Government Launches Vishvasya-Blockchain Technology Stack
The Vishvasya-Blockchain Technology Stack was launched by the Ministry of Electronics and Information Technology (MeitY) to provide Blockchain-as-a-Service (BaaS) with a geographically distributed infrastructure. This initiative aims to support permissioned blockchain applications and promote transparent, secure, and trusted digital service delivery in India.
At the event, Secretary MeitY, S. Krishnan, introduced the NBFLite, a lightweight blockchain platform, Praamaanik, a blockchain-enabled mobile app verification solution, and the National Blockchain Portal.
The NBF, designed to enhance digital trust, is built with a distributed infrastructure and offers security, privacy, and interoperability. It supports application development with BaaS and is currently hosted across NIC data centers in Bhubaneswar, Pune, and Hyderabad.
NBFLite is tailored for startups and academia to prototype blockchain applications, conduct research, and develop capacity. It was developed in collaboration with organizations such as C-DAC, NIC, IIT Hyderabad, and SETS Chennai.
Bhuvnesh Kumar, Additional Secretary MeitY, emphasized blockchain’s potential in transforming governance by enhancing transparency, efficiency, and accountability in public services. Scaling applications across various states and exploring new solutions are key goals. Smt Sunita Verma, Scientist G, highlighted that NBF seeks to address challenges like vendor lock-in and the need for skilled manpower, with a focus on research and development.
World Water Day is observed globally on the March 22 and the day raise awareness…
Did you know there is a special island in the world where giant tortoises roam…
Did you know that beneath the ocean floor lies one of the most valuable energy…
Chapchar Kut which is the major spring festival of Mizoram and it was celebrated with…
Did you know that in many countries, rivers are not just water sources but the…
The New Income Tax Rules 2026 are notified and which will come into effect from…