The set of components that perform a specific function or a set of functions

Software architecture for quality development

The software architecture of a system describes the organization or structure of the system and provides an explanation of how it behaves, that is, it provides a solid foundation on which to build the software. A series of decisions and compromises on architecture affect the quality, performance, maintainability and overall success of the system. Failure to consider common problems and long-term consequences, on the other hand, can put the system at serious risk.

The shared understanding our experienced developers have of system design defines the concept of architecture present in our corporate culture.

A good software architecture model simplifies code implementation and project coordination allowing for quality development without interruptions, key values ​​of EMM.


Microservices architectures are emerging for their flexibility and the ability to rapidly evolve over time according to the needs of the business. They allow the development of agile and flexible applications based on a set of small independent services that communicate through Application Programming Interface (API) calls using specific protocols such as HTTP / REST. The advantages offered by this technology include a more timely and efficient response to market dynamics thanks to the characteristics of scalability, ease of distribution, reuse and resilience.


Our experience in the use of leading Cloud architectures, such as Microsoft Azure or Amazon AWS, allows interoperability between multiple public, private, hybrid and multicloud cloud environments, as well as bare metal and virtual environments. Using application programming interfaces and open source standards, we connect our customers’ products to create cloud architectures that promote business practices such as agile integration, DevOps and CI / CD.


EMM’s DevOps approach, also involving teams experienced in quality and safety control in the development and management phases of the entire application life cycle, allows for faster cross-functional development, thus allowing the release of quality solutions and with a high degree of security for on premise and cloud environments.

Services oriented

The Service-Oriented Architecture (SOA) design capabilities of our experts enable the reuse of software components through service interfaces that use a common communication language on a network. By integrating distributed and separately managed software components, the SOA architectural type allows them to interact with each other to form software applications in different systems.

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