Migrate with Total Sovereignty
Don't just move your servers; transform your business. OmniGCloud's migration services combine high-velocity tooling with a 'modernization-first' mindset to ensure your cloud exit is just as secure as your entry.
Discovery & Assessment
Visualizing the Unknown: Data-Driven Migration
Most migration failures stem from a lack of visibility into legacy app dependencies. OmniGCloud utilizes autonomous scanners to map your entire data center in days, not months. We identify "hidden" dependencies, spectral networking requirements, and database bottlenecks that would otherwise cause production outages post-migration.
Our assessment output is a Cloud Readiness Matrix. We categorize every application into the 6Rs (Re-host, Re-platform, Re-factor, Re-purchase, Retain, Retire), ensuring you invest your modernization budget where it delivers the highest ROI.
Automated Inventory
Catalog every VM, container, and database across your hybrid estate.
TCO Analysis
Comparative billing analysis across AWS, Azure, OCI, and private cloud.
Dependency Mapping
Visualize the 'spaghetti' of legacy interconnects to prevent broken links.
The OmniGCloud Migration Factory
Step 1: Landing Zone Establishment
Before a single workload is moved, we establish a FIPS-validated "Sovereign Landing Zone." This includes pre-configured IAM policies, networking hub-and-spoke models, and automated security guardrails that ensure every migrated component is born into a secure environment.
Step 2: Low-Latency Pilot Migrations
We begin with a subset of non-critical workloads to validate the data transfer protocols and latency tolerances. Using our G-Workflows engine, we automate the "cutover" process, reducing manual human error and minimizing the maintenance window for your stakeholders.
Step 3: Post-Migration Optimization
Migration is the beginning, not the end. Once in the cloud, we initiate our FinOps Intelligence engine to right-size instances and prune unused resources, often resulting in an immediate 20% reduction in predicted cloud spend compared to traditional "straight" migrations.
Migration FAQ
How do you guarantee data residency during a global migration?
Our migration tools allow for 'Geo-Locking.' You specify the target region, and our control plane blocks any data replication or transit outside of those legal boundaries during the move.
Can we migrate from VMWare directly to OpenShift on Azure?
Yes. This is one of our most common 'Modernization Migration' patterns. We use automated tools to transform VM-based apps into containerized OCP deployments in a single motion.
What is your typical migration timeline for a 1,000-VM estate?
Typically, discovery takes 1-2 weeks, pilot takes 4 weeks, and mass migration can be achieved at a rate of 50-100 VMs per week depending on data volume and app complexity.
Do you offer 'Rollback' protection?
Every migration workflow includes an atomic rollback trigger. If a smoke test fails in the target environment, the system automatically redirects traffic back to the source with zero data loss.