OECD Digital Economy Paper, Building Business Readiness for Quantum Computing: Key Barriers and Support Mechanisms, outlines a critical framework for "Quantum Readiness," urging businesses to begin strategic preparations for quantum computing despite the technology's current immaturity.
While quantum systems leverage superposition and entanglement to solve problems beyond classical limits, they currently face high error rates and limited scalability. To gain a competitive edge, firms are encouraged to identify computational bottlenecks in sectors like pharmaceuticals and finance, build specialised human capital, and engage with cloud-based quantum resources. The report warns of a growing "quantum divide" between large R&D-intensive firms and SMEs, calling for government-backed support mechanisms—including technology extension services, R&D grants, and industry-academic partnerships—to ensure broader participation in the future quantum economy.
Key Barriers and Support Mechanisms for Business Adoption
Technological Immaturity: Lack of standard benchmarks and fragmented software ecosystems hinder widespread commercial use.
Skills Shortage: There is a critical lack of cross-disciplinary talent that combines quantum physics expertise with industry-specific business knowledge.
High Entry Costs: The direct acquisition of quantum hardware remains prohibitively expensive, making cloud-based "Quantum-as-a-Service" the primary entry point for most firms.
Business Advisory Services: Specialized workshops and readiness assessments are essential for helping firms evaluate how quantum computing aligns with long-term goals.
Technology Extension: Providing SMEs with access to specialized facilities and equipment for proofs-of-concept is vital to democratizing the technology.
Hybrid Approaches: Practical early applications are likely to emerge from combining quantum computing with Artificial Intelligence (AI) and High-Performance Computing (HPC).
What is "Quantum Readiness"? Quantum Readiness refers to the strategic and operational steps an organisation takes to evaluate, adopt, and integrate quantum computing as the technology matures. It acts as a catalyst for future-proofing business models against disruptive computational shifts in materials science, cryptography, and logistics. Readiness is manifests as a transition from mere awareness to active ecosystem engagement, where firms hire "quantum-fluent" experts and conduct feasibility studies using cloud-based qubits. This framework is a primary lever for ensuring that businesses do not face a sudden "technological shock" when quantum advantage is eventually achieved, allowing for a phased and managed integration into existing IT environments.
Policy Relevance: Aligning with India’s National Quantum Mission
Institutionalizes a Framework for High-Tech Growth: The OECD readiness dimensions benchmark India’s trajectory in the National Quantum Mission, moving the focus from pure scientific research to industry-led commercial applications.
Mechanically Bridges the Skills Gap: The call for "cross-disciplinary talent" serves as a cornerstone of the National AI Skilling Initiative logic, suggesting that India must train professionals who can bridge the gap between quantum algorithms and sector-specific needs like Biopharma.
De-risks the Environment for MSMEs: Implementing "Technology Extension Services" (access to labs) dovetails with the vision of the 100 BHAVYA industrial parks, ensuring small manufacturers can experiment with quantum-optimized logistics or material design.
Future-proofs the Digital Economy Stack: Integrating quantum readiness with the "India Energy Stack" and "AI Factories" ensures that the national digital public infrastructure is prepared for the eventual arrival of quantum-resistant encryption and processing.
Solidifies India’s Standing in "Deep Tech": By fostering industry-academic partnerships (similar to PRIP in pharma), India can streamline the delivery of indigenous quantum software and hardware components for the global market.
Follow the Full Paper Here: OECD: Building business readiness for quantum computing - March 2026
