Mainframemigration
Disruption Consulting has migrated mainframe and mid-frame environments to modern x86 and cloud architectures, removing the infrastructure that was blocking real cloud adoption and cutting cost through replatforming, custom development and serverless design.
The complete migration journey
A successful mainframe migration is not a single step. It is a structured program that moves an organization off proprietary legacy hardware, through virtualization, and into cloud architectures tuned for cost and performance.
Mainframe to x86: the foundation
We have a proven track record migrating mainframe and mid-frame workloads to modern x86 architectures. This first step unlocks full cloud migration, which stays out of reach while the mainframe remains in place and the organization keeps paying for proprietary hardware that undermines the economics of any cloud strategy.
P2V: freeing stranded servers
Many organizations carry legacy physical servers alongside the mainframe, workloads that could not move because the mainframe dependency was never resolved. Our physical-to-virtual migrations address those stranded assets directly, consolidating them onto virtualized infrastructure and removing the on-premises footprint that has been blocking cloud adoption.
Replatforming and custom development
Moving a workload to x86 is the beginning, not the end. We replatform applications to use cloud-native architecture properly, rebuilding where necessary with custom development that replaces monolithic mainframe functionality with serverless functions, containerized services and dynamically scaled cloud resources that are cheaper and more resilient.
Serverless and dynamic scale
Serverless and auto-scaling deliver the promise the mainframe was built to fulfill, which is compute on demand, high availability and elastic capacity, at a fraction of the cost and without proprietary lock-in. We design cloud architectures that realize those benefits fully, tuned for operational cost and performance from day one.
The cloud delivers what the mainframe promised
Mainframes were built to solve a specific set of problems: large-scale compute, high availability, centralized management and huge concurrent workloads. Modern cloud platforms with serverless computing and dynamic auto-scaling solve the same problems at lower cost, with more flexibility and without proprietary lock-in.
Our migration approach is designed to realize that equivalence fully. We do not lift and shift. We redesign workloads for the elastic nature of cloud, so clients end up with infrastructure that is faster, cheaper and more resilient than what they started with.
The goal is not just to get off the mainframe, it is to arrive somewhere fundamentally better: cloud architecture that delivers the same reliability and scale at a fraction of the operational cost.
Proven cost reduction
Mainframe and mid-frame hardware, software licensing and specialist operating costs are among the highest in enterprise IT. Our migrations consistently reduce total infrastructure cost, with serverless and dynamic scaling removing the need to provision permanently for peak capacity.
Custom development where it counts
Where standard replatforming tools fall short, our development team builds custom solutions engineered to replicate or improve on the original mainframe functionality inside modern cloud-native and serverless architecture.
What our clients achieve
A completed migration program changes the cost base, the risk profile and the options available to the business.
- Mainframe and mid-frame hardware and licensing costs removed
- Full cloud optionality once the x86 migration is complete
- Stranded physical servers consolidated through physical-to-virtual migration
- Modernized application architecture that uses serverless and dynamic scaling
- Materially lower operational cost than the legacy estate
- Improved availability, resilience and disaster recovery
- Custom-developed cloud-native functionality built for your workloads
Ready to retire your mainframe?
We have done this before, at scale, in complex regulated environments. Let us talk about your migration path.