The convergence of AI, Web3, and quantum technologies marks 2026 as the decisive year to determine whether Europe can materialize its technological sovereignty beyond political declarations.
The intersection of these three technologies is already producing tangible applications across multiple sectors. In energy distribution, AI optimizes network performance while blockchain enables peer-to-peer energy trading and quantum computing models complex distribution scenarios, exemplifying the technological convergence of the WEF 3C framework.
The European Commission's Quantum Strategy aims to establish Europe as a global leader in quantum technology by 2030, with over €11 billion in public funding mobilized. Despite strong European research, the region lags behind the US and China in patents, commercialization and private investment, representing a critical challenge for European technological sovereignty.
This initiative responds to Spain's interest in consolidating European digital sovereignty in a critical area for future competitiveness. Spain is investing 9.75 million euros through SETT in Nu Quantum to establish a subsidiary in the country, deploying the necessary infrastructure for the development and scalability of quantum technologies, with the goal of making the country a key node in Europe and the world.
Explores the revolutionary convergence of three key technologies: blockchain, AI, and quantum computing. Analyzes both promises and risks of this convergence, including impacts on security, trust, and new technological applications.
Europe leads AI regulation while seeking to position itself in the quantum-blockchain-AI convergence, but must balance technological autonomy with global competitiveness.
Report on Europe's potential to lead in quantum technologies, highlighting the €1 billion investment since 2018 in quantum centers and laboratories. Analyzes how Europe seeks to avoid losing another technological race after falling behind in AI.
Analysis of Europe's quantum pathway to 2030, focusing on closing the private investment gap in quantum technology. Examines funding challenges and strategies to establish European leadership in the quantum sector.
Europe is shifting from innovation-as-promise to innovation-as-governance capability. The AI Act, MiCA/PSD2 and post-quantum pressure are pushing a new standard: compliance, traceability and digital rights as competitive advantage.
The analysis frames the 2026 cyber strategy as supply-chain pressure: critical-infrastructure vendors (and adjacent suppliers) must integrate post-quantum cryptography. For Europe, quantum readiness becomes contractual advantage and IP protection, not just R&D.
Wavestone publishes its 2026 PQC solutions radar, emphasizing that every migration must begin with a complete cryptographic inventory. IBM, Cisco, Microsoft, and Samsung already integrate inventory capabilities and network probes, while the first official certifications for PQC-compatible security modules emerge.
The intersection of these three technologies is producing tangible applications across multiple sectors: in energy distribution, AI optimizes network performance while blockchain enables peer-to-peer energy trading and quantum computing models complex distribution scenarios. This convergence represents a profound digital transformation beyond traditional centralized systems.
A leaked draft of the EU's Industrial Accelerator Act (IAA) removes AI, semiconductors, and quantum computing from the list of strategic technologies with 'made in Europe' requirements. The proposal now focuses on heavy industries and clean energy, leaving the most disruptive technologies without specific protection and sparking intense debate about European technological competitiveness.
The page about Europe's quantum pathway to 2030 focuses on closing the private investment gap in quantum technology. The main content is not accessible due to geographic restrictions for US citizens and Canadian residents outside certain provinces.
Over €11 billion in public funds have been invested in European quantum R&D in the past five years, but Europe still trails global competitors in patent output and scaling startups. The European Quantum Strategy focuses on five pillars: advancing research 'from lab to fab to market', building cutting-edge quantum infrastructures, strengthening the startup ecosystem, developing space and defense quantum applications, and cultivating quantum skills.
MWC Barcelona 2026 hosted a dedicated session on PQC readiness, covering NIST, 3GPP, IETF, and ETSI standards and migration in mobile infrastructure. A reflection of how the telecom industry is leading the transition toward cryptographic resilience in the quantum era.
The convergence of AI, Web3, and quantum technologies redefines the global balance of power, while Spain emerges as a key player in building European digital sovereignty.
While the EU removes AI and quantum from its industrial plan, Spain bets on digital sovereignty and industry prepares for the post-quantum era.
The convergence of AI, blockchain, and quantum computing is redefining geopolitical power, as Europe seeks to balance responsible regulation with global technological competitiveness.
The ACM warns that post-quantum cryptography (PQC) migration is not a simple software update but a 5-to-15-year transformation depending on enterprise size. The 'harvest now, decrypt later' risk makes the quantum threat immediate: adversaries are already capturing encrypted traffic to decrypt with future quantum computers.
Analyzes real applications of the convergence between AI, blockchain, and quantum computing across multiple sectors. From energy distribution to financial systems and healthcare, it shows how these technologies mutually enhance each other, creating new business opportunities.
The European Union Agency for Cybersecurity (ENISA) has published a critical report on the urgency and challenges of migrating to post-quantum cryptography (PQC) systems. The report highlights the need for coordinated European strategies to protect critical infrastructure against future quantum threats.
A Spanish consortium kicks off a pioneering project for secure health data management using federated AI on Web3, protected against quantum threats.
Researchers from the Paul Scherrer Institute (PSI) and ETH Zurich have demonstrated the execution of a logical quantum operation using lattice surgery on a 17-qubit superconducting processor.
Quantum technology entered a more pragmatic phase in January as governments and companies alike shifted their focus from research milestones to long-term planning, manufacturing capacity and national integration, according to data tracked by The Quantum Insider’s Intelligence Platform.
Very much in line with WAIQ's thesis, this Forbes article states that there will be no single revolutionary technology that defines the next ten years of innovation, but rather that they will be shaped by the convergence and interconnection of various emerging technologies that are becoming interdependent force multipliers, increasing each other's influence and radically changing industry, national security and global competitiveness.
Japan is treating quantum-safe communication as a national economic and security priority and the government plans for the roughly 600-kilometer network connecting Tokyo, Nagoya, Osaka and Kobe, to be completed by March 2027, followed by field testing, and deployment targeted for 2030.
On November 24, 2025, the Rafael del Pino Foundation held the presentation of the INTEC 2025 Report, prepared within the framework of the Rafael del Pino Chair in Science and Society. Entitled "A roadmap for innovation in complex times," the report offers an in-depth and rigorous look at the scientific, technological, and social challenges facing Spain in an international context marked by uncertainty. The welcome address to the event underscored a message that sums up the Foundation's philosophy: science, innovation, and technology transfer are not abstract concepts, but real levers for strengthening the country's economic, social, and institutional progress. At a time of unprecedented technological acceleration, but also of polarization, misinformation, and crisis of confidence, the Foundation asserts the need to build a common vision in which science, business, and society converge.
This article by Xavier Ferràs explores the Global Innovation Index 2025, revealing how innovation is increasingly concentrated in specific "superhub" regions around the world. It highlights the rapid rise of Asian innovation powerhouses like Shenzhen–Hong Kong, Tokyo–Yokohama, Beijing, and Seoul, contrasted with traditional centers like Silicon Valley. The piece delves into the unique ecosystems that drive these clusters—combining cutting-edge research, industrial capacity, and dynamic financial networks—while emphasizing the critical role of state support and social networks in fueling innovation. If you're interested in understanding the future landscape of global technological leadership and the factors underpinning these high-impact innovation hubs, this article offers a compelling and insightful read.
Several quantum science companies have gone public so far in 2025, marking a pivotal year for the commercialization of quantum technology. Francisco Castro, our WAIQer turn into a Quantum Investor, predicted this summer in our course in Boston that there would be more quantum companies listed on the stock exchanges. Standouts like Infleqtion and Xanadu have captured attention with high-profile SPAC deals, joining other established names in shaping the future landscape of quantum research and applications. This post reviews their market entries, business focus, and what might unfold in the months ahead.
The first Spanish Quantum Technologies Strategy 2025-2030 is presented, a key initiative of the Spanish Government to position the country as a European leader in quantum innovation. The official presentation took place on April 24, 2025, at the OECD Global Technology Forum, held at the Fundación Espacio Telefónica in Madrid, before political, academic, and private sector representatives from more than 38 countries.
The package will have a "multi-billion" endowment and will come into operation in spring 2026. The EIB and various European foundations, including Fondazione Cariplo and Compagnia di San Paolo, will contribute.
