The Impact of AI and ML on the Field of Cybersecurity

In recent years, the rapid development of artificial intelligence (AI) and machine learning (ML) technologies has enabled cybercriminals to launch attacks with fewer resources and skills. As technology advances, the most common forms of cyber attacks are also evolving.

Over the past decade, the application of machine learning (ML) and artificial intelligence (AI) has increased significantly, with more and more companies utilizing these technologies to optimize processes and improve the quality of their products and services.

Rapid technological progress poses a significant challenge for companies, as they need to keep up with emerging threats and stay ahead. Just as businesses quickly adopt digital transformation and new operational methods, their adversaries are doing the same.

It appears that the continued impact of AI in the field of cybersecurity not only enables defenders to develop and expand their capabilities but also allows cybercriminals to launch attacks with fewer resources or skills. The adoption of artificial intelligence has raised significant concerns about cybersecurity, which is related to the various ways in which criminals exploit AI for disruption and profit.

The Positive and Negative Impact of AI in Cybersecurity

Like any innovation, AI is expected to have both positive and negative impacts on global culture. On the negative side, it means that cybercriminals will be able to increase efficiency, complexity, and scalability, thereby avoiding detection.

On the other hand, AI can also assist defenders and law enforcement agencies in regulation by enabling automated data analysis, predictive detection, and more effective attribution of criminal activities.

As security leaders know, the threat landscape is constantly changing. BlackBerry's Q2 2023 report analyzed cybersecurity incidents from March to May 2023 and stated, "Based on BlackBerry's telemetry data, the industries with the highest distribution of BlackBerry's cybersecurity solutions during this reporting period were financial institutions, healthcare services and devices (including hospitals, clinics, and medical devices), government/public entities, critical infrastructure."

Why are these industries targeted?

The report reveals that threat actors launched approximately 11.5 attacks per minute across multiple industries, with healthcare and finance being the primary targets. This is because they possess valuable information that is profitable for cybercriminals and can be used for potential extortion and identity theft.

Hospitals are often targeted because their systems are critical. Cyber attackers know that hospital systems cannot afford to be offline for extended periods, so they target them in the hope that they will quickly pay a ransom to restore their online status.

While critical infrastructure systems are often isolated from others, the digitalization trend of critical infrastructure has exposed them to many vulnerabilities. Similar to the healthcare sector, critical infrastructure organizations need to maintain operations to prevent disasters, making them more inclined to consider paying ransoms to threat actors.

It is not an exaggeration to say that cybercrime is an increasingly serious problem in today's digital age, and businesses cannot and should not ignore it. To stay ahead, companies need to invest in the right talent and technology and take proactive security measures to minimize the risk of cyber attacks and ensure the security of their data and systems.