In a research integrity investigation, you must prove not just what the data shows, but when it was recorded, with a record no one can backdate.

Recording experimental data, observations, and results in electronic or physical lab notebooks as research activities are performed.

Timestamp each lab notebook entry or export at the moment it is completed. In a research integrity investigation, the blockchain record proves the entry existed on a specific date, independently of the notebook system's own metadata, which any administrator can alter. A retrospectively written entry and a contemporaneous one are otherwise forensically identical.

Dana-Farber Cancer Institute settled a False Claims Act lawsuit for $15M (US DOJ, 2025) after researchers were found to have manipulated and duplicated data in NIH grant applications. The core question in every such case is when the data was recorded and whether it was contemporaneous with the experiments it claimed to describe.

Documenting qualifying R&D activities for HMRC R&D tax credit claims, including records of technological uncertainties, experiments, and outcomes.

Timestamp project records, experiment logs, and meeting notes at the moment they are created. HMRC's R&D guidance requires contemporaneous evidence of a project taking place, not simply retrospective explanations. An independent timestamp satisfies the contemporaneity requirement in a way that documents created, or modified, after the fact cannot.

Bennett Verby Accountants was prosecuted by HMRC in 2025, in the first criminal prosecution of a UK accountancy firm for R&D tax fraud, with £16M in claims disallowed. Supporting reports had been written retrospectively by staff with no scientific background for clients including unrelated businesses. The question HMRC asked was when the qualifying work happened, not whether the reports were plausible.

Reporting on the progress and completion of grant-funded research activities to funders including UKRI, Innovate UK, NIH, and Horizon Europe.

Timestamp each milestone deliverable and progress report at the moment it is submitted. In a funder audit or investigation, the blockchain record proves the milestone was completed at the time claimed in the report, not that the research was conducted retrospectively to justify claims already submitted.

Northwestern University paid $2.3M (US DOJ, January 2026) for NIH-funded research found to involve falsified and fabricated results. UKRI's governance policy requires institutions to notify it promptly of research misconduct in funded projects. Grant clawback, reputational consequences, and exclusion from future funding are all possible outcomes.

Finalising and depositing research datasets and data management plans at the point of submission to journals, repositories, or REF portfolios.

Timestamp each dataset version at the moment it is finalised and deposited. If a peer reviewer, journal editor, or REF panellist questions whether the data was manipulated after submission, the blockchain record proves the deposited version existed before the submission date, independently of the repository's own metadata.

Retraction Watch recorded over 10,000 global retractions in 2023, three times the rate of a decade earlier. The majority cited concerns about data. A retraction triggers institutional investigation, potential loss of grant funding, and in serious cases, personal professional sanctions for the researchers named on the paper.

Preparing and registering data management plans (DMPs) before commencing funded research projects, as required by UKRI and many other funders.

Timestamp the DMP at the moment it is approved and before data collection starts. In a funder audit, the blockchain record proves the DMP was in place and current at the start of data collection, not compiled retrospectively after a research integrity question was raised.

UKRI's policy requires higher education providers receiving UKRI funding to maintain and demonstrate good research practice. A DMP that cannot prove it existed before data collection began cannot satisfy the contemporaneity requirement of the Concordat to Support Research Integrity.

Pre-registering hypotheses, methodology, and analysis plans on platforms such as OSF or ClinicalTrials.gov before data collection begins.

Timestamp the pre-registration document at the moment it is finalised and before the study commences. Pre-registration platforms issue their own timestamps, but an independent blockchain record provides a second, independently verifiable proof that is not dependent on a single platform's records.

P-hacking and HARKing (Hypothesising After Results are Known) are difficult to detect without contemporaneous proof of the original hypotheses. A pre-registration that cannot prove it preceded the study it describes provides no protection against a misconduct allegation that the hypotheses were formed after seeing the data.

Recording individual contributions to research outputs at the time they are made, using frameworks such as CRediT (Contributor Roles Taxonomy).

Timestamp contribution records at the moment they are agreed and signed off by each contributor. Authorship disputes are one of the most common forms of research misconduct complaint. An independent timestamp of the agreed contribution record at the time of the research, made before submission, provides a contemporaneous basis for resolving disputes without relying on post-hoc claims.

Authorship disputes following publication can lead to corrections, retractions, and formal misconduct investigations. The UK Committee on Research Integrity identified authorship and plagiarism as among the most common types of misconduct reported in 2022/23 and 2023/24. Post-hoc claims about who contributed what, and when, are unresolvable without contemporaneous records.

Conducting and recording research activities before disclosing preliminary findings to commercial partners, spinout investors, or licensing counterparties.

Timestamp research findings at the moment they are established and before any external disclosure. In an IP dispute with a commercial partner, over whether the finding was made independently or based on information the partner disclosed, the blockchain record proves the university's finding existed before the date of the partner's disclosure.

University spinouts and licensing disputes frequently turn on whether a finding was made independently or based on information disclosed by a commercial partner. Without an independent timestamp of the research record, the only evidence is the metadata of files controlled by one of the parties to the dispute.