Information and Data Sharing Hub

This ASCET report provides a comprehensive overview of the current landscape of Biotechnology standards and standardization activities. The report examines the organizations, initiatives, and frameworks shaping the development and use of biotech standards across industry, government, and academia.

The Strategic Insights brief summarizes findings from a March 31, 2026 workshop hosted by ASCET and the Chicago Quantum Exchange (CQE), which convened leaders from industry, academia, and government to examine how standards can support quantum commercialization and U.S. competitiveness. Discussions focused on system-level challenges across the quantum ecosystem, including inconsistent terminology, interoperability gaps between quantum and classical systems, and workforce and organizational readiness barriers that may slow adoption. The report highlights the urgency of coordinated standards development and clearer pathways for participation, emphasizing that early engagement can reduce implementation risk and help organizations shape future requirements. Overall, the brief positions standardization as a key enabler of collaboration, market readiness, and responsible growth across the quantum sector.

Standards drive innovation, efficiency, and market access. Engagement in standards
development gives businesses a voice in shaping the rules, reducing compliance costs,
and gaining early insight into industry trends. Engagement in standards development
is a strategic investment that enhances credibility, competitiveness, and consumer
confidence while influencing the future of quantum technologies.

The goal of ConsortiumInfo.org is to be the most comprehensive source of information on the Internet regarding standards setting and open source software development, and about the roles these essential tools play in business and society

A reference on consortia, standards, and open source software.

This database is a living collection of AI-relevant laws, regulations, standards, and other governance documents from around the world. Updated regularly, AGORA includes summaries, document text, thematic tags, and filters.

This roadmap focuses on building a large-scale quantum computer capable of performing “complex, error-corrected computations” and emphasizes breakthroughs in surface code error correction, scalable qubit architectures, and cryogenic control systems.

This roadmap outlines a strategy to scale quantum computing from noisy intermediate-scale systems to fault-tolerant, utility-scale quantum-centric supercomputers by 2033.

The IEEE GET Program for AI Ethics & Governance Standards supports efforts around AI ethics and governance literacy and invites review of the standards in the repository. To contribute to the ecosystem, contact AIE-GET@ieee.org. Standards download requires sign in with a free IEEE account.

The first public version of the draft European Standardization Roadmap for Industrial Symbiosis. It identifies where standardization can support industrial symbiosis, highlights priority action areas, and provides a basis for further consultation with Technical Committees, industry, and public authorities.

Interactive mapping tool developed by the Standardization Programme Coordination Group for ISO, IEC, and ITU. This resource lists corresponding committees, subcommittees, and study groups for over 60 technologies. The intent is to help submitters of new proposals identify overlaps early and avoid duplication.

Microsoft’s quantum roadmap outlines a staged approach to building a fault-tolerant, utility-scale quantum computer and three “quantum computing implementation levels”: foundational, resilient, and scale. The roadmap also emphasizes the development of topological qubits, quantum error correction, and scalable quantum hardware.

This paper takes stock of the national strategies and policy instruments countries are introducing to support the development and uptake of quantum technologies. It reviews the timelines, motivations, scope, goals, assessment and governance mechanisms characteristic of national quantum strategies. The paper also identifies the main objectives of policies with frequently used instruments.

Website that includes the current standards under development at IEC/ISO JTC3 Quantum Technologies. Note: Access to the full documents is only accessible for IEC Committee members.

This ASCET report provides a comprehensive overview of the current landscape of AI-related standards and standardization activities. The report examines the organizations, initiatives, and frameworks shaping the development and use of AI standards across industry, government, and academia.

This ASCET report provides a comprehensive overview of the current quantum standardization landscape, identifying key stakeholders, existing standards activity, and the pre-standardization gaps most critical to sustained U.S. leadership in the field. Developed by the ASCET Center of Excellence, the scan synthesizes publicly available standards databases, strategic documents, and input from industry, government, and academia.

IEEE’s quantum roadmap aims to link quantum technologies to real-world business problems by identifying application-ready use cases, technological limitations, and standardization needs across industries. NOTE: As of 2026, the roadmap remains under development.

The Resource Hub organizes and provides access to AI activities and expertise across the UN system, offering searchable access to over 700 documented AI initiatives across the UN, fostering coordination, reducing duplication, and supporting stakeholders in navigating the evolving AI landscape.

Website of teaching resources on codes and standards for law and public policy courses.