India's Hexaware Technologies Invests £25 Million to Expand UK R&D and Quantum Computing
2026-06-19 11:46
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en.Wedoany.com Reported - Hexaware Technologies, a global technology and business process services provider, has confirmed a capital investment strategy of £25 million ($33 million) to expand its operations in the UK. This multi-year expansion plan received official recognition from the UK government at the G7 summit and is expected to create approximately 1,200 high-skilled technology jobs over the next three to five years. The expansion will scale up the existing delivery center in Birmingham while establishing dedicated R&D centers in Manchester and Leeds, aligning with the Commonwealth's clean energy and industrial intelligence framework.

The establishment of R&D centers in Manchester and Leeds marks a structural shift for Hexaware towards deep technology exploration, extending the company's regional capabilities beyond standard IT automation. These labs will focus on innovation in emerging technology areas such as cloud migration architecture, agentic artificial intelligence, and quantum computing. By situating the R&D centers within academic corridors in Northern England, the company plans to cultivate local graduate talent, leverage public datasets, and co-develop next-generation software tools to modernize public sector workflows and municipal management platforms.

The inclusion of quantum computing in Hexaware's R&D roadmap aims to address the long-term migration needs of its core financial and enterprise clients. As quantum computing gradually approaches commercial application, enterprise IT infrastructure must transition to quantum-resilient software frameworks. Engineers within the newly established UK centers will focus on developing software layers, hybrid optimization models, and early-stage compilers capable of bridging classical cloud stacks with emerging quantum processing nodes. This dual focus ensures that client systems can maintain data continuity as hardware backends scale and deploy complex quantum algorithms.

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