Global Capability Centres (GCCs) are fronting a crossroads: the quantum era is upon us, and there are more definite industry roadmaps and government actions, which are all converting a new strategic imperative on GCCs to become quantum-ready technology powerhouses. Quantum computing market is estimated to be approximately USD 2.735 billion by 2024-2025. According to recent market research, it will reach USD 20B+ by 2030; the potential of quantum computing development clearly demonstrates the importance of rapid commercialisation. Leaders are required to regard quantum transformation in GCCs as a short-term strategic initiative, not far-off research and development. Governments and industry are investing: The India National Quantum Mission (INR 6,003.65 crore, or USD 740M) has committed to 2030 to seed quantum R&D hubs and an explicit national signal to domestic GCCs to participate. At the same time, GCCs in India are expanding rapidly (more than 1,900 centres, a market that is expected to reach tens of billions by 2025–2030), and they are forming a bottleneck of talent that is perfectly suited to quantum experimentation.
Quantum computing has potential transformational benefits in optimisation, materials modelling, cryptography, and accelerating machine learning use cases with direct business ROI in finance, pharma, logistics and cybersecurity. The ability to transform these capabilities into enterprise benefit can be achieved by GCCs as tech powerhouses by owning pilot-to-scale paths, reducing the cost-to-solution, and generating new sources of revenue. Trillions in value in industry are also projected in the coming decade by global consultancies associated with quantum-enabled value, which strengthens the economic case to invest early.
GCCs should present themselves as brokers of the domestic quantum ecosystem, linking leading academic labs, specialised startups and international suppliers. The deep tech workforce in India will be transformed into a source of practical quantum engineering by structured talent programmes (quantum literacy, algorithm bootcamps, and joint PhD projects). Such investments develop comparative advantage over time and decrease friction in hiring in the future.
First-mover advantage is acquired by early entry; reduced switching costs and better optimisation lead to quantifiable savings; quicker material and drug discovery become time-to-revenue; and preventive cryptographic measures prevent catastrophic post-exposure costs related to decryption. In the case of GCCs that deliver enterprise results, quantum readiness can translate into quantifiable uplift in EBITDA and new consulting/revenue value propositions.
Quantum transformation in GCCs is an organised, gradual strategic programme: GCCs that transform awareness to pilots to scaled services will be the computing giants of the next decade. Begin with governance, prioritise experiments, and build partnerships today. Build on national missions, vendor clouds, and academic networks, and transform quantum potential into operational benefit.
Inductus GCC Future-proof your enterprise. Our strategies, through to the implementation, assist you in establishing quantum-ready, innovation-driven capability centers in India. Digitise, expand research and development in GCCs, and acquire a competitive advantage in the future technology world.
A GDC refers to a single-minded offshore deployment, which provides proficient business, technology and operational services to corporate bodies on a global basis. BFSI, IT services, healthcare, telecom, retail, manufacturing, and other upcoming technologies, including AI and blockchain. They do not only target cost savings but now aim at innovation, automation, R&D, digital transformation, and high-value consulting. They design and create cloud, artificial intelligence, analytics, cloud security, and process automation. A large supply of STEM graduates, multilingual workers and niche skills in AI, ML, cloud, and analytics. Aditi, with a strong background in forensic science and biotechnology, brings an innovative scientific perspective to her work. Her expertise spans research, analytics, and strategic advisory in consulting and GCC environments. She has published numerous research papers and articles. A versatile writer in both technical and creative domains, Aditi excels at translating complex subjects into compelling insights. Which she aligns seamlessly with consulting, advisory domain, and GCC operations. Her ability to bridge science, business, and storytelling positions her as a strategic thinker who can drive data-informed decision-making.
Why GCCs Must Act Now
Use Cases Table
Industry
Quantum Use Case
Role for GCCs
Economic Advantage
BFSI
Portfolio optimisation, fraud detection
Build hybrid quantum-classical algorithms, run pilots
Better risk-adjusted returns; lower fraud losses.
Pharma
Molecular simulation, lead discovery
Integrate quantum simulations with cheminformatics.
Shorter R&D cycles; lower drug discovery cost.
Supply Chain
Route & inventory optimisation
Prototype quantum-enhanced optimisers
Reduced logistics cost; improved SLAs.
Cybersecurity
Post-quantum cryptography
Develop migration plans and PQC testing labs.
Future-proofed data protection; regulatory compliance.

Talent and Ecosystem
Economic Benefits
Conclusion
frequently asked questions (FAQs)

Aditi