International Business Machines (IBM) chairman and chief executive officer Arvind Krishna has confirmed that Amaravati will host one of the first two IBM quantum computers to be established in India, with commissioning targeted by September 2026. The announcement was made at an event in the United States and was reflected in an official press release that described the timing and location of the deployment. The decision represents a notable achievement for Andhra Pradesh as it seeks to expand its technology infrastructure. Krishna indicated that quantum computers are likely two to three years away from delivering substantial commercial advantages across sectors such as pharmaceuticals, materials science, financial services, logistics, cybersecurity and artificial intelligence (AI). The press release presented this as part of a broader industry expectation about when quantum hardware and software developments will begin to generate measurable returns for enterprises and researchers. Officials linked the timeline to advances in hardware scale and algorithm design. The project forms part of Quantum Valley, Amaravati, which the state is promoting as a national centre for quantum innovation. The initiative is intended to unite government, industry, academia and startups to develop capabilities in quantum computing, quantum communication, quantum sensing and workforce training. Planners expect the cluster to foster collaboration between research institutions and commercial partners and to attract investment into supporting infrastructure. With an IBM quantum system scheduled to be operational in Amaravati, the greenfield city is positioning itself at the forefront of India's next technological frontier and intends to provide researchers, startups and enterprises with access to cutting edge quantum infrastructure. The deployment is presented as a strategic step towards building a domestic ecosystem that can support advanced research and commercial applications ahead of the anticipated broader adoption of quantum technologies.