Modernize Oracle Across Every Hyperscaler with Confidence
Move Oracle databases to OCI, AWS, Azure or Google Cloud without rewriting applications. DMAP AI automates discovery, upgrades, replication, validation and cutover—preserving Oracle capability while reducing downtime, risk and migration effort significantly.
Why Oracle estates are moving to OCI
Most enterprise Oracle estates weren’t designed — they accumulated: spanning on-premises data centres, VMware, AWS, Azure, Google Cloud and legacy OCI tenancies, running 11g through 19c across Linux, AIX, Solaris and Windows, with some databases on RAC, some on Data Guard, some on ASM, and nearly all carrying database links, scheduled jobs and downstream dependencies nobody has documented in years. OCI is a well understood destination; getting there is the hard part. Done manually, every database becomes its own project — its own assessment, runbook, cutover window and argument about whether the migration actually worked — which works for five databases but does not survive five hundred. DMAP AI closes that gap with one automated, governed process across the entire fleet, so the first migration becomes the template for every migration after it.
DMAP AI migration factory
Automated discovery, Oracle-native migration orchestration, validation and governed cutover to OCI.
Discover & Assess
Build a complete inventory and select the right migration path.
- Database size, version, platform
- RAC / Data Guard / ASM / jobs
- Wave grouping and target sizing
- Downtime and risk classification
Migrate & Orchestrate
DMAP drives Oracle-native utilities through reusable runbooks.
- ZDM, RMAN and Data Guard
- Data Pump and GoldenGate
- AutoUpgrade / DBUA patterns
- Controlled cutover checkpoints
Validate & Operate
Evidence-based acceptance before production switchover.
- Schema and object validation
- Row counts and data integrity
- Configuration comparison
- Performance baseline review
Discover
- Inventory DBs, versions, size, configuration and dependencies
- Identify RAC, Data Guard, ASM, DB Links, jobs and components
- Group databases into migration waves
Assess & Plan
- OCI target sizing and compatibility assessment
- Upgrade and migration-path recommendation
- Downtime and cutover planning
- Automated runbook generation
Build & Migrate
- OCI target provisioning automation
- Network, security and prerequisite validation
- Automated Oracle-native utility execution
- Parallel fleet orchestration
Validate & Cutover
- Schema, object, row-count and integrity checks
- Configuration and performance baseline validation
- App connectivity testing
- Automated cutover and rollback checkpoints
Get a free 30 days Migration Assessment
Oracle-native migration. DMAP AI-orchestrated.
DMAP selects and orchestrates the appropriate mechanism based on database version, platform, size, target architecture and downtime requirement.
| Migration scenario | Oracle technologies |
|---|---|
| Minimal-downtime physical migration | ZDM + RMAN + Data Guard |
| Offline physical migration | ZDM + RMAN |
| Cross-platform / version modernization | ZDM + Data Pump + GoldenGate |
| Large database migration | RMAN / Data Guard / ZDM |
| Continuous synchronization before cutover | Data Guard / GoldenGate |
| Oracle version upgrade | DBUA / AutoUpgrade / ZDM-assisted workflows |
DMAP AI Migration Factory
Why DMAP AI?
One-click orchestration
Replace fragmented scripts and manual runbooks with a controlled workflow.
Migrate at scale
Standardized migration waves across tens, hundreds or thousands of databases.
Minimize downtime
Online migration, continuous sync and controlled switchover.
Automated validation
Validate objects, data, configuration, connectivity and performance.
Built-in governance
Dashboards for status, exceptions, evidence, approvals and auditability.
Repeatable factory
Turn the first success into a reusable blueprint for subsequent waves.
The outcome
- Faster migration
- Lower manual effort
- Minimal downtime
- Reduced migration risk
- OCI-ready Oracle platform
- Fleet-level waves
- Minimal downtime
- Automated evidence
- Rollback checkpoints
- Lower manual effort
