Modernize the system the business runs on u2014 without stopping it.
We migrate monoliths to cloud-native architectures with staged, strangler-fig rollouts: new services take over gradually, operations never pause.
Every quarter on the old platform costs more than the last.
Maintenance eats the roadmap, deployments need downtime windows, and your best engineers spend their days fighting the architecture. Modernization done as a big-bang rewrite is how these projects fail u2014 done as a staged migration, it is how teams finally ship again.
Your legacy system is holding you back
It works u2014 but itu2019s slow to change, expensive to maintain, and impossible to scale. Your best engineers spend half their time fighting the architecture instead of building features.nnWeu2019ve modernized legacy applications u2014 migrating monoliths to cloud-native architectures while keeping operations running.
What we modernize
Monolith u2192 Microservices
Decompose tightly coupled systems into independently deployable services. Each service scales on its own, deploys on its own, and fails gracefully.
On-Premise u2192 Cloud
Migrate workloads to AWS, Google Cloud, or Azure with infrastructure as code (Terraform), containerization (Docker), and orchestration (Kubernetes).
Manual Ops u2192 DevOps
Implement CI/CD pipelines, automated testing, infrastructure as code, and container orchestration to eliminate manual deployment processes.
Our approach
A staged migration u2014 every phase validated before the next begins.
Phase 1 u2014 Assessment
We audit the existing architecture, dependencies, and pain points; identify migration candidates and risk areas; and define the target architecture and migration roadmap.
Phase 2 u2014 Strangler pattern migration
New services are built alongside the legacy system and traffic is routed gradually from old to new u2014 every step validated before proceeding. No big-bang cutover, downtime minimized through staged rollout.
Phase 4 u2014 Stabilization
Performance testing and optimization. Monitoring, alerting, and observability setup. Knowledge transfer and documentation.
Technology Stack
| Layer | Technology | |||||
|---|---|---|---|---|---|---|
| Backend | Python, Django, Django REST FrameworknFrontend | React, TypeScriptnContainers | Docker, KubernetesnInfrastructure | Terraform (AWS, GCP, Azure)nCI/CD | GitHub Actions, GitLab CI, JenkinsnMonitoring | Prometheus, Grafana, Sentry |
Why Mibrex for modernization
Patterns from 15 years of enterprise re-platforming.
Accelerator modules
Donu2019t rebuild auth, user management, and audit logging from scratch during migration. Production-tested replacements deploy in days, not months.
Weu2019ve done this before
15 years of enterprise software means weu2019ve seen every flavor of legacy system u2014 and we know the patterns that make migrations succeed.
Ideal for u2014 is modernization the right move now?
Modernization is right for you ifu2026
Built for teams whose platform has become the bottleneck.
— A monolith that cannot scale to meet demand
— Maintenance consuming the budget that should fund innovation
— Compliance requirements the current stack cannot satisfy
What to expect from the program
A staged engagement u2014 measured in phases, not weeks.
— Business keeps running throughout — migration is staged
— A program of months, scoped and priced phase by phase
— Old and new run side by side until the final cutover
Prove the approach on a single slice.
A one-week POC on one service demonstrates the migration pattern end-to-end before the full program commits.
Explore POC in a WeekThe first service can be live in weeks.
Tell us what the platform is costing you u2014 a senior engineer will map the first migration slice, within 24 hours.