Microservices development for scalable systems

We design and build a microservice architecture that withstands load, updates without downtime, and grows together with your business.

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Microservices split one large application into several independent parts. Each service performs its own function independently of the others.

Microservices development for business needs

Creating the architecture, working on the back end, developing modular solutions based on microservices, and setting up deployment

Creating a microservice architecture

We work out the service architecture based on your business processes

Migrating a monolith to microservices

A monolithic application is broken down into microservices without stopping the business

Building a microservice application

We create new microservice components for your product

Integration and interaction of microservices

We set up data transfer through APIs and message queues

Microservice management and DevOps

We build Docker containers and handle orchestration through Kubernetes

Testing and maintenance

We test every microservice and provide maintenance for the system

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Microservices that hold up under load

The microservice approach gives a business flexibility, performance, and fault tolerance. A microservice architecture makes it possible to update and scale services separately

Scalability

You can scale only those services that carry increased load. The application stays scalable without rewriting the entire system

Fault tolerance

An error in one service does not stop the whole system. The other services keep running without problems

Development flexibility

Developers maintain each service independently of the others. This helps respond to market changes faster

Performance

Optimization of every microservice and handling of requests in real time

Ease of maintenance

The small size of each module makes maintaining and developing the application simpler

Technology stack for microservices

We find the optimal combination of technologies that suits your system and task, taking load, budget, and other factors into account.

Node.js / NestJS

C# / .NET

Rust

Angular

Docker

Kubernetes

DevOps

Cloud

PostgreSQL

Redis

ClickHouse

RabbitMQ

React

Redux

Choose a stack

How we build microservices

A step-by-step process – from analyzing business tasks to deployment and further support

Design

Development and rollout

Analysis of business tasks We find out which processes need to be automated and where scalability will be required

Defining service boundaries We determine how the application is broken down into separate microservices

Architecture design We design the interaction of services, data storage, and points of failure

Choosing the stack We select the languages, databases, and deployment tools for the project

Sprint planning We put together a strategy: distribute the tasks between teams by service

Programming the services We write each microservice as an autonomous module

Testing We check the business logic and the interaction of services, and cover them with tests

Setting up deployment We set up CI/CD, Docker, and Kubernetes for autonomous deployment

Integration of services We integrate the microservices using APIs, RabbitMQ, and shared authentication

Monitoring and support We will track how the system runs in real time and keep the services updated

Our approach to microservices development

The principles we design services by

Single responsibility

we design every microservice so that it performs one specific task. Modularity simplifies development, testing, and updates.

Encapsulation

we update one microservice without changing the others. Gradual releases without stopping the entire system

Asynchronous interaction

we connect services through RabbitMQ and queues so that the system can handle peaks in load

A dedicated data store

we give every microservice its own storage: PostgreSQL, Redis, or ClickHouse for a particular task

Observability

we set up monitoring and logging so that we learn about problems before the users do

The advantages of working with us

Why businesses trust us with software development on a microservice architecture

Projects under high load

High-load infrastructure with a focus on reliability and scalability. Experience in production environments; figures for specific projects are provided once approved
Reliable code

We test the business logic. Catching errors before release, not after
DevOps practices

We automate builds, deployment, and rollback. Updates without taking the service down
Transparency

We provide a weekly report on the progress of the project. You always see the current stage of work and how the budget is being spent
SLA and support

We offer an SLA and support after launch — the terms are agreed on per project

What a business gets after moving to microservices What a business gets after moving to microservices

The results delivered by microservices development and a well-built microservice architecture

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SnipeBot — a trading bot for automating trades on Solana

A market analyzer for trading

Discuss your project

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What happens next?

A manager will contact you within 24 hours and agree on a time for a meeting. If needed – we will sign an NDA

At the meeting we will discuss your task, a preliminary budget, and timelines

A business analyst will draw up the technical requirements for the microservices

We will prepare a commercial proposal with prices, timelines, the team, and the project plan

Once the contract is signed, we start development

FAQ

How do you explain microservices in simple terms?

Microservices are a methodology for building software in which one application consists of several services that are independent of each other, each performing its own function: catalog, payment, billing, authentication. All these services communicate with each other through APIs. If one of them goes down, the others keep working.

What are the differences between a microservice architecture and a monolithic one?

In a monolithic architecture the whole system is a single block of code, and every change requires building the entire application. In a microservice architecture the system has a modular structure. This makes it possible to update and extend the application in parts.

How do you move from a monolith to microservices without stopping the business?

We will not rewrite the entire system at once. First of all we analyze the monolithic application, identify the parts of its work that hold back growth, and gradually move them out into microservices. The move to a microservice architecture is carried out in sprints and without downtime for users.

Which languages and platforms are microservices developed on?

We develop microservices in C# / .NET, Node.js / NestJS, and Rust. The programming language is chosen depending on the load, the development team, and the tasks of the project. For the front-end part of projects we use Angular or React. The technology stack is selected with the tasks of the specific product in mind.

Which tools are used to build and manage microservices?

We use Docker and Kubernetes for deployment and orchestration, RabbitMQ for messaging between services, and PostgreSQL, Redis, and ClickHouse for storing data. DevOps practices make it possible to automate the build and deployment of every microservice.

Who is a microservice architecture suitable for?

Microservices are needed by products with growing load, regular releases, and several development teams. If an application is hard to scale, the microservice approach helps simplify scaling and speed up releases. Small, simple projects can get by with a monolithic architecture, and we will say so honestly during the consultation.

Can an existing project be moved to microservices?

Yes. We analyze the existing system, assess the risks, and develop a migration strategy. The monolith and the microservices can temporarily run together during the migration period, so the business does not stop. We move the system to microservices gradually, starting with the most heavily loaded modules.

How is testing of microservices carried out?

For every microservice, tests of the business logic are run and the interaction of the services with each other is checked. The tests run automatically with every deployment. This makes it possible to find errors before the release rather than after it.

How much does developing a microservice architecture cost?

The cost depends on the number of services, the load, and the complexity of the integration. Turnkey microservices development is estimated per project after it has been analyzed. Describe your task and we will calculate the budget and timelines for it.

How do I order microservices development?

Fill in the form on the site or contact us in any way convenient for you. We will discuss the task, draw up the requirements, and propose a solution. The consultation and project estimate are free.