A report you can inspect
The audit report makes the verdict reviewable rather than opaque. A reviewer can follow a number or assertion back to the source file, row, field, calculation, or deliverable location wherever that evidence is available.
Energent Audit independently recomputes numbers, traces claims to their source, and flags unsupported or inconsistent work before an AI-generated deliverable reaches the user.
Trusted by 100k+ companies across the globe.
Energent Audit is an independent AI auditor: a second agent, separate from the agent that performed the work, that checks deliverables against original source documents. It recomputes figures, verifies supporting evidence, identifies missing or inconsistent records, corrects errors where possible, and returns pass, partial, or fail findings with an evidence trail. For teams working with spreadsheets, PDFs, CAD, scans, G-code, and complex documents, the goal is to replace blanket manual checking with focused review of what the audit flags. This is the foundation of source-grounded audit trails that can be reviewed and reproduced.
The same verification pattern applies across finance, operations, procurement, research, analytics, engineering, and other high-stakes workflows.
The audit report makes the verdict reviewable rather than opaque. A reviewer can follow a number or assertion back to the source file, row, field, calculation, or deliverable location wherever that evidence is available.
Energent supports more than 150 file types, including CAD, scans, G-code, InDesign, BOMs, PDFs, XLSX, and DOCX. This allows the audit to examine the source material and the generated deliverable together instead of treating the final answer as a standalone text response.
For financial work, the auditor checks denominators, periods, reconciliations, and derived claims. Teams can pair this with financial audit verification when outputs include budgets, vendor spend, revenue diagnostics, or ratio analysis.
A fail is useful when it explains what went wrong. In one RTL Excel dashboard audit, two checks passed and two failed because the index column was misplaced and charts omitted the final data row.
Stop reviewing everything. Review the rows, claims, and deliverables that are flagged instead of acting as your AI’s permanent quality-control layer.
Surface errors the same day. Move from discovering errors a month or two later to seeing findings during the delivery workflow.
Trace every important number. Follow figures to source files, rows, fields, and references where the evidence supports that level of detail.
Separate facts from assumptions. Identify unsupported growth rates, missing fields, mismatched periods, and causal claims that the data cannot establish.
Make corrections reusable. Turn recurring corrections into persistent workflows and audit rules over time.
Deliver reviewable outputs. Produce stakeholder-ready results with clear findings, evidence, and an overall verdict.
An AI agent creates a report, spreadsheet, analysis, or other deliverable from source material.
What you see: the original AI-generated output and its source files.
A separate audit agent recomputes numbers, traces claims, and checks completeness, structure, and consistency.
What you see: evidence links, calculations, exceptions, and corrections.
The audit returns pass, partial, or fail findings with supported corrections and evidence attached.
What you see: a defensible report ready for focused human review.
These examples show the kinds of checks the audit can perform across finance, operations, analytics, and market research. The figures below are reported findings from the supplied audit outputs.
| Measure | July | August |
|---|---|---|
| Gross revenue | $83.3k | $84.8k |
| Conversion rate | 6.75% | 7.13% |
| Net revenue | $80.0k | $77.0k |
| Refunds | $3.2k | $7.8k |
The audit also found 11,801 sessions without source and campaign tags, identified 5,726 direct type-ins, and noted refunds for The Original Mr. Fuzzy rising from 42 units to 132 units.
The audit confirmed baselines, assumptions, formulas, a 13-week workplan, and explicit flags for missing kickoff-deck, SOW, and savings-workbook inputs.
| Q1 spend | $1,284,500 |
| Source invoice rows | 412 |
| Q4 total | $1,147,000 |
| Correct Q1 increase | 12.0% |
| Top vendor | Acme Logistics |
The audit corrected an incorrectly stated 18% increase and marked a roughly 30% software-spend growth claim unsupported because no comparable prior-quarter software figure existed.
The failed checks found the Continent index in Column B rather than Column A and charts referencing rows 3–6 even though the table extended through row 7.
Verify adopted, estimated, and actual budgets, including denominator-sensitive variance claims. Use budget planning analysis when a generated output needs a second calculation pass.
Check margins, debt-to-equity, net debt, P/E, P/B, P/S, and limitations caused by missing assets or back-solved values. This supports balance-sheet analysis with explicit methodological disclosure.
Test whether line items align with totals, whether source rows reconcile, and whether unsupported claims are removed. These checks are useful for reconciliation workflows.
Review operational records for missing, duplicated, or inconsistent fields and distinguish data-quality issues from legitimate unattributed records. Teams can apply the same evidence discipline to inventory turnover analysis.
Verify that national proxy signals are not presented as direct evidence of local demand or adoption. For financial-market outputs, the audit can support market volatility monitoring with traceable sources.
Source-grounded checks can be applied to technical drawings, CAD files, BOMs, and analytical reports, including commodity fundamentals analysis where claims must remain tied to the supplied evidence.
“I had spreadsheets with more than 45K items and Energent AI was the only tool that was able to sort through everything.”
“Using Energent.ai to build complex Power Query solutions has been extremely effective and honestly, works significantly better for this use case than Gemini and ChatGPT.”
| Decision factor | Energent Audit | Manual review | AI-only delivery |
|---|---|---|---|
| Independent second check | Yes, separate audit agent | Human-dependent | No separate auditor described |
| Number verification | Recomputes from source data | Reviewer performs checks | Original generation only |
| Evidence trail | Source file, row, field, and reference where available | Depends on documentation | Not inherent to the output |
| Verdict format | Pass, partial, or fail with findings | Varies by reviewer | Usually no audit verdict |
| Workflow learning | Corrections can become reusable audit rules | Often dependent on individual memory | No independent correction layer |
Energent Audit is designed for teams that need rigorous, auditable results from generative AI and automation. It checks numbers, assertions, supporting evidence, completeness, and internal consistency before delivery. The supplied use cases include finance, procurement, operations, engineering, research, market analysis, and complex document workflows. It can audit another AI agent’s work rather than only checking Energent-generated outputs. Suitability still depends on the files, rules, and review requirements of the specific workflow.
First, an AI agent produces a deliverable from source files. A separate audit agent then recomputes figures, traces claims to source files, rows, fields, and references where possible, and checks structural and logical requirements. Unsupported, incorrect, incomplete, duplicated, or inconsistent findings are flagged. Corrections can be provided where the evidence supports them. The final result is organized into pass, partial, or fail findings with an overall verdict and evidence trail.
Energent states that it supports more than 150 file types. Examples provided include CAD, scans, G-code, InDesign, BOMs, PDFs, XLSX, and DOCX. The audit is intended to compare source material with generated deliverables across high-volume enterprise workflows. The supplied information does not specify a complete connector catalog or a guaranteed integration for every external system. Teams should confirm the exact formats and workflow requirements for their implementation.
Yes, the audit principles explicitly require unsupported growth rates and causal claims to be removed or clearly labeled. It also checks whether derived percentages use the correct denominator and comparable periods. In the vendor-spend example, the audit corrected a 12.0% quarter-over-quarter increase that had been reported as 18%. In the Saudi market example, it separated national proxy signals from direct evidence of demand in a particular locality. The audit does not silently infer missing source fields.
Energent positions the platform as providing enterprise-grade privacy and security. Its target customers include enterprise teams handling high-stakes analysis and complex source documents. The available information does not list specific certifications, retention periods, hosting regions, or contractual controls. Those details should be confirmed directly through the company’s security materials or sales process. The audit’s evidence trail is intended to make outputs reviewable without treating the result as an unexplained black box.
The supplied information does not state a standard onboarding duration. Energent describes natural-language prompts, reusable workflows, and audit rules that can learn from repeating jobs over time. The practical setup effort will depend on the source formats, volume, verification rules, and required stakeholder output. A team can begin by defining one repeatable deliverable and its source evidence requirements. For a workflow-specific estimate, the available next step is to start in the product or book a demo.
Run an independent audit, trace the evidence, and review what actually needs your attention.