- Dashboard
- CEMLI-X Inventory
- Impact Analysis
- Retrofit
- Test Scripts
- Approvals
- Reports
| CEMLI-X Name | Module | Risk | Status |
|---|---|---|---|
| XX_AR_INVOICE_PKG | AR | High | Retrofit Suggested |
| XX_AP_BATCH_TRG | AP | Medium | Under Review |
| XX_GL_REPORT | GL | Low | Approved |
| XX_PO_VALIDATION | PO | High | In Progress |
| XX_INV_INTERFACE | INV | Medium | AI Analysis Complete |
Compatible with target release · Changes highlighted→
AI-powered CEMLI-X retrofit accelerator
Upgrade with confidence
Faster, safer, smarter Oracle EBS upgrades. Identify the impact, prioritize the effort and generate retrofit-ready code and test scripts — with humans in control.
- Reduce Upgrade Effort
- Lower Upgrade Risk
- Improve Quality & Consistency
- Accelerate Time to Value
- Less manual effort
- 60–80%
- Less manual effort
- Faster impact analysis
- 70%
- Faster impact analysis
- Process
- 5 Steps
- Ingest to approval
- Review
- Human-Led
- Every AI artifact reviewed
The CIO Challenge
On every Oracle EBS upgrade, the unknown is not the standard product — it is the custom code built around it.
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Upgrade risk hides in custom code
Every CEMLI-X must be re-validated against cumulative Oracle release changes — and nobody is certain which ones actually break.
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Manual analysis is slow and inconsistent
Engineers read patch READMEs and cross-check code line by line, so coverage depends on who did the review.
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Issues are discovered late
During SIT, UAT, cutover or even in production — leading to rework, schedule slips and higher costs.
How CEMLI-X Helps
CEMLI-X reads your customizations against the Oracle release change feed, then does the analysis, retrofit and test drafting your engineers would otherwise do by hand.
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AI-Powered Impact Analysis
Detects references to changed Oracle objects using advanced static code analysis and AI.
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Retrofit Recommendations
Creates draft retrofitted code for the target release, with every change marked inline.
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Automated Test Scripts
Produces developer regression tests and business-readable UAT scripts alongside the code.
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Human in Control
All AI-generated artifacts go through structured review and approval workflows before sign-off.
How It Works
Five steps from inventory to sign-off. The AI does the reading and the drafting; your engineers keep the decisions.
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Ingest
Upload your CEMLI-X inventory and the Oracle release change feed (JSON).
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Scan
Identify impacted objects using static code analysis across the inventory.
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Assess
AI generates risk ratings and plain-language impact explanations.
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Generate
Create retrofitted code, developer test scripts and UAT scripts.
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Review & Approve
Engineers and QA review, edit and approve every artifact before sign-off.
Business benefits
The value shows up in the operating rhythm of the business, not just in IT.
- 60–80% less manual retrofit effort*
- Faster upgrade cycles
- Lower risk at cutover
- Higher quality and consistency
- Humans stay in control
* Illustrative estimate. Actual savings depend on CEMLI-X inventory size, code complexity and change-feed quality.
Proven case 01
Global Manufacturing Company
A large CEMLI-X estate assessed against the target release before the upgrade window opened, instead of during SIT.
- 70%faster impact analysis across the CEMLI-X inventorySignificant reduction in upgrade effort
- Improved upgrade quality and predictability
Proven case 02
Global Financial Services Company
Risk ratings and retrofit drafts produced consistently across teams, with every artifact carrying a reviewer and an approval record.
- 60–80%less manual effort on retrofit and testing*Consistent and accurate risk assessment
- Faster upgrade cycles with better control
Coverage
Oracle ERP Modules Supported
CEMLI-X coverage across the modules where custom code actually accumulates.
- Accounts Payable
- Inventory
- Accounts Receivable
- Projects
- General Ledger
- HRMS
- Manufacturing
- Fixed Assets
- Procurement