Key takeaways:
- USP’s digital standards initiative will expand digital offerings to support quality control teams and digital-first workflows.
- The goal is to help people do medicine quality testing work more efficiently while maintaining the rigor that helps protect patients. Digital standards can reduce the need to perform manual tasks while improving efficiency, traceability, and regulatory confidence.
- USP invites stakeholder collaboration to help shape practical, widely adoptable digital standards.
If you work in a quality control (QC) lab focused on helping to ensure the quality of medicines, you know the feeling: the science has to be right, the documentation has to be complete, and the clock is always ticking. But too often, quality testing work still includes manual steps, like rekeying testing method steps, copying requirements into systems, or translating standards into formats your tools can actually use. That’s why the U.S. Pharmacopeia (USP) is launching in 2026 a major effort to expand digital offerings to support QC teams by making it easier to use trusted USP quality standards in digital‑first workflows. The goal is straightforward: to help people do quality testing work more efficiently and with greater confidence while maintaining the rigor that helps protect patients.
USP’s digital standards initiative is designed to help the people doing this work every day – lab scientists, quality professionals, and regulators – by making USP quality standards more accessible. Ultimately this will help drug developers, manufacturers, and regulatory bodies achieve increased efficiencies in the delivery of trusted, quality-assured medicines. The “why” is ultimately human: behind every medicine is a team of scientists committed to getting it right for patients. Digital standards are meant to support those teams, protect quality, and strengthen regulatory confidence as workflows digitize. As USP works with stakeholders to advance this progress, collaboration will remain essential to ensure alignment of USP digital standards and solutions with industry needs.
What are digital standards?
In plain language, USP digital standards are machine readable, digitally structured versions of established USP reference standards and documentary standard test methods. USP is developing the two complementary types of digital standards with the goal of integrating these standards into the USP-NF over time:
- Digital reference standards: These standards are digital data that have the appropriate qualities to support their intended use as references for comparisons in compendial tests.
- Digital documentary standards: These standards are digitally structured compendial methods provided in a validated, digital first, machine readable format designed to power advanced laboratory workflows and help enable adoption of new technologies into quality systems.
How do digital standards work in practice?
Think of digital standards as trusted building blocks for modern quality work. They bring the same science-based rigor as traditional USP standards, but in a machine-readable format that can fit more naturally into digital workflows. For people in the lab, that can mean fewer manual handoffs and less rework while keeping the traceability and control that quality teams need. For regulators and reviewers, digital standards can support clearer traceability, helping maintain confidence as more data and processes become digital.
What benefits can digital standards unlock?
Simply put, digital standards aim to help people spend less time translating standards into systems, and more time doing the science that protects patients. Key benefits of digital standards that matter to quality teams include:
- Risk mitigation and traceability, with electronic capture of steps, version control references, and simplified reviews;
- Faster tech transfer, with standardized digital workflows and “digital twin” reference materials that can help reduce variability across labs;
- Increased efficiency and innovation, with expanded automation and advanced analytics that free up resources and support continuous improvement; and
- Other inherent practicalities: Digital reference standards don’t degrade the way physical materials can; they don’t require shipping; and they don’t entail the potential environmental impacts of hazardous solvents or other materials. Furthermore, digital methods don’t require the time and effort required for manually transferring book content into digital environments.
How will USP standards fit into digital workflows?
If you’re digitizing your lab, you’ve probably seen the challenge: tools evolve quickly, but quality still depends on consistent, trusted standards. USP’s approach is to evolve standards so they can be used in digital environments, bringing science-based rigor and regulatory confidence to connected workflows. Though some digital transformation leaders may be challenged to implement digital workflows with limited resources, digital standards can act like standardized, trusted building blocks, helping teams scale digital workflows while keeping quality and traceability front and center – from initial drug discovery to delivery.
How is USP supporting the evolution and adoption of digital standards?
USP’s digital standards work includes both standards and related digital tools. One example is USP-ID, a one click, automated software solution for quantitative nuclear magnetic resonance (NMR) analysis that can identify, quantify, and label chemical components in mixtures. USP-ID already includes hundreds of analytical references in its libraries. USP has also made revisions to USP-NF General Chapter <11> USP Reference Standards and related General Notices (effective December 2025) to formally acknowledge that reference standards may be provided as either digital data or physical materials. It’s an important step toward bringing digital reference standards into the USP compendial framework. More broadly, USP is working to build compendial pathways for digital standards and methods that will help reduce uncertainty for manufacturers adopting emerging technologies – from advanced laboratory informatics systems to NMR analysis software, artificial intelligence (AI), or other advanced analytics.
Why USP?
USP standards have helped support consistent medicines quality for more than 200 years and are recognized and accepted by leading regulatory bodies. As labs digitize, regulatory uncertainty can slow adoption. USP’s digital standards initiative is designed to help bring confidence to manufacturers and regulators by creating clearer compendial pathways for digital standards and methods. And in human terms, it’s about helping the people who safeguard quality every day do their work faster and more reliably, without compromise.
How can stakeholders help shape digital standards?
Digital standards are being developed through collaboration. Through USP’s emerging standards program, which now includes emerging digital standards, USP creates opportunities for manufacturers, developers, and regulators to provide early input and feedback on new approaches and standards that are still under development. If you have a candidate method, approach, or use case, USP wants to learn from it, because the best digital standards are the ones that work in real labs, under real conditions.
Learn more and engage with USP on digital standards development by visiting USP’s digital standards web page here.
