Runs 100% on your device · No API keys · No data leaves your browser
🔒 100% On-Device📡 Works Offline🆓 No API Keys⚖️ SOX ITGC Workpaper📋 SOC Report AI⚔️ SOD Detection⚡ SAP ABAP Scanner🔀 10+ Swappable Models✦ Transparent Reasoning📄 Compliance PDF Export⚔️ AI Red Team Audit
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SOC Reports
Understand SOC 1, SOC 2, CUECs, exceptions and auditor opinions
SAP, Oracle, D365 rulesets — conflicts, risks and remediation
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Frameworks
COSO, COBIT 2019, ISO 27001, NIST CSF 2.0, SOX §404
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Audit Exceptions
How to respond, assess risk, and document compensating controls
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Cloud Controls
AWS, Azure, GCP shared responsibility and cloud-native controls
PCAOB explained
Bridging letters
ITGC → COBIT mapping
SOX §302 vs §404
Select a model above and click ⚡ Load to start chatting.
Two independent answers per prompt — compare and choose
📝 AI Document Analyzer
PCAOB & ISAMulti-File Deep AnalysisOn-Device
Upload one or more SOC reports, policies, or procedures (PDF · DOCX · TXT · CSV · XLSX).
Summarize them, or run a deep standards analysis that maps controls, exceptions and gaps
against PCAOB auditing standards and IAASB ISA requirements — all on your device.
1 — Upload Documents (optional — or paste below)
📂Drop files or click — multiple supportedSOC reports · Policies · PDF · DOCX · TXT · CSV · XLSX
Document Type
Output Format ✨ Premium
Paste Text (or rely on uploaded files above)
🔬 2 — Deep Standards Analysis
Map the uploaded document(s) against professional standards. The AI assesses control design, testing coverage,
exceptions, complementary user-entity controls (CUECs) and gaps — and cites the specific standard paragraphs.
Standards to assess against (select any)
⚖️ PCAOB — AS 2201 · 2110 · 1215
🌐 IAASB ISA — 315 · 330 · 402 · 500
🛡️ SOC / SSAE 18 · ISAE 3402
🏛️ COSO 2013
Analysis Focus
Tip: for multi-document, long-context analysis, load GrcAI Max (Llama 3.1 8B) or
GrcAI Pro (Phi-3.5) above for best results.
Complete the form below. Generates a scored risk report with CVSS/FAIR likelihood-impact matrix, findings, and COSO/COBIT/NIST compliance mapping.
📄 Asset Details
Asset Name *
Asset Type *
⚠️ Threat & Vulnerability
Threat Description *
Vulnerability *
Existing Controls (optional)
🔴 Impact Classification
Business Impact *
Data Classification *
Users / Systems Affected *
🏗️ IT Application Risk Profile
Click a level for each of the 15 factors below. This drives the likelihood score.
◇ Not Evaluated (0/15 factors)
📋 Notes / Rationale
Live Risk Score
--
/25
--
Complete fields to calculate
🎨 Image Generation
Describe any image and GrcAI will generate it — landscapes, diagrams, abstract art, GRC visuals, and more. Works in any browser, no API keys.
Image Prompt
ERP & System Screens — ITGC Evidence
🔵 SAP SUIM
🔵 SAP SM20 Audit
🔵 SAP SM19 Config
🔵 SAP SU01 User
🔵 SAP SE16 Table
🔵 SAP GRC SOD
🔴 Oracle EBS
🟦 D365 Users
🪟 Windows Events
🐧 Linux Terminal
☁️ Azure DevOps
🗄️ SQL Server
🔴 Oracle DB
General Images
🎯 Risk Matrix
🌄 Sunset
🌌 Space
🌃 City
🔗 Network
🎨 Abstract
Mode:
Generating…
OR analyze an existing image
🔍 Image → Data Extraction & Vision No GPU NeededAny Browser100% On-Device
Upload any image and Extract Data from Image — pick an extraction mode (Invoice, Audit evidence, SAP/Access log, Ticket, Table→JSON, Key–Value) and GrcAI reads the text and pulls out structured fields with a Trust Layer (OCR confidence %, low-read warnings, time taken) — deterministic, so it never hallucinates. 100% on-device: the image never leaves your browser. Or load GrcAI Vision Lite to ask questions about an image.
📁
Click to upload or drag & drop
PNG · JPG · GIF · WEBP
Vision prompt (optional)
Extraction mode — what to pull out
Language — of the text in the image
📊 Data Analysis SOX ITGC WorkpaperPCAOB Sampling
Upload ServiceNow / JIRA ticket exports to auto-generate SOX ITGC workpapers with PCAOB statistical sampling. Also supports CSV, JSON, XLSX, TXT, PDF for general analysis.
Upload Files
📂Drop files or click — multiple supportedCSV · JSON · XLSX · TXT · PDF
✅ Ticket data detectedSOX ITGC analysis available — enter population below
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SOX ITGC Analysis — PCAOB Statistical Sampling
Validates every ticket, determines sample adequacy, generates SOX documentation with exception detail
Total User Population *
Total requests/users for the period — not just the uploaded sample. Used for PCAOB sample size calculation.
💡 Best for code:— purpose-built for code, never stalls on reasoning. Reasoning models (Ultra/Ultra+) can be slow here.
▶ Run & Test
stdin / test input:
Click ▶ Run Code to compile and execute.
Ready
🔍 Review & Debug Code
🖼 Long program? Select all screenshots at once (in page order) — or upload a Word/PowerPoint document and every embedded screenshot is extracted in document order. Everything is read on-device, stitched in order, and repeated lines from scrolling are removed automatically.
Error / Stack Trace
⚠️ Potential Credential Leaks Detected
Never hardcode secrets. Use environment variables or a secrets manager.
▶ Run & Test
stdin / test input:
Click ▶ Run Code to compile and execute.
Ready
⚡
SAP Dev · Security & Compliance AI
SAP-Native RulesSOX · SOD · ITGCOn-Device
ABAP · Fiori/UI5 · BTP · HANA SQL · Integration Suite — authority checks, SOD conflicts, hardcoded credentials
SAP Technology — auto-detected, change to override
🖼 SE38 / SE80 program longer than one screen? Select all screenshots at once (in page order), or upload a Word document containing them — every embedded image is extracted in document order. Read on-device, stitched in order, repeated lines removed, and SAP GUI status-bar text after the final ENDFORM. / ENDMETHOD. stripped.
Use SAP Credential Store (BTP), ABAP Secure Storage (SSF), or environment variables. Never hardcode credentials in source code.
SAP Note Number
Looks up your team's own SAP Note library — built for the notes SAP for Me fails to surface. Don't have this note yet?
Add a Note to the Library
Paste the text exactly as you see it in your own SAP Support Portal / SNOTE transaction — you must already have legitimate access to this note through your organization's S-user.
Note Number *
Component
Title *
Category
Priority
Released On
Note Version
Valid For / Software Component
Keywords
Symptom
Cause
Solution
Scan Results
▶ Run & Test
stdin / test input:
Click ▶ Run Code to compile and execute.
Ready
📄
Enter a SAP Note number on the left to pull it from your team's library. If SAP for Me isn't showing a note you know you have access to, add it once here and it'll be downloadable for your whole team from then on.
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Power BI Dashboard Generator
On-DeviceExport Ready
Upload CSV / XLSX / JSON → AI generates insights, KPI cards & charts → export Power Query M code, DAX measures & clean CSV directly into Power BI Desktop
Upload Data Files — multiple files supported for joining tables
Dashboard Focus (optional — leave blank for auto-analysis)
✦
AI Insights & Recommendations
▼
M
Power Query M Code
Paste into Power BI Advanced Editor▼
fx
DAX Measures
Paste into Power BI: Home → New Measure▼
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Export Power BI Package
In Power BI Desktop: Home → Get Data → Text/CSV → select downloaded CSV → then paste M code in Advanced Editor to apply transformations.
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Upload data to generate your dashboard
The AI will create KPI cards, bar charts, trend lines and pie charts then generate ready-to-paste Power Query M code and DAX measures
⚔️ Audit Prep
AI Red Team7 FrameworksUnique to GrcAI
The AI impersonates a Big 4 external auditor and stress-tests your control before real auditors do.
Surfaces deficiency risks, missing evidence, and a hardening roadmap — no other AI assistant offers this.
⚡
1 — Select Compliance Framework
SOX §404
SOC 2
ISO 27001
NIST CSF
COBIT 2019
GDPR
PCI DSS
2 — Auditor Perspective
⚔️ External Auditor
🔍 Internal Auditor
⚖️ Regulator
3 — Describe Your Control, Policy, or Process
📂 Workpaper Autopilot
AI Audit ManagerToD + ToEUnique to GrcAI🏷 build 2026-07-08.6
Describe one control — the AI performs a senior manager's planning-stage work:
a PBC evidence-request list, separate ToD and ToE procedures with
audit reasoning & pass/fail decision rules, an
evidence-traceability matrix, contradiction detection,
honest planning-confidence scoring, and a
PCAOB inspection-readiness check. Conclusions stay
⏳ pending until evidence is evaluated — the workpaper never claims testing it hasn't done.
1 — Compliance Framework
SOX §404
SOC 2
ISO 27001
NIST CSF
COBIT 2019
ITGC
PCI DSS
2 — Control Frequency
3 — Testing Phase
🔬 Both
📐 Design
⚙️ Operating
4 — Describe the Control to Test
Stage 2 — Fieldwork · Execute the Plan Against Evidence
Upload the PBC evidence the plan requested (approval emails, access-review extracts, tickets,
screenshots — PDF, scanned PDF, images or text). The AI executes each TD#/OE# step against the
evidence using the pre-defined pass/fail criteria, cites the file behind every observation, and
only concludes where the evidence supports it — gaps stay ⏳ Pending. All processing stays on-device.
You found an exception in testing — now what? The AI classifies its severity
(deficiency / significant deficiency / material weakness), reasons through root cause,
drafts the finding in Condition–Criteria–Cause–Effect–Recommendation form, and proposes
remediation, compensating controls, a management-response template and the ICFR aggregation impact.
The finding write-up a senior spends an afternoon on — in seconds.
1 — Compliance Framework
SOX §404
SOC 2
ISO 27001
NIST CSF
COBIT 2019
ITGC
Internal Audit
2 — Quantify the Deviation (optional — sharpens the severity call)
3 — Control Being Tested
4 — What Went Wrong (the exception you observed)
🛡️ AI Segregation-of-Duties Analysis
100+ Rule EngineSAP & OracleTransactional Conflict AI
Upload your ERP security extracts. Your private backend runs a secure server-side rule engine
(198 licensed SOD rules across SAP, Oracle EBS R12 and Oracle Cloud) to find
access-level conflicts — the rule book and matching logic stay on the server and are never exposed
to the browser. Your extracts are parsed in the page into a user→entitlement map, evaluated in memory on the server
(not stored), and only the violations are returned. The on-device LLM then writes the risk narrative & remediation.
Finally, upload your transaction/change logs to confirm which access conflicts became real transactional
violations — same vendor created and paid, same document posted and approved, etc.
1 — Select ERP System
🟦 SAP ECC / S&4HANA
🟥 Oracle EBS R12
🟧 Oracle Cloud (Fusion)
2 — Upload SAP Security Extracts (CSV / TXT — comma, semicolon, tab or pipe delimited)
The SOD rule engine is deterministic and runs securely on your private backend — the proprietary rule book is
never sent to the browser. Loading an AI model (above) adds an executive risk narrative & remediation plan
on top of the detected conflicts.
3 — Transactional Conflict Analysis (Optional but Recommended)
Access conflicts above show who could violate SOD. Upload transaction / change logs to prove who
actually executed both sides of a conflict — and whether they touched the
same vendor, customer, or document. These are your true audit findings.
📜 Change Docs (CDHDR/CDPOS)
User actions — user, t-code, object, date
No file
🧾 Document Log (BKPF / RBKP)
Postings — user, t-code, vendor/doc, amount
No file
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NextGen GRCLOCAL LLM
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Your AI-Powered GRC Assistant
Runs 100% in your browser — no data leaves your device.
Sign up once, use everywhere on NextGen GRC.
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Chat with an on-device LLM about SOC, ITGC, SOD, and more
📝
Summarize SOC reports and audit findings instantly
🎯
Generate scored IT risk assessments with compliance mapping
💻
Review, debug and generate ABAP, Python, SQL and more
🔒
Everything stays private — zero API calls, zero data sent out
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