Cloud Migration Services

Migrate legacy infrastructure to modern cloud platforms (AWS, GCP, Azure)

Overview

We help companies migrate from legacy, on-premise, or fragmented infrastructure to modern cloud platforms — with a strong focus on security, predictability, and minimized downtime. Cloud migration is not just "moving servers". It's a controlled transformation of architecture, security, deployment workflows, and operations.

When needed

When Cloud Migration Is the Right Step

Companies typically need cloud migration when:

Infrastructure is hard to scale or maintain

On-prem servers create operational risk

Releases are slow or error-prone

Costs are unpredictable or rising

Security and compliance requirements increase

Modern DevOps practices are blocked by legacy setups

A well-planned migration is designed to reduce operational risk instead of introducing new ones.

Migration scope

What We Migrate

From

On-premise servers and data centers, Legacy VPS and unmanaged hosting, Monolithic systems with manual deployments, Fragmented environments without parity

From

To

AWS, GCP, or Azure (EU regions), Cloud-native and hybrid architectures, Kubernetes-ready environments, Infrastructure designed for security, auditability, and scalability

To

What We Deliver

Cloud Architecture Design

  • Target architecture for AWS, GCP, or Azure
  • Network design (VPC, subnets, firewalls)
  • IAM, access control, and security boundaries
  • Compliance-first cloud layouts (GDPR, ISO)

Migration Strategy & Planning

  • Step-by-step migration roadmap
  • Zero-downtime–oriented or low-risk cutover strategies
  • Environment parity (dev / stage / prod)
  • Rollback and contingency planning

Infrastructure Migration

  • Compute, storage, databases
  • Networking and DNS
  • Secrets, credentials, and access policies
  • Automated provisioning (Terraform, IaC)

Application & Data Migration

  • Backend services and APIs
  • Databases and data pipelines
  • Stateful and stateless workloads
  • Validation and integrity checks
Approaches

Migration Approaches We Use

01Lift & Improve (safe transition + improvements)
02Replatforming (cloud-native optimizations)
03Hybrid Migration (on-prem + cloud)
04Phased Migration (no big-bang risk)
Process

Our Migration Process

01

Cloud Readiness Assessment

Architecture, risks, dependencies, compliance.

02

Migration Blueprint

Target cloud architecture and migration steps.

03

Execution

Automated migration processes with monitoring and defined rollback options.

04

Stabilization & Optimization

Performance tuning, cost optimization, security hardening.

Outcomes

What You Gain

  • Infrastructure designed for scalability and resilience
  • Reduced operational risk compared to unmanaged or legacy setups
  • More efficient deployment and release processes
  • Improved cost transparency and visibility
  • Cloud security and compliance by design
Engagement

Engagement Models

Cloud Migration AuditFull Cloud Migration ProjectHybrid Cloud ArchitecturePost-Migration OptimizationOngoing Cloud Support
Who this is for

When Cloud Migration Is Right

This service is ideal if:

You operate legacy or on-premise infrastructure

Scaling or maintenance is becoming costly

You need modern DevOps capabilities

Compliance requires cloud-native security

You want predictable cloud costs

Featured Cases

Founder-Relevant
Case Studies

FAQ

FAQ

Migration timelines vary by complexity. A simple lift-and-shift might take 4-8 weeks. A full replatforming with architecture changes can take 3-6 months. We start with an assessment to provide accurate timelines based on your infrastructure.

In many cases, we design migration strategies aimed at zero or minimal downtime, such as blue/green deployments, phased cutovers, and parallel system operation. The exact approach depends on architecture, data consistency requirements, and business constraints.

Platform choice depends on your requirements: compliance needs (GDPR, ISO), existing vendor relationships, cost constraints, and technical requirements. We help you evaluate and choose the right platform during the assessment phase.

We typically run systems in parallel during migration, with strategies designed to minimize downtime. After validation, we cut over to the cloud environment and maintain the old system as a fallback until the migration is fully validated. We then decommission legacy infrastructure safely.

Yes — we design and implement hybrid architectures that combine on-premise infrastructure with cloud services. This is common for compliance requirements, data residency, or gradual migration strategies.

More insights and best practices on this topic

04 Nov 2025

Hosting, Data Location & Trust: What German Clients Actually Care About

Why 'it's secure and GDPR-ready' is not enough in Germany. For German clients, especially in B2B and enterprise contexts, hosting and data location are not technical details. They are trust signals. This article explains what German clients actually evaluate—and why many tech discussions fail before they even begin.

09 Feb 2026

Should We Stop Using the Cloud and Run Our Own Servers? A Practical Look at Local Infrastructure vs Cloud Hosting

Cloud vs on-premise is not about ideology. It's about system criticality, team maturity, and risk tolerance. A balanced, expert perspective.

30 Nov 2025

Why Startups Should Invest in DevOps Earlier Than They Think

And why 'we'll fix infrastructure later' quietly kills velocity. DevOps is not about servers, tools, or YAML files. It's about how fast and safely a team can turn decisions into reality. Startups that postpone DevOps don't save time—they accumulate execution debt.

02 Feb 2026

Edge Computing and IoT: Architecture, Latency, and Data Processing

As connected devices, sensors, and real-time systems proliferate, edge computing — processing data closer to where it is generated — is gaining importance. This article explains what edge computing means, why it is closely linked to IoT and 5G, and when edge architectures make sense for real systems — with a focus on practical constraints and architectural decisions.

Cloud migration outcomes depend on system architecture, data consistency requirements, and operational constraints. Described approaches reflect engineering best practices and design goals, not guaranteed results.

Cloud migration for companies operating production systems. We support organizations with cloud migrations, infrastructure modernization, and cloud architecture based on the specific technical and regulatory context of each project. All services are delivered individually and depend on system requirements and constraints.