Proven Solaris to OpenShift Migrations by Senior Engineers
We refactor your legacy Oracle Solaris applications into cloud-native microservices on Red Hat OpenShift – fixed scope, predictable timeline, and zero business risk.
The lowest-cost way off Oracle Solaris: our migration tooling automates the repetitive work —you pay senior engineers for judgment, not keystrokes.
How we support Oracle Solaris → Red Hat OpenShift after migration
- ✓Your legacy environment stays under vendor support during the project.
- ✓Fixed-scope engagement delivered by senior platform engineers.
- ✓Refactor monolithic Solaris apps into cloud-native microservices.
- ✓Predictable timeline: 9–18 months, 4–8 consultants.
- ✓40–70% savings on legacy support while you migrate.
- ✓24/7 US-based support throughout and after the move.
Talent and productivity crisis
Your global digital transformation program demands moving off Oracle Solaris, but hiring engineers who still understand that platform is nearly impossible – and your developers are bottlenecked by outdated UNIX tooling.
Architectural lock-in
Stateful file writes are hardcoded deep inside your application, and the code relies on system-level IPC and shared memory models that don’t exist in modern container environments.
Network complexity and risk
Your monolith’s network topology is a tangle of multi-tier dependencies that a simple lift-and-shift would break – yet a full rewrite would take years and introduce massive risk.
Oracle Solaris → Red Hat OpenShift migration — your questions answered
What happens to our existing Solaris support during the migration?+
Yes. We keep your current Solaris environment under Oracle support as long as your vendor contract is active. There is no forced big-bang cutover. If the renewal lapses, our independent third-party support covers most operational issues on Solaris while you complete the refactoring.
Our legacy apps have stateful file writes hardcoded – can you handle that?+
Our engineers harden the app’s I/O layer to decouple stateful writes from the OS, then use containers to preserve file-system semantics on OpenShift without rewrites.
What about system-level IPC and shared memory models?+
We virtualize those calls using a middleware layer that maps IPC to OpenShift’s messaging and shared-storage primitives, allowing the app to run without refactoring its inter-process logic.
Our monolithic app has a complex multi-tier network configuration – can you migrate without rebuilding it?+
We containerize each tier independently and use OpenShift’s native network policies to replicate the existing multi-tier topology – no application changes required.
Post-Migration: OpenShift Platform Engineering & DevOps-as-a-Service
Post-migration, we provide OpenShift platform engineering, container lifecycle management, and DevOps-as-a-Service – so your modernized applications stay lean, secure, and continuously delivered.