The Cyber Spectrum Research And Technology Development Virtual Environment

From 2004 to 2008 a mission begins to aggressively develop within the intelligence community that will change the face of the Department of Defense (DoD). Cyberspace Operations, particularly support to, breaks from small organizations and gains light in every day missions as well as the media. Complexity and connections of Cyberspace Operations makes this mission inherently a joint responsibility from training to execution. In the beginning the Army evaluated soldiers from all Military Occupational Specialties (MOS) and selected those that showed the capability to grasp complex problems and adapt to new technologies in order to staff this mission. These highly skilled soldiers received special training

In November 2013 the Department of the Navy (DON) Chief Information Officer (CIO) issued a memorandum of distribution titled, Department of the Navy Information Management/Information Technology/Cyberspace Strategic Objectives for Fiscal Years 2014 – 2018. This brief three page document lays out six objectives for a strategic plan for the Navy’s IM, IT, and Cyberspace interests. My paper will look at two of those objectives, reduce software application spending by 40 percent from FY13 levels and improve transparency, accountability and execution of IM/IT investments on the strategic planning and operation of the Research, Development, Test, and Evaluation (RDT&E) environment at Naval Surface Warfare Center Panama City

My current duty station, U.S. Marine Corps Forces Europe & Africa, continues to afford me the ability to lead albeit with a minimal staff; a component command overseas as opposed to a communications company in the continental United States (CONUS) has fewer cyber technical specialists. This may seem like a deterrent to an in-depth training capability, it has in fact fueled my desire to ensure my young Marines are the next cyber technical experts this side of Apple or

Sergeant Willins is enthusiastically recommended for the Navy and Marine Corps Achievement Medal for meritorious service while serving as a member of the Marine Corps Cyberspace Warfare Group (MCCYWG), U.S. Marine Corps Forces Cyberspace Command from December 2015 to September 2018. During this period, Sergeant Willins consistently performed his duties in an exemplary and extremely effective manner. Sergeant Willins' initiative, maturity, and subject matter expertise were a driving force behind the success of cyberspace operations for MCCYWG and the National Security

The Internet, as we all know, has rapidly spread around since its commercialization in the 1990s. It is evident that cybersecurity attacks are not going anywhere, and that government will continue to remain a target. In addition, the Internet of Things (IoT) growth will lead to more devices being connected to the networks. Therefore, with technology moving forward and hackers being more motivated as ever, the government finds itself struggling to keep up with effective cybersecurity measures and with filling up the designated positions in the Cybersecurity department.

While working as the Chief Information Security Officer (CISO) at the Army Materiel Command, the command was under constant attack by hackers. The Army’s current network defense system was woefully inadequate for protecting the commands 140 locations worldwide. After sustaining a couple of very high profile attacks using these tools, it became evident that something else was needed. One of the command’s subordinate commands was the Army Research Labs and is on one the foremost research labs in the world. One of the labs mission was Cyber Defense and came under my preview as it program manager. The lab had developed several cyber security tools and had been testing them very successfully on a several platforms. The power of this tool

Also, determine the challenges, benefits, and validations of such platform to augment and improve cyber security education. Consecutively, expand the framework to capture key categories as it makes sense for academic research and

As a CBRN Concepts Officer assigned to MSCoE, CPT Nobles fully integrated himself in the efforts of the entire team. He was an integral member in the development of the maneuver support functional operating concept document. Additionally, his contributions enhanced the contents of the ATP 3-90.40 (Combined Arms Countering Weapons of Mass Destruction) manual and the maneuver support operational & organizational document. He also provided a thorough review of 12 documents for other organizations.

With the widespread use of technology becoming more prominent, acts of cyber terrorism pose an increased threat to safety. Cyber terrorists exploit the internet and its users to commit acts that can be increasingly detrimental to their targets. Some of the terrorist activities include large scale corruption of computer networks by using tools like computer viruses. Certain individuals even have the ability of creating severe damage to government systems, national security systems and even hospital servers. Most of the technology made today only has intentions of making life easier for people. However, skilled users can manipulate the cyber world for negative intentions. Staying informed when it comes to cyber terrorism and cybercrime is important to do because of the increased reliance on technology in society. Steps to improve cyber security before an attack ensures the safety of sensitive information. The topic of cyber security and cyber warfare are interesting topics to keep up to date with. Understanding these topics can be beneficial to my dream of being in the FBI, ensuring the safety of others by working to prevent acts of cyberterrorism.

The general capabilities required by the Joint Force in 2025 will be a global surveillance and strike (GSS) network, increased naval and air investments and ensuring cyber technology outpaces adversaries. Based on the current U.S. strategic direction and global security environment these capabilities are necessary. Satellites and cyber technology will be part of the design of the GSS system. The U.S. military will be able to strike quickly and remain engaged for increased periods while additional forces move to the area of concern using the GSS system. Increased Navy and Air investments in submarines, ships, aircraft, unmanned aerial vehicles (UAV’s) and unmanned underwater vehicles (UUV’s) is critical. The Navy and Air Force allows us to project power to areas of the world far from our base of operations. Air power also enables us to provide support for ground forces while providing deterrence and denial of enemy forces. Cyber investments and security are critical because cyber technology will increasingly be the engine that runs our future military and allows us to attack adversary’s cyber networks and infrastructure. The U.S. Army will see a reduction in tactical armor units while the U.S. Marine Corps remains at the current level of equipment and personnel. After each capability are associated Risk.

Defining cyber-warfare is also important but suffers from the same lack of continuity between United States military branches and government agencies. Schaap lists varying terminology used ranging from the Department of Defense’s definition which states, “the employment of cyber capabilities where the primary purpose is to achieve military objectives or effects through cyber-space” to the Air Force’s definition, “the integrated planning and employment

Advancing America’s Networking and Information Technology Research and Development Act of 2013 (H.R. 967), which addresses R&D in networking and information technology, including but not limited to security; and

The branches of the military, for a couple generations, have always been the Army, Navy, Air force, Marine Corps, and the Coast Guard; however, in an ever evolving digital world, the notion that outer space would be the next military front is being rapidly replaced by the idea that cyber space will be the next arms race. The United States has been defending attacks on their infrastructure day after day, night after night, when one hacker on one side of the world sleeps, another takes their place to attempt to compromise the US government. The motives may range from a political ‘hacktivist’ trying to prove a point, to an economic spy, trying to gain a competitive edge on its more upstart rivals, to an attempt to control the United States

In this modern world, Information Technology forms the integral part of any kind of business. In the 21st century, countries across the globe have come to rely on complex computer networks that form the infrastructural backbone of even the most basic necessities of life, including electric power grids, global finance, food distribution, medical care, clean drinking water, petroleum production, and most types of communication. The protection of such networks, known as cyber security, is among the highest priorities in the civilized world, alongside planning and operations for major contingencies, including antiterrorism and land warfare. (Al-Saud, 2012:75).In Middle East region, the IT industry is dynamically growing along

Abstract— In today’s fast changing world, cybercrimes are growing at perturbing pace. At the very definition of it, cybercrimes get engendered by capitalizing on threats and exploitation of vulnerabilities. However, recent history reveals that such crimes often come with surprises and seldom follow the trends. This puts the defense systems behind in the race, because of their inability to identify new patters of cybercrime and to ameliorate to the required levels of security. This paper visualizes the empowerment of security systems through real-time data mining by the virtue of which these systems will be able to dynamically identify patterns of cybercrimes. This will help those security systems stepping up their defense capabilities, while adapting to the required levels posed by newly germinating patterns. In order to confine within scope of this paper, the application of this approach is being discussed in the context of selected scenarios of cybercrime.