Define: Computationally Secure

Computationally secure means that a system is secure against attacks from computers with limited resources, such as time and memory.

Computational security focuses on protecting against attacks that can be carried out within a reasonable amount of time and with a reasonable amount of resources.

Examples of computationally secure systems include encryption algorithms, secure communication protocols, and secure authentication methods.

To ensure computational security, it is important to use strong encryption algorithms, regularly update security measures, and conduct thorough security audits.

If a system is not computationally secure, it may be vulnerable to attacks such as brute force attacks, which can result in unauthorised access to sensitive information.

While a system can be computationally secure against certain types of attacks, it may still have vulnerabilities that could be exploited through other means.

Depending on the industry and the type of data being protected, there may be legal requirements for maintaining computational security, such as the use of specific encryption standards.

If you suspect that your system has been compromised, it is important to immediately investigate the issue, mitigate any potential damage, and take steps to improve the system’s security.

Staying updated on best practices for computational security involves regularly monitoring industry developments, participating in relevant training and education, and seeking guidance from security experts.