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Mandavia, M. (2017). Security software specialist Symantec warns of AI-enabled cyber crimes.

In order to remain viable, cyber security company Symantec realized the necessity to include artificial intelligence in its protection solutions. The number of safety specialists required to address the expanding danger is just not accessible since malware detections are continuously increasing. This is why AI is necessary to fill the void. The capacity of AI to manage vast quantities of data and strategic planning of security professionals enables security systems to provide a comprehensive cybersecurity strategy.

This story, published in the Indean Economic Times, illustrates that security businesses push the limit to build products that live in a world of supercharged malware. Security software will become antiquated without the capability of combating future attacks and smartly analysing existing dangers.

Maher, D. (2017). Can artificial intelligence help in the war on cybercrime? Computer Fraud & Security, 2017(8), 7-9. doi: 10.1016/S1361-3723(17)30069-6

This article shows how artificial intelligence (AI) may be used to better identify risks, while enabling security professionals to focus on other issues such as vulnerabilities to be corrected and policies implemented. The author has demonstrated that safety experts utilize traditional methods like security information and event management systems to identify threats over hundreds of hours of labor in user and entity behavior analysis. This (SIEM).

SIEM systems are user-configured and can issue warnings on the basis of alarm levels. However, it tends to produce numerous unreasonable false positives that security people have to look over. UEBA is far more efficient in handling this analysis.

This essay, published in a well-founded IT publication, highlights how the sophisticated cyber security risks ought to be handled. However, this technique should be employed together with other feasible ways in the creation of a more strong overall security framework rather than replacing existing security detection systems.

Jane, L., Gregory, k., John, A., (2019). Cyber Security in our Digital lives (protecting our future book 2). New York: McGraw-Hill

Most digital technology users often hear about title-making hacks and infringements, but they do not completely understand how they are all produced or how they are compromised professionally or personally.

In the field of cyber security, twelve professionals provide much needed technological clarification in our digital life. These include supplies, Internet and social media, cloud computing, mobile devices and C-Suites. They include subjects like the supply chain. They then evaluate very genuine faults, suggest what may be done to improve safety and provide suggestions on best practices. This book is crucial to examine the effects on cyber security on mobile devices as it helps us comprehend the dominance and vulnerability of cybercrime in our mobile devices. It's really important too. In particular, mention how to use the source.

Bond, S. (2017). Artificial intelligence and quantum computing aid cyber crime fight

Computer networks are full with moving data, many of which might activate security alarms. Research of infinite safeguards on huge networks is a laborious process for people. In order to do these cyber security duties with much higher efficiency, smart computers would be well adapted to think like humankind.

However, with great precaution, computers may be tricken or controlled in the same manner a human can be deceived if individuals think like people. In an effort to modify their behaviour, AI robots can feed fake data from malevolent users.

This Financial Times piece underlines that artificial intelligence is not the end of cyber security. The potential for misuse is very significant, despite the fact that it offers enormous benefits. As a result, the optimum security strategy is not a system based only on AI.

Morgan, S. (2016). Cyber crime costs projected to reach $2 trillion by 2019.

This essay tells how financial damages as a result of cybercrime have increased astronomically in recent years. This amount is influenced by a number of factors, including direct costs of data breaches and financial losses incurred as a result of ordinary business interruption following an attack. As a result, more companies are becoming aware of the dangers of the connected world, and the cybersecurity sector is rapidly expanding.

It highlights the need for better and more effective cybercrime control methods. Criminals appear to be winning the game of cybercrime, as the cost of engaging in destructive internet activity rises. AI may be able to handle this growing threat.

References

Bond, S. (2017). Artificial intelligence and quantum computing aid cyber crime fight.

Jane, L., Gregory, k., John, A., (2019). Cyber Security in our Digital lives (protecting our future book 2). New York: McGraw-Hill.

Maher, D. (2017). Can artificial intelligence help in the war on cybercrime? Computer Fraud & Security, 2017(8), 7-9. doi: 10.1016/S1361-3723(17)30069-6

Mandavia, M. (2017). Security software specialist Symantec warns of AI-enabled cyber crimes.

Morgan, S. (2016). Cyber crime costs projected to reach $2 trillion by 2019.