Aimed at pointing out India’s cybersecurity as well as supercomputing needs, Advanced Computing Development Center (C-DAC) has released three new technology solutions. The two additional solutions are designed to simplify high-performance computing software (HPC) development in the region. It consists of a parallel development environment and a CAPC, which facilitates programming for supercomputing.

ParaDE is a comprehensive development environment (IDE) that lets you create parallel supercomputing applications. Supercomputer systems consisting of multiple computer processors that operate simultaneously are designed for parallel applications. These programs are written such that you can use different datasets to perform the same calculations on different processors.

On the other hand, CPAC is a way of transforming an app that uses a parallel programming application with a sequence of programming code (written in the c programming language).
This will effectively improve the efficiency of such applications and build system and assembly level programs.

The Cyber Security Operating Centre (CSoC) is a hub in Thiruvananthapuram, a 6000-square-foot zone that the government claims to have 'end-to-end security solutions' and manages security services. I will. A centralized security control system is included here. This is to respond to all incidents of cybersecurity and to identify advanced threats for the organizations using the service.

Finally, C-DAC provided support to create an app-based framework called a system for improving mental health and health (MANAS). It will be a "full and scalable" national healthcare network for improving the Indian population's mental health. It is now not known what services the solution is going to provide, but digital efforts are intended to make this platform 'unreachable'.

Previously C-DAC had planned to nullify all scores and re-conduct exams for post graduate diploma programs, since a lot of students complained about encountering technical problems like network issues at remote places, cases of unfair means and many others.

The three technologies include a cybersecurity facility that will serve other organizations and two software solutions that aid developers to adapt their code to a new hardware.

C DAC, under the Ministry of Electronics and Information Technology, is an Indian autonomous scientific society. This responded to problems with supercomputers purchased from international sources. Following the refusal by the USA of a Cray supercomputer in 1988, because of military uses, India started developing an indigenous supercomputer, which included the development of C-DACs. Supercomputers have been known to be a double-edged weapon that can assist nuclear weapons production.

In the advanced computing and software development sector, C-DAC offers several courses.
The C-DAC Certified Professional Certification Program HPC is one of these courses (CCHPCP). C-DAC organizes state-of-the-art computer diploma programs, through the Advanced Computing Training School (ACTS) in India. Includes PG Diplomas specializing in embedded design, VLSI, large data analytics, geoinformatics, artificial intelligence, etc. The C-Computerized DAC's Common Admission Test for all PG graduation courses is used (C-CAT). In June and December, C-CAT normally takes place every year. At the establishment, C-DAC also worked on setting up, under the Development Cooperation Projects of the Ministry of Foreign Affairs, several Centers of Excellence in Information Technology (CEIT) abroad