Design team prepares wireframes of user interface

Web development

The Internet is everything. Client-server architecture solves problems in many aspects of life. It all starts with user experience, design and effective implementation of full stack. Once deployed, the application serves its needs. As always, the devil is in the details and we know how to tackle this.

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Design, implement, containerize, deploy and introduce observability for web applications with microservices architecture.


Vue.js, React, Angular, JavaScript, TypeScript, Node.js, NestJS, RxJS, PostgreSQL, MongoDB, Redis, RabbitMQ, gRPC, REST API, OpenAPI Spec, Docker, Kubernetes, Jenkins.


Product successfully introduced to the market within 22 months.

Due to requirements specifications, further development plans, and complexity, the team decided to architect the solution with microservices decoupled by various communication channels. Various databases were selected to properly handle requirements for the performance. The data was modeled with NoSQL as well as relational mechanics for storage and retrieval of data. System features have been structured to reflect functionalities as independent microservices communication over various channels. Microservices were designed with the use of the NestJS framework allowing for the building of efficient and scalable server-side applications for the Node.js execution environment.

Each microservice was containerized to achieve portability, isolation, and security, accelerating development with the possibility to roll back changes using Kubernetes built-in functionality. The system was designed with options to deploy in a cloud environment as well as on-premises. The development process was supported by DevOps activities to improve efficiency and sustain quality. Process automation was using several execution environments to support development, testing, and undisturbed production releases.

Software Engineer points at an important aspect during the requirements review process
UI Designer prepares a style guide for the application

UX/UI Design

Identifying and solving user problems with intuitive interfaces

Architecture and Design

Creating software architectures using best practices and technologies


Applying modern practices to automate incremental changes

Quality Assurance

Ensuring that the results are predictive and aligned with requirements

Knowledge Management

Efficient software development by reusing and sharing experiences


Understanding and evolving to adapt to a dynamic business environment

We propose a software development process based on industry best practices and experience. It enables our teams to deliver projects of extraordinary quality.



We help you define your product goals, identify business outcomes, and prioritize a rollout plan of product features that meet the targets.



Our UX/UI design team creates WOW experience. By applying best practices we will attract, engage and retain your users.



Implementing your products on top of a robust architecture with recent technology stack in a cost-effective way.



Hitting tight deadlines are no longer your concern. By introducing automation in software development, results are accurate, consistent and on time.



You launch a modern, custom software application that exceeds your initial vision and business goals.



We're always here to help you. We provide support and development solutions to ensure your business is up and running 24/7.

Which projects need cloud development?


A business model in which software is licensed and delivered is known as software as a service. SaaS (software as a service) is essentially on-demand software for end customers. It is a means to get free from complex software and hardware management.


Backend as a Service (BaaS) is a cloud computing strategy that serves as a backend for apps (mostly mobile). They give an API and tools for integrating with their backend in several computer languages. They also include storage, analytics, push alerts, dashboards, and social integration.


Infrastructure as a Service (IaaS) allows users to access computer resources in a virtualized environment. IaaS subscribers will essentially obtain virtual servers that they will control. Focus on business value and dereference details of underlying network infrastructure.


Platform as a Service (PAAS) is a type of cloud computing that offers a platform and environment for developers to create applications on. One of the benefits of PaaS is that no operations teams are required to monitor infrastructure. The user is primarily concerned with the program itself.