that help ensure customers maintain business continuity. Geared towards mid-market and enterprise-level businesses, EVault solutions are optimized to perform in multi-site, multi-platform environments, ideal for protecting operations in remote and branch office locations…

Grazed from MarketWire. Author: PR Announcement.

Paradyne, a Microsoft Online Services Partner of the Year finalist and leading Cloud Accelerate partner, and Exoprise, a provider of cloud based monitoring and enablement solutions for Software-as-a-Service (SaaS) applications, today announced a value-add, strategic partnership. The agreement brings Exoprise’s complementary offerings for Microsoft Office 365 to the Australian market for the first time and accelerates the adoption of cloud office applications. The announcement follows the recent launch of Exoprise’s new cloud monitoring solution for Microsoft Office 365.

Office 365 is a subscription-based suite offering online access to the software and services built around the Microsoft Office platform. Unlike on-premise deployments, where IT teams can monitor performance via direct access to the servers running their Office applications, visibility to Office 365 performance is limited to the Microsoft Office 365 Service Status Dashboard. While this dashboard provides current status of Office 365 itself, it cannot provide real-time end-to-end performance data nor can it provide information on the health and availability of the various networks — the customer’s, the ISP’s, the regional backbone, etc. connecting the users to the service…

Grazed from CIOL. Author: Editorial Staff.

Open cloud application company, Cloud Elements recently announced the availability of a new developer tool to connect Twilio and SendGrid, the two leading cloud API platforms for SMS messaging, voice and email respectively via a single uniform application programming interface (API).

The Cloud Elements Messaging Hub provides a single console to provision, integrate, monitor and maintain these services, providing an integrated messaging platform that delivers seamless interaction between the leading SMS, voice and email service providers, said a press release. The release further added that with Cloud Elements’ Messaging Hub, software developers now have the quickest and most cost-effective way to bring Twilio and SendGrid services into their SaaS applications…

Grazed from FCW.com.  Author: Frank Konkel.

The battle between tech titans IBM and Amazon Web Services to win a cloud computing contract with the CIA worth up to $600 million now resembles a chess match, with each side answering the other’s moves with legal filings and carefully crafted public statements.  AWS won the contract to build a massive private cloud infrastructure for the intelligence community in January.

IBM then filed a bid protest in February that the Government Accountability Office upheld in June, directing the CIA to comply with recommendations it made.  Then on July 24, AWS challenged the necessity and scope of corrective actions the CIA took in response to recommendations from the GAO, filing a complaint against the federal government in the U.S. Court of Federal Claims in hopes of expediting a resolution. AWS seeks a formal response from the court by Sept. 23…

Grazed from IT Business Edge. Author: Arthor Cole.

Most enterprises are far enough into the cloud deployment process to understand that there is more than one type of cloud. At the moment, many organizations are content to spin up a few hosted resources to gain extra storage or run a few key applications. But as cloud strategies become more refined, the style of cloud implemented on both private and public resources and the infrastructure that supports them can have a dramatic impact on future data objectives.

As I’ve pointed out, hybrid architectures are only as good as the private cloud allows them to be, and so far only a handful of organizations are pursuing what leading experts deem to be a true private cloud strategy. Part of this is because the cloud is still an ill-defined concept, but legacy infrastructure can be a major drag as well—particularly when it consists primarily of silo-based, bare-metal architecture. So clearly, the first step in any coordinated cloud strategy is to implement virtual and software-defined infrastructure to the broadest extent possible…

Grazed from SiliconAngle. Author: John Casaretto.

If you’re like me and you like to read about the latest emerging tech stuff, you’ve probably noticed all the debate around these “stack wars”. There is a lot of movement to embrace this evolving concept of cloud interoperability. The debate is around what will be the winning standard for legions of infrastructures around the world. Cloud computing is digging deep into the enterprise and one of the further issues being raised beyond just cloud portability is how to answer the struggles of integrating older applications with new cloud-based apps. That’s where we see these names come on, OpenStack, CloudStack, Eucalyptus, OpenNebula and the companies backing this side or that like Rackspace, Amazon AWS, IBM, and so on.

Momentum

OpenStack seems to have a lot of momentum going for it right now. One very public example had PayPal moving their platforms recently to OpenStack, and has built up their operations into the thousands of servers, with an operating base of hundreds of developers working with this architecture. XFINITY, Comcast – whichever one goes first, they’ve moved to OpenStack as well. There is still a lot of turmoil it seems…

Grazed from FlexeraSoftware. Author: Pete Johnson.

Concurrent licensing, also called “Network Licensing” or “Floating Licensing”, has been around a long time. It was first developed to offer a more cost effective way to license high-priced engineering software so that customers did not have to buy one license for every engineer in the company; with concurrent licensing they could share the licenses. Since the cost of such a license is typically very high, there needed to be a way to secure these sharable licenses so that the customer did not use more than what they were entitled to.

In this 2-part blog series, we will look at concurrent licensing: what it is, how it’s used, and what the future holds.

What is Concurrent Licensing?
Concurrent licensing is a system where a fixed number of licenses for an application are made available to an entire network. These licenses allow up to “n” copies of the specified application to run at the same time, anywhere on the network. The application can run on any machine that is on the network, as defined by the software license, but typically in a single geographical location. The fact that the license can allow the application to run on different machines is where the terms “Floating License” and “Network License” come from, in that this ability allows the license to “float” around the “network”…

Grazed from VentureBeat. Author: Sandeep Chad and Holly DeMuro.

There is a growing awareness among decision makers of what big data is, what it can do, and why it’s important. Put briefly, big data is what it sounds like: the collection of data that can ultimately be used to create reports that tell a richer, multifaceted story not easily discernible with existing reporting capabilities. Like any other disruptive technology, big data comes with its share of skeptics, who argue that any report, metric, or KPI tells a story and therefore big data isn’t a significant business change. However, the skeptics can be proven wrong. Big data is so big that it has the potential to disrupt everything we think we know about consumer behavior, employment, healthcare, and any other sector of our lives.

How big is big data really? According to IBM, we create 2.5 exabytes (quintillion bytes) of data every day. Put it all together, and you have seriously BIG data and a seriously BIG story. Where does the data come from? Hint: If you’re reading this on a screen, you are looking at it right now. In today’s world, it is very difficult — almost impossible — not to leave a digital footprint across everything that you do…

Grazed from Sys Con Media. Author: Tom Decoe.

Some businesses today are nervous about moving to cloud-delivered technology because it means allowing their system data to reside somewhere other than their own data center. For some, this can be a tough concept to grasp, especially for those who have spent 25 years or more hosting their company’s systems and data. But cloud computing providers could not exist without implementing strong security controls for their customers’ information. The reality is that leading cloud solutions include security features well beyond what most manufacturing companies can afford to implement on their own. In this article readers will learn about some realities of the security practices at leading cloud providers and the questions that should be asked by those considering use of a cloud solution.

Does the cloud solution have a risk assessment process that addresses risks to information assets?
The starting point of an effective security process is the identification of the information security risks for the cloud provider. Risk assessments are performed to identify the various sources of information and how the information might be breached. There are a number of different risk assessment models that exist and cloud service providers should have a process to identify information risks. After identifying risks, the company can then develop controls to mitigate those risks…