Cyberattacks: Why they remain undetected for up to six months
Cyberattacks can go undetected for up to six months – even though modern systems often have security measures in place. In many cases, attackers manage to infiltrate networks inconspicuously and steal sensitive data or influence systems without being noticed. The reasons for this are the complexity of modern IT infrastructures and the fact that many companies do not have the necessary tools to detect such incidents at an early stage.
The dangers of undetected cyberattacks are many. Companies can lose valuable data, suffer their reputation and even experience legal consequences. In addition, attacks can disrupt operations and lead to significant financial losses. In some cases, cyberattacks are even used to use ransomware, forcing companies to pay ransom money to restore their systems.
Detecting cyberattacks is often a challenge, as attackers often try to hide their activities. They often use so-called 'zero-day' vulnerabilities - vulnerabilities in software that were not previously known and are therefore not secured. In addition, attackers can pose as legitimate users and thus enter systems unnoticed. This often makes it hard for companies to tell the difference between normal activity and an attack.
Another aspect is the lack of training of employees. Many attacks occur via email or social media, where attackers try to deceive employees and steal sensitive data. Without a clear security policy and training, it is hard for companies to fend off such attacks.
## What does this mean for your company? The danger of cyberattacks is real and can have serious consequences. It is important to pay attention to security vulnerabilities early on and take the right measures to prevent or detect such attacks. Regular security checks, employee training and the use of modern security solutions are crucial to protect the company from cyber threats.
## How ISN/xynap supports this xynap’s AI modules and security infrastructure can help accelerate security incident detection and resolution.