AG Soft
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Who is suitable for the solution

1

Monolithic constraints

CTOs and CIOs whose current monolithic systems have become a barrier to business scale

2

Slow releases

Development managers who would like to launch new features in weeks, not months

Transform legacy systems safely

This approach offers a strategy for evolutionary IT modernization instead of a risky full system rewrite. AG Soft specialists gradually identify the most valuable business modules in the monolith, containerize them, and move them to the Cloud.ru cloud. Your business gains cloud flexibility, optimized software architecture, and seamless integration between legacy and new system components.

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Flexibility

Reliability

Scalability

What does the move from monolith to microservices solve?

Faster time to market

Shorter release cycles through independent development and deployment of individual system modules.

01

Improved fault tolerance

You can pinpoint exactly which microservice has failed, preventing the entire business-critical system from stopping.

02

Optimized scaling costs

Scale resources only for loaded services instead of paying to scale the entire monolith.

03

Removal of technology barriers

The architecture is ready for rapid integration with AI services, external APIs, and mobile applications.

04

Implementation results

2–3xfaster

Faster release of new features to market

30percent

Cost reduction through targeted scaling

Up to 50percent

Of the IT budget can be redirected from maintaining legacy code to innovation

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Answering Questions

  • Yes, the decomposition scenario assumes a gradual transition to microservices. The main monolith continues to work normally while we set up communication and switch the load to new services in the cloud.
  • No, modernization is carried out iteratively. We highlight only those modules whose development is most important for business at the moment, leaving the stable parts of the monolith intact.
  • Secure communication channels are built between the Cloud.ru cloud segment and the on-premises infrastructure, and the architecture is designed taking into account the requirements for security and data isolation.