New Crisis of the AI Era: Security Vulnerabilities Increased 10x

Why Is This Event Important?

The rapid evolution of artificial intelligence technologies is simultaneously giving rise to a new crisis in the security domain. By the second quarter of 2026, the number of security vulnerabilities detected in AI and large language model (LLM) services is expected to reach 935, highlighting the seriousness of the situation. According to Kaspersky's report, this figure represents a tenfold increase compared to the last quarter of 2025. This increase is a result of the prevalence and complexity of AI tools, and its effects are poised to impact all sectors, not just the technical field.

The rise in the number of critical security vulnerabilities is alarming cybersecurity experts. Kaspersky's data reveals that during the same period, the number of critical vulnerabilities reached 119, approximately five times the level at the end of 2025. This situation necessitates a re-evaluation of cybersecurity strategies by companies and individuals. Furthermore, these vulnerabilities not only lead to commercial losses but also threaten individuals' privacy through data breaches. Such a data breach could undermine a company's reputation and erode user trust.

The potential use of AI in cyber attacks is also noteworthy. Attackers could use these technologies to organize more complex and targeted attacks. For instance, machine learning algorithms can analyze user behavior to facilitate more effective social engineering attacks. Consequently, it may become even easier to breach users' security measures. This situation compels individuals and organizations to adopt proactive security measures.

AI security vulnerabilities are not merely a technical issue but are evolving into a societal threat as well. This situation necessitates the development and strengthening of cybersecurity policies. Individuals, companies, and governments need to adopt more conscious and proactive approaches in this regard. Particularly with the widespread adoption of big data and AI systems, the foundation of security vulnerabilities is being laid. Therefore, ensuring the security of such systems has become a critical priority for all stakeholders. It is anticipated that security vulnerabilities related to AI will increase in the future, making it essential for all sectors to be prepared.

Local Context and Historical Perspective

Historically, artificial intelligence has had the potential to revolutionize many sectors; however, this process has also brought about security issues. Especially after the pandemic in 2020, digitalization accelerated, leading to the widespread adoption of AI applications. However, this rapid adaptation has also brought about cybersecurity risks. In the past, cyber attacks often focused on specific systems, whereas today, sophisticated attacks targeting AI services are on the rise.

Kaspersky's reports indicate that one of the most common security vulnerabilities in AI-based software is weak access controls. Improper authentication and authorization configurations make it easier to access the most critical data of organizations. This clearly shows that cyber threats have become more complex and that traditional security measures are inadequate. In the local context, particularly in countries like Turkey that are undergoing digital transformation, strengthening cybersecurity policies is of vital importance. Organizations need to take more proactive steps to comply with international standards.

Moreover, the increase in security vulnerabilities in AI applications is observed to be raising pressures for a re-evaluation of data protection laws. Regulations like GDPR impose heavy penalties in cases of data breaches, serving as an incentive for companies to enhance their security. Over the past few years, many countries have tightened their data protection laws, forcing organizations to be more cautious, which has led to stricter cybersecurity practices.

At the local level, cybersecurity strategies in Turkey require an inclusive approach that encompasses not only tech companies but all sectors. Local governments and public institutions initiating training programs on cybersecurity will be an important step toward raising awareness in society. Additionally, increasing the number of professionals specialized in cybersecurity is a critical factor in strengthening national security. In this context, enhancing the quality of education provided by universities in the field of cybersecurity and strengthening collaborations with the industry will encourage young people to build careers in this field. Training programs should not only provide technical knowledge but also encompass strategies for dealing with cyber threats. Such strategies will contribute to increasing young people's knowledge and skills in this field, thereby fostering the development of competent professionals in cybersecurity.

Affected Sectors and Individual Precautions

The widespread adoption of AI technologies is having profound effects across various sectors including finance, healthcare, and education. However, the advantages offered by these technologies also open the door to new security vulnerabilities. For instance, AI-based systems used in the finance sector play a significant role in fraud detection, yet they also become attractive targets for attackers. In the healthcare sector, protecting patient data holds critical importance. While the integration of AI applications can lead to better management of this data, it also brings security vulnerabilities.

Individual users and small businesses need to be more vigilant against these new threats. According to Kaspersky's data, over 33,300 attack attempts occurred in the first four months of 2026 using malicious software disguised as AI services. Such attacks necessitate users to keep their security software updated and strengthen access controls. Additionally, users need to be more cautious regarding password management and authentication. The use of multi-factor authentication methods creates an important defense mechanism against such threats.

Recommendations for organizations include conducting regular security assessments and penetration tests, keeping cybersecurity strategies up to date, and continuously training employees. It should be emphasized that cybersecurity is not solely the responsibility of the IT department; all employees need to be aware of this issue. Furthermore, integrating security principles from the outset in the development of AI-based systems will contribute to the creation of more secure solutions in the long run. Organizations should also adopt a responsible approach, considering the ethical issues that may arise in the use of these systems.

In addition to the precautions that individuals and organizations can take against security vulnerabilities related to AI, awareness-raising efforts are also of great importance. In this regard, campaigns organized through social media platforms and communities can help enhance cybersecurity awareness in society. Additionally, managing their own digital footprints is crucial for individuals in combating cyber attacks. Conscious digital citizenship represents an important step towards minimizing security vulnerabilities. Developed applications and tools should be designed to enhance users' knowledge levels on this topic. Furthermore, individuals learning how to utilize such tools to secure their own cybersecurity will be another factor that enhances the overall security level.

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