Every product runs on the same living ledger.
AI results
on real books.
Expert-reviewed production results.
Every AI quality check is logged.
Each quality check records its type, company, and outcome in the production workflow. The measurements come directly from the control stream used to move close-blocking work toward resolution.
METHOD Count of AI quality checks logged in the production control workflow, grouped by check type across active companies. This measures the scale of the control layer. The analysis does not estimate how much any individual check changes book quality.
Expert review changed 10.8% of proposed treatments.
The FY2025 audit log compares each proposed transaction treatment with the treatment recorded after expert review. Across 1.55 million transactions, experts made a substantive change to 10.8%.
Changed treatments moved $72.5 million into deductible expense and $52.0 million out. The median net movement per company was +$4,282 into deductible expense.
METHOD Every FY2025 journal line was reconstructed from the audit log and compared before and after expert review. The analysis separates substantive changes from non-substantive changes; 14.3% changed in any way. The final category is an operating proxy, not an independent audit of correctness.
Review rates vary by industry.
In the FY2025 dataset, substantive re-treatment rates ranged from 15.0% for construction companies to 8.3% for financial-services companies, compared with 10.8% across all companies. This comparison shows where review rates were highest and lowest; it does not establish why they differed.
METHOD Same FY2025 audit-log analysis as M-02, grouped by customer industry. This page shows the highest rate, overall rate, and lowest rate. The methodology paper includes the full table.
METHOD 30-day production retrospective covering 1,486 durable accounting units across 117 packets and 492.49 app-active minutes, compared with matched manual controls. This measures application-action throughput. It does not measure labor cost, autonomy, or outcome quality.
Throughput figures publish once validation completes. The card frame ships now; the numbers ship when they clear.
Selected AI-assisted workflows showed higher in-app throughput.
In a 30-day production retrospective, selected AI-assisted workflows showed 1.28 to 2.06 times the application-action throughput of matched manual work. The analysis is preliminary and validation is in progress.
This metric measures work completed per active minute in the application. It does not measure labor savings, ROI, autonomy, or outcome quality.
Preliminary throughput results, with the limits shown.What these results do not show.
Each result above maps to a documented query, time period, and owner. The cards below show what the current data does not support, along with the evidence required or Uplinq's operating position.
The limits are part of the result.Research behind the results.
These papers document the queries, time periods, sample sizes, and known confounds behind the results.