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Application Modernisation

Modernize your system — without breaking what works.

MayuraSoft migrates ageing applications to modern, cloud-native architectures — zero downtime, full IP ownership, and a structured handover your team can own confidently.

0
Production outages during migration
5 days
Free legacy audit, written report
6 wks
Fastest path to modernised infra

Is this you?

Six signs your app needs modernisation now

Three or more of these describe your system? You're already accumulating technical debt that compounds every quarter.

01

End-of-life technology stack

Running on PHP 5, .NET Framework, Java 6, or any stack the vendor no longer patches. Every day without an upgrade is an active security liability.

Security risk
02

No automated testing

Every release is a manual regression cycle. Developers are afraid to refactor because nothing is tested. Velocity drops with every new hire.

Delivery bottleneck
03

Monolithic architecture

One change in payments breaks the login page. You can't scale individual services. The whole application goes down for every deployment.

Reliability risk
04

On-premise infrastructure

Hardware refresh cycles, unpredictable scaling costs, and data centre risk. Your competitors are 10× more elastic on cloud-native infrastructure.

Cost exposure
05

Talent retention problems

Strong engineers won't join to work on legacy stacks. The team maintaining it is ageing and leaving. Institutional knowledge walks out the door.

Org risk
06

Compliance exposure

GDPR, SOC 2, ISO 27001 — your legacy app wasn't built for modern compliance requirements. Every audit cycle turns into a fire drill.

Compliance risk

Recognise three or more? — The longer you wait, the higher the migration cost. A free audit gives you a concrete roadmap in 5 business days.

Our approaches

Six proven patterns — matched to your situation

Not every legacy app needs a full rewrite. Select a pattern to understand when it applies and exactly what it involves.

Low risk6–18 monthsMost recommended

Strangler fig migration

Incrementally replace legacy — no big-bang rewrite

Best for
  • Large monoliths that can't be taken offline
  • High-traffic apps where zero downtime is non-negotiable
  • Teams that need to keep shipping features during migration
How it works
  1. 01New services built alongside the existing legacy system
  2. 02Traffic routed incrementally via API gateway
  3. 03Legacy components retired one by one as new ones stabilise

Insight — Our most recommended approach for production systems. Continuous delivery throughout — your users never notice the migration happening.

The transformation

What changes after modernisation

Select a dimension to see exactly what your engineers, operations team, and business will experience after modernisation.

Current state

One big monolith

  • Single codebase — one change risks the whole app
  • Scale everything or nothing at all
  • Full redeploy required for every change
  • One failure takes down the entire system
Modernised state

Independent services

  • Clear service boundaries — changes are isolated
  • Scale only the services under load
  • Deploy individual services independently
  • Failures contained — the rest keeps running

How we deliver

A structured process — nothing gets broken, nothing gets missed

Every phase has defined deliverables, a client approval gate, and a rollback plan. You always know exactly where the project stands.

01

Legacy audit

1–2 weeks

Deep technical read of your codebase, infrastructure, database, integrations, and security posture. You get a written report with a prioritised modernisation roadmap before any build work begins.

Deliverables
  • Technical debt inventory
  • Architecture assessment
  • Risk register
  • Modernisation roadmap
Tools
SonarQubeDependency-TrackOWASP ZAP
02

Architecture design

2–3 weeks

Target architecture defined, migration pattern selected, and a detailed sprint plan locked. You review and approve every design decision before development begins — no surprises.

Deliverables
  • Target architecture diagram
  • Migration pattern decision
  • Data migration plan
  • Sprint roadmap
Tools
MiroC4 modelADR docs
03

Migration sprints

8–32 weeks

Two-week sprints, each moving a defined slice of functionality to the new architecture. Legacy stays live throughout. Every sprint has a rollback plan and ends with a live demo to your stakeholders.

Deliverables
  • Migrated + tested service
  • Automated test suite
  • Updated architecture
  • Sprint demo
Tools
GitHub ActionsDockerKubernetesTerraform
04

Cutover & validation

1–2 weeks

Zero-downtime production cutover. Load testing, security scanning, and a formal go-live checklist. Both systems run in parallel until the new one is fully validated at real production load.

Deliverables
  • Go-live runbook
  • Load test report
  • Rollback procedure
  • Monitoring & alerting
Tools
k6GatlingDatadogPagerDuty
05

Handover & support

4 weeks+

Structured knowledge transfer to your internal team — documentation, runbooks, and paired working sessions. Continue with a managed retainer or take full ownership — your choice.

Deliverables
  • Full system documentation
  • Operational runbooks
  • Team training
  • 30-day post-launch SLA
Tools
Full handoverManaged retainer

How to engage

Three scopes — matched to your situation

We help you choose the right starting point during the free legacy audit — before any commitment is required.

Feature
Quick winInfrastructure re-platform

Move to cloud and modernise your pipeline without touching the codebase.

Most chosenStrangler fig modernisation

Incrementally replace your legacy system while keeping it live throughout the migration.

Full transformationGreenfield rebuild

When the codebase is beyond rescue — a clean rebuild with all business logic preserved.

Legacy audit & assessment
Architecture design document
Zero-downtime migration
Code rewrite
Parallel-run strategy
CI/CD pipeline setup
Microservices decomposition
Database migrationOptional
Team handover & documentation
Post-launch SLA
Strangler fig modernisation

Incrementally replace your legacy system while keeping it live throughout the migration.

Legacy audit & assessment
Architecture design document
Zero-downtime migration
Code rewritePartial
Parallel-run strategy
CI/CD pipeline setup
Microservices decompositionOptional
Database migrationOptional
Team handover & documentation
Post-launch SLA

Technology

We build on proven,
modern platforms

We choose the stack that fits your needs — not the one we're most comfortable with.

Angular
Angular
ReactJS
ReactJS
Vue.js
Vue.js
Javascript
Javascript
TypeScript
TypeScript
NextJS
NextJS
NuxtJS
NuxtJS
Tailwind CSS
Tailwind CSS
CSS3
CSS3
JQuery
JQuery
Bootstrap
Bootstrap
Ionic
Ionic

Why MayuraSoft

What makes us the right partner for legacy modernisation

We audit before we propose

We never recommend a modernisation pattern without first reading the codebase. Most vendors guess. We read the code — then tell you what's actually needed and why.

Zero-downtime as a default

Every migration plan we write includes a rollback procedure. We've never had an engagement that required using it — but your stakeholders will sleep better knowing it exists.

We don't oversell rewrites

A full rewrite is the most expensive, highest-risk option. We only recommend it when every incremental path has been ruled out. Our incentive is your outcome, not invoice size.

Your team owns it when we leave

Every engagement ends with documentation, runbooks, and training. We're not building a dependency on MayuraSoft — we're building capability inside your organisation.

Dual expertise: legacy + modern

Modernisation requires speaking both languages. Our team has worked on .NET Framework, PHP, Java EE, and Oracle — and with Kubernetes, React, and serverless. We bridge the gap.

Fixed scope, no billing surprises

Modernisation projects are notorious for scope creep. Every change is documented and priced before actioned. The number you approve is the number you pay.

Common questions

What clients ask before starting a modernisation engagement

Still have questions? Book a free 30-min call — no pitch, just answers.

No. Every modernisation engagement we run uses a zero-downtime strategy. We run the old and new systems in parallel, route traffic incrementally, and only decommission the legacy system after the new one is validated in production. Your users won't notice the transition.

This is the most common challenge in legacy modernisation — and it's why we spend significant time in the audit phase on reverse-engineering. We read the code, interview your team, and map every business rule before we design the new system. We don't start building until we're confident we've captured everything.

Not with the strangler-fig approach — your team can continue shipping features to the legacy system while we incrementally build out the new architecture in parallel. We coordinate closely so new code follows the target architecture from day one.

It happens — and it's why the audit phase exists. If the audit reveals significantly more complexity than initially scoped, we come back to you with a revised proposal before proceeding. You never get a surprise invoice for discovery that happened after you approved a budget.

Absolutely — we actively encourage it. Embedded working with your developers is the fastest way to ensure knowledge transfer happens during the project rather than in a compressed handover at the end. Your team will understand the new system deeply before we leave.

It varies by pattern and codebase size. An infrastructure re-platform can take 6–10 weeks. A strangler-fig migration of a mid-size monolith typically runs 4–9 months. A full greenfield rebuild of a complex system can be 9–18 months. We'll give you a precise estimate after the audit phase.

Start with a free legacy audit

We'll read your codebase, assess your infrastructure, and come back with a prioritised modernisation roadmap — in writing, within 5 business days. No commitment required.

Typically responds within 4 business hours · No sales pitch, just a clear modernisation plan