Our Solutions
Biometrics
Biometrics is the science of automated recognition of individuals based on measurable physiological and behavioral characteristics. With the rapid evolution of information technology, traditional token-based authentication and security control systems are not sophisticated enough to handle the challenges of the 21st century. As a result, biometrics has emerged as the most rational, efficient and ultimate solution to authenticate the legitimacy of an individual.
Quantum Computing
Quantum computers are devices that use the principles of superposition and entanglement of states. They rely on quantum bits, or quantum bits, to perform mathematical calculations to store and manipulate information. Computational power is determined by how many qubits the machine can utilize simultaneously, and how it processes information and a huge number of calculations in parallel. Quantum communication is authenticated and can be used to replace traditional digital signatures or to encrypt communication networks.
Blockchain
Blobkchain, a chain of possibilities, cutting edge technology, segmented crypto database, uses distributed electronic ledger and cryptographic hashing to make digital assets immutable and transparent. Its focus on building trust in a trustless ecosystem makes it potentially the strongest cybersecurity technology. Blockchain opens new opportunities and benefits to the entire ecosystem through digital footprint, transparency, flexibility, enhanced security and ease of traceability. This means that the footprint of all digital assets can be traced back to the beginning, which is highly beneficial for medicine, academia and financial institutions.
Zero Trust
Modern security challenges require evolving security solutions, and Zero Trust is the best weapon an organization can have to stop data breaches. Threats are internal and external, and gaps in your security posture make you vulnerable. No matter where or why a vulnerability occurs, event dot counting and a Zero Trust security model considers each access request a violation and validates it as it occurs.
Computational Medicine
The field of computational medicine encompasses science and engineering that uses clinical and biological data to develop cutting-edge algorithms and establish relationships between various clinical and biological systems. This sophisticated scientific field has significantly improved our current knowledge of medical and biological systems to individualize our treatment process. However, a large and growing field with advanced and sensitive scientific profiling requires precise and deep knowledge, expertise, and understanding. Otherwise, these innovative solutions to the world's most pressing clinical challenges may be misguided.
Biosecurity
Cybersecurity is about protecting the components and data we depend on. Any component connected to the Internet (wireless or not) can be compromised. The same applies to the medical sector, where unique and sensitive information is contained, such as DNA sequences and biological attributes.
Bioethics
The emergence of bioinformatics and computational engineering in the field of clinical research has led to the convergence of bioethics and computational ethics. Bioethics is the study of the ethical, social, and legal issues that emerge in these interdisciplinary scientific research and developments. It is based on four fundamental principles: respect for autonomy, non-maleficence, beneficence, and justice.