Big Data Is Not A New Technology

Cyber security threats change quickly as Internet increases, and also the related dangers are getting to be progressively international. Being covered against cyber security threats requires almost all end users, actually the most complex versions, to know the particular threats in addition to enhance their particular safety measures with a continuing foundation. On April 28, 2014 President Obama has declared that the “cyber threat is one of the most serious economic and national security challenges we face as a nation” and that “America 's economic prosperity in the 21st century will depend on cyber security.” The internet enables and also helps people in a many ways and a example is collect, store, process huge amounts of data, which includes vulnerable data of small business, transactional and personal. Everything in this world is based on internet now a days.

The best defense against security breaches within an organizations network is prevention and awareness. In recent years, organizations are starting to understand that network security is critical, due to the fact that breaches are becoming more frequent with data and information being compromised, stolen, or altered. In 2014, about 71% of organizations were affected by cyberattacks, and around 52% are expecting to be victim again in 2015 (Shephard, 2015.). A study recently conducted regarding cybercrime to the global economy, has estimated the cost at $1 trillion, with malware being introduced at 55,000 pieces per day (Bidgoli, 2015.). To help in prevention, organizations should keep their employees informed of new developing threats that could affect their technology that is being used, by creating awareness through forms security training.

In an age where technology holds all of people’s personal information, one would think computer security would be nearly impregnable. However, this is not true and data breaches are commonplace in society. Hacking and identify fraud happen every day, and as technology becomes more integrated into everyday life, organizations and corporations need to ameliorate cybersecurity. Computer security should be vastly improved because of the increasing complexity of hacking and data breaches, which has a massive impact on companies and governments as well as the average person.

The number of significant computer security breaches around the globe is continuously growing. Typically, at least once a month. a major news story is published about an extensive data breach or a company being hacked. Many organizations are being compromised by means of software vulnerabilities, distributed denial of service attacks, and in many cases their own employees. By the end of 2015 over 4.9 billion devices will be connected to the internet and any one of them could be susceptible to an unknown number of exploits allowing an attacker access into the device (Gartner, Inc.). There are several factors contributing to the recent increase in cyber crimes and even though numerous companies have already fallen victim to them, there are sure to be more.

Using big data analytics brings the capability of delivering vital information for detecting the formation of an attack prior to it striking and penetrating network defenses. By identifying and containing the exfiltration of data by malicious insiders, an organization can build a stronger cyber defense posture. Possessing the knowledge of the differences between acceptable and nefarious behavior is the key to identifying and stopping zero-day exploits. Big data analytics expands the knowledge base for anomaly detections by applying innovative pattern recognition techniques with machine learning algorithms identifying malicious behavior.

Traditionally, IT (Information Technology) security focused on securing the IT assets within the organization’s IT framework. However, with the advent of smart mobile devices, cloud computing, and remote connectivity, the IT landscape has changed dramatically in the last few decades. With these changes, the frequency of attacks by cyber criminals has increased as well. We constantly hear news reports of large-scale cyber attacks targeting financial, government and healthcare organizations. Moreover, the type of attacks have evolved to become more sophisticated and untraceable, making it difficult for security analysts to keep up with the every changing technological demands to successful prevent, analyze and thwart security attacks. This has now led many security experts to believe that having an effective defense mechanism in place is a much viable option than to be reactive to threats. This also makes sense from a business perspective. Companies want their IT investments to further their business goals and not to be constrained too much by focusing heavily on IT security, which could potentially lead to an increase in operational costs to tackle security issues.

Governments of the world have begun to slowly develop some procedures and actions to protect cyber space, and because of the reliance of our societies on smart devices, this has resulted in more security issues then cyber security practitioners can handle. The use of information technology by many participants defines cyber space as the new domain of security and a critical area of national security. Securing the society against cyber-attacks has become one of the highest priorities from both the internal and external threat in cyber space (Naumovski et al., 2014).

When someone talks about information technology is important to talk about cyber-attack, because cybercrimes have increased a lot in recent years. Perceptions about hacking and computer crime are changing because of the increased dependency on the internet into our daily life. In order to continue to provide a safe and secure computing environment, IT professionals need to comprehend the examination of high profile cyber-attacks that includes Target’s data breach (2013), Google China hit by cyber-attack (2009), sabotage Iran’s nuclear program (2007 to 2010). This examination of high profile cyber-attack assists to (1) serve as a preventative measure, (2) encourage safety policies, and (3)

More than 2/5th of the cyber incidents reported by federal agencies last year were attempts to access U.S. networks or propagate malicious code (White, 2014). As each year progresses we see more and more attacks. The research found that the number of detected information security incidents has risen 66% year over year since 2009 (White, 2014). In the 2014 survey, the total number of security incidents detected by respondents grew to 42.8 million around the world, up 48% from 2013—an average of 117,339 per day (White, 2014).

Cyber-attacks are constantly becoming a critical issue for government systems and for businesses around the world. In fact, the cyber challenges that we see today play a huge political factor for government sectors. The U.S is constantly facing these cyber security threats that jeopardize America’s critical infrastructure and the freedoms that many Americans express online (Bucci, S., Rosenzweig, P., & Inserra, D. 2013). These challenges that are taking a political factor can also be seen in other countries as well and governments need to cooperate together to mitigate these challenges. In addition, cybersecurity challenges can also play a social factor as well for the world. With the increasing amount of devices connecting to the internet, cyber criminals are able to cause massive harm to users around the world. In fact, “21% of internet users have had an email or social networking account compromised or taken over by someone else without permission” (Ranine, L., Kiesler, S., Kang, R., & Madden, M. 2013). It is important for people to cooperate with each other by being more aware and enforce good security practices when they are on the web. There is also one more cybersecurity challenge that plays an economical factor in today’s world. In fact, the average total cost of a data breach increased by 23% with a total of $3.93 million (Ponemon, L. 2015). It is important to have a global cooperation about these cyber challenges so that we can address these challenges in a smart

The big data has application in the detection of fraud. The banking industry acquires data concerning clients from the global world. The information analyzed from various sources makes the banks ensure they do not transact with the unauthorized individual. The data helps the bank to engage in business transactions with the credit worth clients who have not been declared bankrupt (Jerome, 2014).

In the last decade, technology has evolved dramatically. Even to the point in which is indispensable in our lives. As the world becomes more and more interconnected through technology, the amount of information that is stored in servers all around the world continues to grow. At the same time, governments, businesses, organizations, military groups, and terrorist groups are constantly developing new technology in order to achieve a competitive advantage over the rest of the world. The technology of today is much more advanced, powerful, and dangerous than the technology from ten years ago, even to the point in which a single cyber-attack can cause the death of millions of people. For that reason, cyber security has

In 2013 the overall created and copied data volume in the world was 4.4 ZB and it is doubling in size every two years and, by 2020 the digital universe – the data we create and copy annually – will reach 44 ZB, or 44 trillion gigabytes [1]. Under the massive increase of global digital data, Big Data term is mainly used to describe large-scale datasets. Big data is high-volume, high-velocity and high-variety information assets that demand cost-effective, innovative forms of information processing for enhanced insight and decision making [2]. Volume of Big Data represents the magnitude of data while variety refers to the heterogeneity of the data. Computational advances create a chance to use various types of structured, semi-structured, and

By having a collection of cyber repositories, understanding the metadata, and being notified of cyber-activities, the academic communities along with the private and public sectors could collaborate on similar threats and attacks. Likewise, corrected steps could be taken to detect, alert, and prevent repeated events from spreading throughout different organizations. Thus, safeguarding

International data Corporation (IdC) predicts that the market for big data technology and services will reach $16.9 billion by 2015 with 40% growth over the prediction horizon. Not only will this technology and services influence big data technology providers for related SQL database technologies, Hadoop or Mapreduce file systems, and related software and analytics software solutions, but it also will impact new server, storage, and networking infrastructure that is purposely designed to leverage and optimize the new analytical solutions. Major attributes of Big Data are: