TweetIt’s not a secret that the US army takes special interest in groundbreaking technology, and was responsible for the development of GPS technology for example.
It turns out that yes, the US Army has been taking advantage of cloud technology, with High Performance Technologies, Inc.
The US Army’s Big Data cloud program, which started in April of 2009, has a reach that can extend all the way to forward operating bases, which can also double as local nodes that collect data from UAVs or other sources. Dubbed the Distributed Common Ground System-Army (DCGS-A), the system will take 9 different IT systems for intelligence gathering and analysis and deploy them into a single cloud-based architecture. The DCGS-A has already received the greenlight from Pentagon, and the system itself is fully compliant with the common architecture for IT systems in the overall intelligence community. The total number of requests for a deployment of Palantir was 13, and the army fulfilled 9 of them, citing that the reasons for the request had merit, as Palantir was easier to use for the servicemen who grew accustomed to the system.
A new version of the DCGS-A is currently being tested, with the aim of fixing certain kinks in the top secret corners of the system. All of these articles keep coming out about how awesome the cloud is and how much it will enhance efforts of service members in combat. In 2012, more than 1.7 million jobs in the field of cloud computing remained unoccupied, according to analysts firm IDC.
Cloud marketing has the ability to drastically change the ways in which they reach and engage their audience, particularly with regard to distributing and storing mission-critical data. More and more companies encourage their employees to work on their devices, thus reducing the cost of computer equipment, but also increase the cost to maintain licenses and safety.
Despite the inclination to wait until all of the cloud’s kinks have been worked out, holding off on cloud initiatives until the industry matures won’t guarantee success. The software industry is undergoing major changes by trends such as cloud, SaaS, mobile technology and the “consumerization of IT”.

Technologically most talked about news of 2013 would be Big Data which is one of the inherited and important features of the cloud and that is the only reason its protection and security is growing as one of the important challenges of the present time.
In the present scenario cloud is everywhere and has penetrated in to our lives and business more and more; earlier firewalls technology was used as a medium of security but it did not bring the desired earnings and so we went on to cloud.
Cloud computing security is nothing but a set of policies and technologies and rules designed to protect information and various sets of data applications. It is provided by restricting the unauthorized collection and accumulation of data for any system. Because of the huge volume of data in such a complex network data integrity is provided in order to manipulate the protected data and keep it safe. By authenticity of any data we mean the uniqueness and the essential features which differentiate it from the rest. Cloud more or less follows the same traditional IT security patterns but in a more advanced manner. With the help of these challenges focus can be shifted and redrawn on creation of an even more bigger and better Big Data infrastructure. The DCGS-A will serve as a direct replacement for the various stovepiped systems that the military has been using to collect and analyze intelligence data. However, the army believes that the situation will change once a people are properly trained in the use of DCGS-A, as Palantir simply didn’t comply with the requirements of the military, particularly with regard to information sharing and data interoperability.
The elements are scheduled to be tested in the second half of 2013, during the US Army’s Network Integration Evaluation. The issues related to security and privacy are being broadened and categorized by the volume of it and the variety of it and also the speed which it occurs. Any piece of information cannot be used by anybody who does not have the required authorizations.

Cloud as a concept has been around for a long time and the technology has reached its maturity during public and industrial use. The main problem with the old systems is that they tend to use proprietary data formats, which means they are not interoperable. The DCGS-A got some negative national media attention a year or so ago, when a lot of service members voiced out a desire to use the old data analytics platform, Palantir, over DCGS-A under the mistaken belief that the former had some functions for intelligence analysts that the latter didn’t have.
Once the new iteration passes the Army’s testing, it will get deployed as a replacement for all the legacy systems that have been filling out the gaps. From large scale cloud infrastructure to the variety of data sources and their different formats are the factors which have been responsible for the issues.
Considering the system is so open and dynamic the data is constantly in motion and so it should be stored and copied in a particular server.
Our project delivery solution emphasizes local accountability and a flexible mix of global resources.
It would be disappointing to find out that the US army has yet to find a use for it, right?
The new replacement will speak a language that’s common across the intelligence community.

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