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AI-Assisted Document QA

Find potential numerical inconsistencies before they become expensive mistakes.

AI-assisted quality review for scientific documents. SciVerify flags potential numerical, statistical and cross-document inconsistencies, links them to the relevant evidence and helps experts focus their review before client delivery.

Upload a PDF or DOCX and receive a structured, evidence-linked QA report highlighting potential inconsistencies, ambiguities and areas requiring expert review.

The Problem

Cross-checking a whole document by hand does not scale.

Scientific teams should not have to manually cross-check every number, label, reference and quantitative statement across a complex document. SciVerify helps identify where reported information may be inconsistent, incomplete or unclear.

By the time a reviewer, regulator or client finds the discrepancy, correcting it is expensive: revision cycles, delayed submissions, damaged credibility.

  • Values that disagree across abstract, text, tables and figures
  • p-values, confidence intervals and percentages reported inconsistently
  • Sample-size and outcome totals that differ between sections
  • Group labels or terminology used in one section but never defined in another
  • Claims that appear broader than the results they cite
Product Demo

Watch a screening run, end to end

A document goes in; a structured, evidence-linked report comes out. Each flag points to the conflicting evidence and to the section a qualified reviewer should inspect.

1 min 48 s · screen recording, no audio

How It Works

From document to evidence-linked findings

SciVerify turns a document into a structured review. It does not reproduce the underlying scientific or statistical analysis — it compares what the document reports against what it reports elsewhere.

01

Extract

Read available document text, tables, labels, captions and references.

02

Map

Build a semantic map linking methods, groups, procedures, results, figures, tables and conclusions.

03

Cross-check

Compare identities, terminology, values, schedules and claims across related document locations.

04

Prioritise

Rank potential issues by likely impact on execution, interpretation and client confidence.

05

Explain

Show the conflicting or incomplete evidence, state uncertainty and recommend what a reviewer should inspect.

What SciVerify Checks

Consistency and traceability across the whole document

Not a style pass. A comparison pass — every flag traced back to the evidence behind it.

σ

p-values & test descriptions

Flags inconsistent p-values, test names, thresholds or supporting context reported across the document.

%

Percentages & sample sizes

Compares reported counts, percentages and totals across sections and identifies discrepancies or missing explanations.

±

Confidence intervals & effect sizes

Cross-checks whether these values are reported consistently, and with enough context to be interpreted.

Internal consistency

Compares names, groups, routes, formulations, concentrations, dose descriptions, timing, measurements and terminology across relevant locations.

Text, tables & figures

Detects mismatched labels, values, captions, group identities, schedules and references across formats.

Abstract & conclusions

Highlights claims that appear broader, stronger or less qualified than the results described elsewhere in the document.

Coverage qualifier. These checks apply where sufficient readable evidence is available in the document. Scanned PDFs, image-based tables, obscured content and incomplete source material limit what can be extracted and compared.

Why SciVerify Is Different

One narrow question, answered with evidence

Does information reported in one part of the document appear consistent with the related information reported elsewhere? SciVerify is built around that question — not around a broad promise to validate the science.

Fewer, better-supported alerts

Scientific users do not need hundreds of uncertain AI suggestions. Each flag shows the conflicting evidence, where it sits in the document, and how confident the system is.

Assisted, not autonomous

SciVerify does not decide whether the science is correct. It shows experts where the document may not be internally consistent, and what should be reviewed before delivery.

Prioritised by impact

Potential issues are ranked by likely effect on execution, interpretation and client confidence, so limited review time goes where it changes the outcome.

Recommended workflow:
Write Automated QA Screening Expert Review Resolve Submit

Who It's For

Where document inconsistencies already cost money

The strongest early users are teams where a discrepancy found late carries a measurable price.

🧬

Biotech & Pharma

Protocols, study reports and regulatory documents

📝

CROs & Medical Writing

High document volume, tight delivery deadlines

📊

Statistical Consulting

A consistency screen before results leave the team

📚

Publishers & Editing Services

Screening submissions before peer review

🔬

Research Organisations

Protecting credibility across every publication

Methodology & Scope

SciVerify is a document QA and consistency-screening tool. It flags potential issues for expert review and does not independently establish scientific validity, recalculate statistical analyses or replace statistical, regulatory or scientific sign-off. Coverage depends on document quality and the availability of readable supporting information.

Check the numbers before someone else does.

SciVerify provides evidence-linked QA screening that makes expert review faster, more focused and better evidenced — it supports your approval process rather than replacing it. Adoption is simple: upload the document, receive the report.

Or write to us directly at sales@collectim.tech