Real scan mode  ·  Files processed entirely in your browser.  ·  Nothing transmitted  ·  Results persist in your browser session — auto-delete in 48 hours
Real Scan · In-Browser Pod License Details ← Back
◈  In-Browser Processing
Your file never leaves your machine.
The diagnostic runs entirely in your browser. Open DevTools (F12 → Network tab) before clicking upload — you'll see zero outbound traffic carrying file content. Only a SHA-256 hash is computed locally for workpaper provenance.
🗑️  Retention
Results stay in your browser session — auto-delete in 48 hours.
Scan results persist locally in your browser session and auto-delete within 48 hours. Nothing is stored on our servers — there's nothing to delete server-side. A Data Processing Log documenting the deletion schedule is included in your artifact set for workpaper compliance.
🔍  Structural Only
Structure, not substance.
The diagnostic evaluates structural integrity only. Entity labels are harmonized for comparison; numeric values are never inferred or altered. No tax advice, nexus determinations, or filing recommendations. Professional judgment remains with your firm.
Run the diagnostic on your own exports

Upload a recent export.
90 seconds. Six artifacts. Workpaper-ready.

Apportionment schedule, provision export, multi-entity rollup — any export from CCH Axcess, GoSystem RS, ONESOURCE, or Corptax. The diagnostic runs a 17-point structural check (CF-01 through CF-17) on your real data, entirely in your browser.

Most firms don't know the answer to this until they run it on their own files.
Drop your export here, or click to browse
.xlsx, .xls, .csv — up to 50 MB. Multiple files supported.
CCH Axcess  ·  GoSystem RS  ·  ONESOURCE  ·  Corptax  ·  raw Excel exports
Processing time
~90 seconds per file. Runs entirely in your browser. Larger files (10K+ rows) may take up to 2 minutes.
What you receive
Six workpaper-ready artifacts per scan — the same artifact set you saw in the demo, with your data instead of synthetic.
Where the file goes
Nowhere. Processed in-memory. No upload to our servers. SHA-256 hash computed locally for workpaper provenance only.
This is what your team will actually review before sign-off:
What each scan produces

The same results experience you saw in the demo — with your real export data.

This doesn't add review time — it replaces unstructured review time with a documented check.
If your files are clean, you still get the audit trail.
A clean Export Exception Summary attached to an engagement workpaper is documented evidence that structural validation was performed before sign-off. Whether findings exist or not, that documentation didn't exist before. In a state exam, that's the difference between 'we reviewed it' and 'we can prove what was checked.' If this isn't something your team would attach to an engagement workpaper before sign-off, you don't pay.
Need IT review before uploading?
Architecture memo available for InfoSec teams.
In-browser processing architecture, SHA-256 provenance methodology, $3M E&O / $1M Cyber insurance documentation. Forward to your IT security team — no upload required to download.
↓ Download Architecture Memo
Analyzing your export…
Processing in your browser · nothing transmitted
0% analyzed
Parsing file structure and schema
PII scan — SSN, EIN, address pattern detection
Detecting software export format fingerprint
CF-15 — Factor arithmetic re-derivation
CF-01, CF-05, CF-07 — Sign consistency analysis
CF-02, CF-03, CF-04 — Temporal, jurisdiction, currency
CF-06, CF-08, CF-09 — Whitespace, IC elimination, NOL
CF-10 through CF-14 — Schema, duplicates, completeness
Computing Data Consistency Score · generating artifacts
📄 your_export.xlsx Diagnostic ID: DIAG-—
◆ Key question — CF-15 Factor Re-derivation
Can this build be re-derived
from the exported components?
This diagnostic does not determine whether the factor is correct.
It determines whether the factor can be proven from the export.
📋
CF-15 · Summary
Score
Critical
Flagged
Convention
Remediation
Exceptions
Structural conditions identified — review required before sign-off.
Findings documented below. Numeric values were not modified — repairs are structural only. Attach Export Exception Summary to the engagement workpaper file.
File 
Diagnostic ID 
Rows 
SHA-256 
Auto-delete 48h
/ 100
Structural Reliability Score · 4 Dimensions
Measures structural consistency of the export — not tax position accuracy.
⚠ EXCEPTIONS IDENTIFIED — PARTNER REVIEW REQUIRED
— critical · — flagged · — convention
Structural
Calculation
Jurisdiction
Compliance
Rows scanned
Total findings
Critical
Flagged
Convention
Classification
Remediation tier
Checks runCF-01 through CF-17
View as: All findings · full detail · resolution status per item
Partner View — Consequence Summary
Structural diagnostic complete
What this means for this file
On this file — right now
The gap this diagnostic documents
Whether findings exist or not, you now have a documented Export Exception Summary showing that structural validation was performed before sign-off. A clean result isn't nothing. It's workpaper evidence that the check ran — the audit trail that didn't exist before.
Repair Ledger
Values No numeric values modified. All original values traceable to source. ✓ Untouched — provenance preserved
Validation Workpaper Note — Copy / Paste Ready
Structural diagnostic performed. Diagnostic ID: —. SHA-256: —. No PII retained. In-browser processing — zero server transmission.
Paste into CaseWare, SharePoint, or CCH binder. Attach Export Exception Summary PDF for full documentation.
Preparer Attestation — Workpaper Sign-Off
Reviewed By
 
Date
 
Title / Role
 
Engagement
 
Structural screening only — not a tax opinion. This report identifies data format and consistency conditions; it does not evaluate the correctness of reported amounts or tax positions. CF-15 cause codes are diagnostic classifications requiring human verification at source — not determinations of preparer error or tax position. Professional judgment remains with your firm on all findings.
Forward this internally

Want to show a colleague? Forward an anonymized version.

Generate an anonymized version of your Export Exception Summary — entity names blanked, dollar values scaled — and forward it from your own email. Zero client-identifying data. Safe to share firm-wide. The diagnostic runs in-browser so the same check is available to any colleague immediately.

↓ Anonymized Export Exception Summary
Generate a peer-shareable PDF.
Same structure as your full Export Exception Summary. All entity-identifying data redacted. Numeric values scaled. CF findings, score, and grade preserved.
Redacted: entity names → "Entity 1, Entity 2…" · dollar values → scaled to nearest $10K · client identifiers removed · CF codes and score preserved.
📧 Email — peer review framing
Subject: Ran this on a QSSS return — caught something I wouldn't have seen in review [Colleague], I ran one of our recent QSSS multi-entity exports through a structural diagnostic — the kind of pre-sign-off check that goes a layer deeper than standard review. It runs a 17-point structural diagnostic (CF-01 through CF-17) — factor arithmetic, sign consistency, entity integrity, jurisdiction codes, consolidation conventions, and more. What it caught: sign-inverted factors on QSSS subsidiary rows that looked like errors but were actually expected platform export behavior. Classified as CONVENTION_DOCUMENTED with workpaper notes pre-populated. Attaching an anonymized version of the output. No client data. The check itself runs in-browser — no IT approval, no upload: financeocr.com/verify [Your name]
Best for: SALT seniors, fellow partners, the tax director who would approve adoption firm-wide.
💬 Slack / Teams — quick share
Ran a QSSS multi-entity export through a structural diagnostic — 17-point structural check (CF-01 through CF-17). It caught sign-inverted QSSS subsidiary rows that standard review wouldn't flag. Classified as CONVENTION_DOCUMENTED with workpaper notes pre-populated. Anonymized output attached — no client data. Browser-only, no upload: financeocr.com/verify
Best for: Internal Slack/Teams channels, quick FYI to a colleague.
After your scan

Run 3–5 exports to build a full picture before engaging a Pod License.

One scan shows whether the diagnostic surfaces conditions on your real files. Three to five scans across different engagements gives you a representative sample to bring to your SALT director. If no critical findings and no material exceptions surface across the files you test — you have documented evidence that structural validation was performed. That's the deliverable either way.