It is the science that uses mathematical formulations to encrypt and decrypt data. The main purpose is to protect the confidentiality, integrity, authentication, and non-repudiation of data and identity.

The rapid revolution in information technology along with growing security and privacy concerns has led to the emergence of blockchain, quantum computing, biometrics, and zero trust systems as the ultimate solutions to secure the cyber domain. This reliance on computerized systems gives rise to a variety of cyber threats. It is of paramount importance for governments and private organizations to establish a robust, efficient, adaptable, accountable, and intelligence-based computational cyber platform to combat internal and external cybercrimes, especially large-scale data breaches, cryptojacking, and microchip flaws.

Cyberspace is an emerging global domain in the world of information technology, making systems more vulnerable to privacy and security breaches. Attackers in this domain target various organizations with surgical precision, accessing data with fewer attempts, but often compromising privacy and security. Every dot counts, and every one must be verified. Gaps in our security posture make us vulnerable. No matter where or why a vulnerability occurs, it can pose a serious threat to our systems, and it can also be devastating to businesses, their employees, and consumers. We use a multi-layered cybersecurity system compilation of blockchain, biometrics, and quantum computing knowledge bases within the ZERO-Trust platform to protect our ecosystem from security, privacy, and delinking attacks. Our team is also introducing the state of quantum computing superposition theory to optimize computational complexity in data storage and manipulation, and is implementing the incorporation of cyber ethics into the mathematical calculation and estimation process of cybersecurity algorithms.