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Andhra Pradesh is preparing to take a major step in India’s quantum technology journey
New Delhi: Andhra Pradesh is preparing to take a major step in quantum technology with the launch of two new quantum testing and reference facilities. The state government believes these centers will help build an indigenous quantum hardware ecosystem in India by supporting research, development and real-world testing of advanced technologies. The launch is scheduled for April 14, coinciding with World Quantum Day and will be led by Chief Minister N. Chandrababu Naidu.
As part of the initiative, two quantum computer test beds will be inaugurated one at SRM University in Amaravati and another at Medha Towers in Gannavaram. These facilities are designed to test and certify quantum computing hardware developed using locally made components. Officials say these centers will play a key role in making India more self-reliant in quantum technology by supporting the development and validation of new systems.
One of the most important features of these facilities is that they will be open to a wide range of users. Students, researchers, startups, companies and even government labs will be able to access them for experimentation and testing. The idea is to make advanced quantum infrastructure more accessible, since such facilities are currently available only in a few places across the world. This will give Indian innovators a chance to work closely with cutting-edge technology.
The project is also part of Andhra Pradesh’s larger plan to develop Amaravati into a major hub for advanced technologies, especially quantum computing. The government hopes this will help the city compete with established tech centers like Bengaluru and Hyderabad. Through this initiative, Amaravati aims to position itself on the global map as a growing center for innovation and research in next-generation technologies.
The state government has set an ambitious goal of producing 100 quantum computers within the next two years. These systems will be used for education, research, industrial applications and even export purposes. Officials believe India already has the capability to produce nearly 85 percent of the required hardware components domestically. The remaining gap is expected to be filled gradually as the ecosystem develops further.
To achieve this goal, Andhra Pradesh has partnered with more than 40 companies and institutions. These include major organizations such as the Defense Research and Development Organisation (DRDO), Indian Institute of Science (IISc) and Tata Institute of Fundamental Research (TIFR). According to officials the goal is to bring together manufacturers, researchers and experts to create a unified roadmap for building a strong quantum hardware ecosystem in India.
The new test facilities are part of the larger Amaravati Quantum Valley project, which is a key part of India’s National Quantum Mission launched in 2023. The mission has a total budget of ₹6,000 crore and aims to develop quantum technologies across the country. The proposed Quantum Valley campus will cover 50 acres and include research center's, innovation spaces and educational facilities. It is expected to become a major destination for global technology companies and research organisations.
Andhra Pradesh has already partnered with companies such as TCS, IBM and L&T to support the development of the Quantum Valley. One of the major plans includes installing a 133-qubit quantum computer, which is expected to be the largest in India. IBM’s quantum system at the site is expected to begin operations by December 2026. The project is seen as a major step toward building India’s presence in global quantum computing.
The state has also created a Quantum Innovation Centre to focus on building practical applications of quantum computing. Experts from IITs and other leading institutions will work together to develop algorithms for real-world problems. Andhra Pradesh aims to create 100 quantum algorithms by 2028. These will be applied in sectors such as finance, logistics, energy, cybersecurity and material science. The government is also collecting real-world problem statements from industries and departments to guide research work.
Along with quantum computing, the state is also planning to invest in other advanced areas such as artificial intelligence, semiconductor development and cyber-physical systems. These fields are expected to complement the growth of the quantum ecosystem. Other future initiatives include developing a global quantum bio-foundry and building a quantum operating system in collaboration with the National Quantum Mission.
With these initiatives, Andhra Pradesh aims to establish itself as a leader in quantum technology in India. The combination of new test facilities, large-scale infrastructure and industry partnerships is expected to strengthen research, innovation and high-tech manufacturing in the coming years.
