Application Layer
EBS Is Not Legacy. It Is Running Your Business Tonight
The Reason Upgrades Stall Is the Custom Code Nobody Can Inventory
We extract the custom code
Assessment retrieves every customization from the environment, at both the database and operating system layer, so the inventory is generated rather than remembered.
SOX Changes Auto-Detected
Changes to menus, functions, and responsibilities across two instances are identified with tooling rather than manual comparison, which is what removes the post-configuration validation bottleneck.
Reusable assets, not blank pages
Delta training, test cases categorized by module and type, and battle-tested automation practices carry from engagement to engagement, so your program starts from something rather than nothing.
Advise
Advisory
Build
Implementation
Migrate
Migration
Run
Managed Services
Extend
Custom Development
Optimize
FinOps
What we deliver across the EBS estate
Upgrade
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Current-state & code assessment
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SOX & role changes
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Impact analysis
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Training & test assets
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Automated testing
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Cutover & rollback
Re-platform
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EBS on OCI
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Exadata & Cloud@Customer
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EBS on Azure, AWS & GCP
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Data center migration
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HA/DR design
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Performance optimization
Extend
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EBS customizations
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SOA & API integration
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Reporting & BI
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RPA automation
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Mobile extensions
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Interface remediation
Sustain
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Functional, technical & DBA support
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L1-L3 support
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Patching & maintenance
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RCA & knowledge base
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Break-fix support
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Continuous improvement
The honest version
Not Every EBS Estate Should Move to Fusion
The default advice in this market is to migrate, because migration is the larger engagement. That advice is often wrong. EBS estates with deep customization serving a stable process can be the right answer for years, particularly where the Fusion equivalent would mean re-engineering a process that works.
What is never right is deferring the decision by default. We run the assessment, model the options including staying, and let the numbers argue.
Three viable paths
- Upgrade and stay, with the estate modernized where it runs
- Re-platform to cloud, keeping EBS and changing only the infrastructure
- Migrate to Fusion, phased by module rather than as a single event
- A hybrid, with some modules on Fusion and the rest staying on EBS
- Each modeled with cost, disruption, and risk before anyone commits
The assessment is the deliverable, not the recommendation we wanted to sell
How an EBS program runs here
Assess
Custom code extraction, SOX change identification, module impact analysis, and an options model with cost and disruption per path.
Prepare
Environment build, delta training materials, test case libraries by module and type, and automation configured against your instance.
Execute
Iterative test cycles, defect resolution, cutover rehearsal, and a rollback position maintained throughout.
Sustain
Hypercare, then managed services under defined service levels with an L1 to L3 escalation framework.
Find out what is actually in your EBS estate
What you walk away with
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Complete custom code inventory, generated not estimated
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SOX, menu, function, and responsibility change analysis
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Module-level impact assessment
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Options model covering upgrade, re-platform, migrate, and hybrid
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Cost, disruption, and risk per option
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Recommended path with a committable schedule
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