I had spent three years as dental major in preparation for a career saving teeth when I lost my fingers. After an accident in 2002, my right index and middle fingers were completely amputated, and I partially lost my thumb and ring fingers. In the blink of an eye, my life changed courses. Rather than allow this tragedy define me, I followed the encouragement of my parents as well as my own determination and embarked on a new educational journey. After graduating in 2007 with an honors degree in Computer Engineering, the worst seemed behind me. However, two years ago I was diagnosed with lymphoma cancer just as I was starting a master’s program in Security Technologies at the University of Minnesota. Forging ahead once again with the support of my parents and family, I aspired to be a role model for my sons and continue towards my goal of a master’s degree in Information Assurance. While my life experiences have taught me that uncertainty is one of life’s few inevitabilities, as a cybersecurity professional I will be able to protect information systems from unanticipated intrusions. There is no better organization that I can serve than the government, and I believe that the CyberCorps SFS will be an incredible advantage on both an educational and professional level.
The United States houses more than 15 critical infrastructures, all of which implement information and communication technologies (ICT) systems, making the risk of a cyberwar a constant possibility. In order to
The most recents detections of how cyber warfare is inevitably coming was the accusations of Russia hacking the the Democratic National Committee and former Secretary of State Hillary Clinton’s email’s releasing damaging evidence against them which ultimately lead to Donald Trump being named the President of The United States (Diamond, 2016). The effects of cyber warfare have leaked over in to televise series, forming shows such as CSI cyber, and the gaming world, Call Of Duty Infinite Warfare. Neglect regarding cyber security can: undermine the reputation of both the government and elected officials; force unacceptable expenditures associated with the cost of cleaning up after security breaches; cripple governments' abilities to respond to a wide variety of homeland security emergency situations or recover from natural or man-made threats; and disable elected officials' ability to govern (Lohrmann, 2010). Classified information such as overseas operators and attacks, missile locations, response plans and weaknesses, and much more cripples America’s ability to defend itself from enemies both foreign and domestic. To combat cyber terrorism is the Cybersecurity Information Sharing Act, or CISA. In an article titled “Why Cybersecurity Information Sharing Is A Positive Step for Online Security” it is discussed that under CISA, the Department of Homeland security will have more responsibility for domestic cybersecurity. CISA’s fundamental purpose is to better enable cybersecurity information to be shared between the private and public sectors (2016). The sharing of threat information between public and private sectors can give the the United States a head start by allowing them to share information rapidly and more often to combat enemy threats while still providing safety for privacy and civil
Wars have been occurring since the beginning of time. Wars were once fought with sticks but as humans evolved, so did the weapons involved. Today’s warfare includes anything from hand grenades to remote controlled planes that are thousands of miles away from the operator. The rise of technology has become an issue due to the increasing development of these devices. Technology is used worldwide and as wars continue to develop, so does the possibility that the next war could rise into a cyber war. The Cybersecurity Enhancement Act will ensure the United States takes on these new threats with cybercrime by protecting the country’s critical infrastructures and ensuring the people are ready for the future in the cyberworld.
Introduction: - for my research project, I would like to explore about the cyber security measures. Cybersecurity covers the fundamental concepts underlying the construction of secure systems from the hardware to the software to the human computer interface, with the use of cryptography to secure interactions. These concepts are easily augmented with hands-on exercises involving relevant tools and techniques. We have different types of computer related crimes, cybercrimes, computer related offenses, federal approaches defenses. The information resources management has the technical matters for which IT are widely known. Cyber resources and cyber power as well as cyber security. We have spent a lot of time talking about many different high level critical infrastructure protection concepts we have general rule stayed away from cyber security explaining the ins and out of how the NIPP and NRF work together to ensure that we can live our daily live in relative comfort.
As a nation, today’s society must invest in cyber security to execute military power, protect citizens information, and safeguard businesses.
The “Critical infrastructure, or CI, is a subcategory of infrastructure that includes those assets, systems, and networks, whether physical or virtual, which are so vital that their failure or destruction would have a debilitating impact on security, governance, public health and safety, public confidence, commerce, or other societal factors” (Bullock, Haddow, Coppola, 2016). According to the 2013 US National Infrastructure Protection Plan (NIPP) there are 16 of these sectors and throughout this paper we will discuss a cyber attack on the water supply sector. The best way to discuss the above will be through the evaluation of the impact that a cyber-attack could have on our water supply, and the probable third and fourth order effects from
BLUF: MG Smith’s intent is to host Chris Roberts, a cybersecurity professional, to speak to leaders within the Alabama National Guard, as well as other state and civilian agencies. This presentation will focus on the threats we face in the cyber world today. MG Smith extended an invitation to Mr. Roberts as discussed in the background section of this paper. The date, location and audience are to be determined.
The United States is under attack. To be exact, the nation’s power grid is under attack in the form of cyber warfare. On May 21st, 2013 Congressmen Edward J. Markey and Henry A Waxman published a report that provided the findings from information that they had requested from over 150 utility companies (of which 60% responded). More than a dozen utilities reported “daily, constant, or frequent attempted cyber-attacks” (Markey & Waxman) with one utility reporting that they have about 10,000 attempted attacks per month!
For thousands of years warfare remained relatively unchanged. While the tactics and weapons have changed as new methods of combat evolved, men and women or their weapons still had to meet at the same time and place in order to attack, defend, surrender or conquer. However, the advent of the of the internet has created a new realm of combat in which armies can remotely conduct surveillance, reconnaissance, espionage, and attacks from an ambiguous and space-less digital environment. Both state and non-state actors have already embraced this new realm and utilized both legal and illegal means to further facilitate their interests. What complicates cyber security further is as states attempt to protect themselves from cyber-warfare, private
A lot of opinions and meanings has been given to the word “Cyberterrorism”. Some of these meanings and definitions varies. In this light, Gordon and Ford (2003) are concerned that when 10 people define cyberterrorism and nine of the given answers are different, and these 10 people represent different government agencies tasked with safeguarding national assets and infrastructure, then it becomes a critical issue.
A cyber attack was made on Estonia in 2007, on 26 April 2007 at sharp 10'o clock; government of Estonia was made the target for a preplanned cyber attack by some secret foe (Stacy Prowell, 2010).
Increasing dependence on cyberspace for U.S. civilian and military systems and networks, combined with the ability for remote access to attack without overt exposure of the attacker’s identity or organization, make cyber attacks an attractive means against a stronger opponent. However, an act of war has to be political, instrumental, and potentially lethal (Rid, 6). While cyber attacks may be indeed politically motivated, cyberspace as an instrument is wielded only as a means that by itself does not yield the end of accepting the attacker’s will (Rid, 7, 10). In addition, the lethality would be indirect, and potentially only accidental, vs. a directly intentioned lethality (or threat of lethality) from a weapon system. Cyber attacks do not constitute acts of war, and cannot be defined as ‘cyberwar’.
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
Some of the potentially greatest threats to our national security revolve around that of a computer network. These networks are vulnerable to human error, negligence, and internal sabotages. In the years of 2014 and 2015 the United States Intelligence Community’s threat assessment placed cyber security as the top priority. External attacks on computer mainframes and data networks that contain critical intelligence are being recognized as the nation’s most vulnerable weakness and steps must be taken to combat the threat of the digital age. I predict that the weakest link to cyber security is not policy or macro-cyber protection efforts, but actually on an individual personnel level. Thus, I propose the idea of a physical line of defense consisting of counter-cyber personnel. This paper will attempt to analyze the nature of cyber security and how cyber attacks can pose a threat to national security. I will also suggest solutions on how to mitigate the risks and problems that arise in creating a flexible, and capable cyber defense policy.
While wars continue to rage in the middle east and tensions build over increasingly hostile Russian military activity, a silent and often forgotten battle is being waged on a battlefield unable to be seen. This battlefield is located in cyberspace and may determine and shape the future of all prospective battles and wars to come. In this paper, we will look at two separate countries, Belgium, and Russia, and examine what their cyber strategies are pertaining to warfare and defense or security, and current capabilities of these countries regarding cyber-attacks or warfare. We will also be looking at the potential risks these countries present to the United States and the best was the United States can defend against these potential or emerging threats.
The damage of a full-fledged cyber attack would be devastating, the destruction would be unparalleled to any other tragedy that has occurred America. Since technology is responsible for providing America with vital entities and resources, an unadulterated cyber attack would nearly fail the American economy; this is what is known as critical systems failure. Weapons of mass destruction and cyber attacks present imminent threats of critical systems failure. Although currently Americas’ critical infrastructures are coordinated by controlled systems, majority of these systems are indeed connected to the American cyberspace. This exposes one of America’s most vulnerable spot amidst cyber security. Another major vulnerable spot within the nations IT security would be the geographical physical location for each of Americas primary infrastructures, as well as their productivity. Due to the proximal locations, the major infrastructures could very well be infiltrated by one efficient CNA.