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What We Do

How we approach technology refresh.

Assess and prioritize legacy applications for modernization

We map your current estate, identify risk and technical debt hotspots, and build a prioritized modernisation roadmap aligned to business value, not just technical preference.

Upgrade tech stacks to supported, cloud ready versions

Systematic migration from end-of-life versions to current, cloud-ready frameworks while maintaining functionality and data integrity at every step.

Re-architect monoliths

Re-architect towards modular, API-first designs where it makes sense. We do not decompose for the sake of it unless there is a business case for it

Cloud migration

Workload migration to Azure, GCP or Amazon with risk-staged execution, rollback protocols, and managed downtime windows designed around your operational constraints.

Improve performance, resilience, and observability

Engineering improvements to existing systems where throughput, uptime, or monitoring capability has become a business constraint.

Business Outcomes

What your business gains after modernisation.

The goal is never a modern codebase for its own sake. It is the business capability that a modern codebase unlocks.

Faster feature delivery

Teams shipping new capability in days, not months because the system architecture no longer blocks them.

Lower maintenance cost

Modern, documented codebases cost significantly less to maintain and extend than legacy systems.

AI-ready architecture

Clean APIs, event-driven patterns, and structured data that make AI integration possible without a rebuild.

Improved system resilience

Cloud-native architecture with built-in redundancy, auto-scaling, and observability that legacy systems cannot match.

Regulatory compliance

Supported frameworks and current security standards are eliminating the compliance risk of end-of-life software.

Team confidence restored

Engineers who can build and deploy without fear of breaking undocumented dependencies that no one fully understands.

How We Work

Our modernization approach - phased, risk-gated, and always reversible.

Assessment & Roadmap

Understand the current estate, risks, and business drivers; build a modernization plan. You receive: Modernisation roadmap.

Pilot Modernization

Choose one or two applications as pilots to validate approach, tools, and impact. You receive: Proven pattern + confidence to scale.

Scaled Execution

Apply proven patterns to more applications, managing dependencies across the portfolio. You receive: Modernised systems in production.

Continuous Improvement

Embed practices and tooling for ongoing modernization, not one off projects. You receive: Self-sufficient team + AI-ready architecture.

Technologies we modernise from and to.

We work across the full spectrum of legacy and modern enterprise technology. There is no ramp-up, no unfamiliar territory, and no underestimation of what your migration involves.

Legacy origins what we migrate from
.NET Framework 2.0–4.8 ASP.NET Web Forms WCF VB.NET On-premise SQL Server Monolithic MVC
Modern targets what we migrate to
.NET 8/9/10 ASP.NET Core Azure AWS Microservices API-first Azure SQL / Cosmos DB Docker Kubernetes Azure DevOps

Why teams trust Omnie with their most critical systems.

Why teams trust us with their core systems.

24+ years of enterprise depth. Not just familiarity

We have operated inside legacy environments since they were new. We understand the constraints, the undocumented dependencies, and the hidden risks.

Modernisation and feature delivery run in parallel.

We structure engagements so the business receives new value while the modernisation happens beneath it. The board does not wait 18 months to see results.

Built for AI adoption.

Our architecture decisions are made with AI integration in mind. Establishing clean APIs, event-driven patterns, and structured data pipelines that make LLM and Agentic AI integration straightforward when the business is ready.

Scalable capacity.

When scope grows, or timelines compress, we can extend the team with senior engineers and high-throughput developers, without onboarding delays.

FAQ

Migration & modernisation - frequently asked questions.

We design all migrations around blue-green or canary deployment patterns. Live systems stay operational throughout. Where a maintenance window is genuinely unavoidable, we agree on the timing with your operations team well in advance, test the cutover procedure in a staging environment first, and have a documented rollback path ready.
Incremental is the preferred direction. We begin with a pilot to validate the approach before committing to portfolio-wide execution. Full re-architecture is expensive, high-risk, and rarely necessary. We apply re-architecture selectively, only where the business case for it is unambiguous.
Every phase includes a tested rollback protocol prepared before execution begins. We do not proceed to a migration phase until the rollback path has been validated. If an issue arises, we revert to the last known stable state.
It depends on the scope and condition of the existing system. A contained version upgrade for a single application might take 8–12 weeks. A portfolio-wide cloud migration for a large enterprise could run 12–24 months in phased delivery. The assessment phase will give you a realistic timeline before you commit to anything.

Not sure where to start? Start with an assessment.

The hardest part of any modernization initiative is the first decision: where to begin, what the real risks are, and whether the business case justifies the investment. Omnie's modernization assessment answers all three before you commit to anything beyond the assessment itself.

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