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Cloud Migration and Native Architectures for Critical Environments

We transition monolithic systems into hybrid, elastic, and secure cloud ecosystems. Microservices decoupling, Kubernetes orchestration, and zero-downtime migrations.

  • Kubernetes
  • AWS
  • Azure
  • Terraform
  • Helm
  • Redis
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  • +15 años en infraestructura crítica
  • 99,99% disponibilidad
  • DORA · NIS2-ready

Overcoming the limits of legacy infrastructure

Many organizations operate with legacy systems that are difficult to scale, rigid databases, and architectures that hinder innovation. Maintaining physical on-premise infrastructure increases operating costs and makes it harder to respond to demand peaks.

At Vermont Solutions, we design strategic migrations to AWS, Azure, and hybrid architectures, decoupling monoliths, containerizing services, and enabling cloud bursting to scale dynamically without affecting business operations.

Common challenges in cloud migrations

  • Resistance to change from technical teams.
  • Fear of losing control over critical infrastructure.
  • Complexity of legacy systems with hidden dependencies.
  • Regulatory compliance requirements (GDPR, SOX, etc.).

What does our migration include?

  • Compatibility and dependency analysis.
  • Target architecture design.
  • Phased migration plan.
  • Data and security strategy.

Core capabilities

Microservices and monolith decoupling

We extract business logic embedded in legacy technologies such as PL/SQL, Pro*C, or Oracle Forms and transform it into modern modular architectures.

  • Backends in .NET or Python.
  • Frontends in React.
  • Distributed cache with Redis.
  • This reduces technology lock-in and makes the system more agile.

Kubernetes orchestration and GitOps deployments

We build cloud-native platforms based on Kubernetes (EKS, RKE2, Rancher) managed through Infrastructure as Code.

  • Declarative deployments with Helm and Kustomize.
  • Dynamic auto-scaling.
  • Elimination of manual deployments.
  • Result: greater resilience and service availability.

High availability and business continuity

We design distributed architectures across data centers and cloud, integrating Veeam, Azure Backup and AWS Glacier for disaster recovery.

  • This allows operations to continue even in the event of systemic failures.

Database migration and optimization

We migrate on-premise platforms to modern cloud environments such as Azure SQL Database.

  • Query and index optimization.
  • Data partitioning.
  • Integration with analytics tools such as Power BI.
  • This removes bottlenecks and improves system observability.

Proven at production scale

The migrations we implement generate measurable improvements in complex enterprise environments:

  • 98.62% reduction in actuarial calculation times.
  • CI/CD deployments reduced from 45 minutes to 3–5 minutes.
  • Availability above 99.99%.
  • 80% reduction in recovery times (RTO).
  • Up to 70% operational savings when moving from CapEx to OpEx.

Business use cases

Actuarial and insurance systems

Redesign of policy and reserve calculation engines with accelerated execution and regulatory compliance.

Cloud identity security

Implementation of MFA, role-based access control, and removal of legacy protocols in Microsoft 365 environments.

Banking risk scalability

Hybrid architectures with cloud bursting to absorb regulatory peaks in financial calculations.

Evolve your architecture without stopping your business

We migrate critical infrastructures without service interruption, decoupling systems layer by layer while the business continues operating.

Request Cloud Migration Assessment

Our architects will analyze your technical debt, critical databases, and cloud modernization feasibility to design a safe and scalable roadmap.

Frequently asked questions

How do you migrate to the cloud without disrupting service?
We migrate in phases, decoupling the system layer by layer while the business keeps operating. We run the legacy system and the new one in parallel, comparing outputs until we validate functional parity before each cutover, so operations never stop.
What is a hybrid architecture and when is it the right choice?
A hybrid architecture combines on-premise infrastructure with public cloud (AWS, Azure). It is the right choice when certain data or workloads must remain local for regulatory or latency reasons, while keeping cloud elasticity for everything else. It also enables cloud-bursting: scaling to the cloud only during peaks.
Do you use Kubernetes and avoid vendor lock-in?
Yes. We build cloud native platforms on Kubernetes (EKS, RKE2, Rancher) managed with Infrastructure as Code (Helm, Kustomize, GitOps). A multi-cloud approach and open standards reduce dependence on a single provider and make workloads more portable.
How do you guarantee business continuity after migrating?
We design distributed architectures across data center and cloud with disaster recovery (Veeam, Azure Backup, AWS Glacier). In production environments we have sustained availability above 99.99% and reduced recovery times (RTO) by 80%.
What is cloud-bursting and what is it used for in banking and insurance?
Cloud-bursting consists of dynamically scaling out to the cloud to absorb compute peaks —regulatory close periods, market risk or actuarial calculations— while keeping the on-premise base. You pay for additional capacity only when you need it, without oversizing the physical infrastructure.

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