In addition to bullying, another widespread risk is contact with unknown persons, usually through fake profiles and with fraudulent or malicious intentions. These interactions often start out harmlessly, but then escalate into requests for personal information or sensitive content.

During this period, the possibility of children encountering inappropriate content also increases, whether through unknowing clicks or through deceptive ads or links placed on the digital platforms they use. Many applications and websites do not offer effective filters to protect minor users from this type of content.

On the technical side, the lack of proper security settings on the devices children use is a critical factor that is often overlooked. Devices without parental controls enabled, content filtering, and regular software updates can become vulnerable to attacks, the installation of dangerous applications, or the use of unsecured networks that can compromise personal data.

Parents play a crucial role in creating a safe digital environment. This does not mean banning the use of technology, but requires taking concrete measures such as: activating parental controls on devices and applications, using secure Wi-Fi networks, monitoring children’s online activity, and setting clear limits on the duration of screen time.

By staying informed and engaged, parents can help children develop safe and responsible online habits – even during downtime.

Technology is part of everyday life. But safety is not automatic.

Children today are growing up with screens in front of their eyes. Games, videos, social media, and educational apps are part of their daily routine. But that does not eliminate the need for proper guidance, supervision, and education on digital safety.

Online threats targeting minors—from cyberbullying to contact with strangers, inappropriate content, or phishing disguised as games—are more widespread than we often realize.

Where does protection begin?

1. Open communication
Don’t limit yourself to prohibitions. Ask your child calmly:
– Who are your friends in the game?
– What’s your favorite YouTube channel?
When you build trust, they will share more with you.

2. Clear and reasonable rules
Set time limits for device use, decide together which apps are allowed, and review the content they access.

3. Leading by example
If parents are always on their phones, it’s hard to ask their children not to be.

4. Moderate, non-intrusive supervision
Review the apps being used. Do they contain ads? Do they request access to personal data?
Many children’s apps may collect data in hidden ways.

5. Ongoing awareness
Teach your children about the importance of privacy, the risks of interacting with strangers, and the consequences of sharing photos or videos carelessly.
The role of institutions is essential, but everything begins at home.

The National Authority for Cyber Security is committed to raising awareness about digital safety, providing training and guidance to all users—but parents remain the first and strongest line of defense for their children in the online world.

As the school year draws to a close and children prepare for the summer break, let’s remember:
Entertainment matters, but safety is essential.

Artificial Intelligence (AI) has the potential to revolutionize various sectors, but when put to use by actors with malicious intentions, it can lead to catastrophic consequences. A prominent example of this misuse is the rise of generative AI tools, which, instead of being used for creative purposes and problem-solving, are increasingly exploited for cybercriminal activities.

A recent report from Splunk’s CISO highlighted the emergence of a new AI tool called GhostAI, a generative AI model similar to popular platforms like ChatGPT, but one that is being used for high-risk cyberattacks.

GhostGPT, part of the generative AI family, processes textual data to generate responses that mimic human language. However, what sets it apart in the context of cybercrime is its ability to generate extremely complex and sophisticated malware scripts. These malware payloads are created to exploit existing vulnerabilities in computer networks, allowing attackers unauthorized access or widespread disruption of systems.

GhostGPT can produce highly customizable code for various malicious purposes, ranging from distributing ransomware to creating invisible Trojan viruses, which can bypass traditional security defenses. The potential for the abuse of this technology has long been warned about by Elon Musk, who has continuously stressed the risks of uncontrolled AI development. Musk, though not opposed to AI’s evolution, has expressed significant concerns about the ethical implications and motivations of individuals using this technology for harmful purposes. He argues that AI, especially in the hands of cybercriminals, can greatly increase the scale and impact of cyberattacks.

One of the most concerning features of GhostGPT is its ability to evade traditional detection mechanisms, drastically reducing the time and effort required to develop advanced malware, which typically takes months to perfect.

The Impact of Generative AI on the Cybersecurity Landscape

The rise of generative AI tools like GhostGPT has transformed the cybercrime landscape, especially in the development and distribution of ransomware, spyware, and Trojans. These models’ ability to process and analyze large amounts of data enables them to create highly effective and multifaceted attacks with minimal human intervention. This not only accelerates the pace of cyberattacks but also makes them harder to detect and prevent.

Cybersecurity professionals now face an extraordinary challenge, as detecting and analyzing AI-driven attacks has become a much more complex process requiring additional resources. Identifying the source, scope, and intent of these threats, as well as developing effective countermeasures, has become a monumental task.

At the same time, institutions worldwide are struggling to recruit and retain skilled talent in the cybersecurity field. This shortage of trained experts makes it even harder to defend against AI-driven attacks. In this context, generative AI has become a “double-edged sword”—offering tremendous innovation potential while also opening the door to new and more powerful forms of cybercrime.

As a result, hackers are increasingly exploiting the growing “malware-as-a-service” market, making it easier for them to access and use AI-powered tools for malicious purposes. This shift towards a more organized cybercrime ecosystem suggests that AI could become the primary tool for cyberattacks in the near future.

The Need for Regulation and Proactive Measures

Given the rapid pace of AI research and development, there is an urgent need for a responsible and regulated approach to the creation and use of AI tools. Companies involved in the development of generative models should focus on ethical considerations and implement stringent security measures to prevent misuse.

Furthermore, the deployment of advanced AI-based detection tools could play a crucial role in mitigating the risks posed by AI-powered attacks. By monitoring and analyzing abnormal behavior on a large scale, these systems could provide early warnings and enable businesses to respond more effectively to potential threats.

The misuse of generative AI tools like GhostGPT represents not only an increasing concern for cybersecurity professionals but also a critical challenge for businesses worldwide. With the ever-changing threat landscape, companies and institutions must adopt proactive security measures, invest in AI-based detection and response capabilities, and ensure that the development of AI technologies is done with care and responsibility.

Source: Cybersecurity Insiders