Custom Software Development

We design and develop full-cycle software: requirements analysis, architecture, development, testing, and maintenance. We pick a best-practice stack for each product type – so the system is fast, secure, and scalable.

We build reliable software for your needs: from web services to AI platforms.

Pricing

from ₽3,000,000

per project

This is the lower bound of a project. We scope the exact quote after a brief: it depends on volume and the number of integrations.

What's included

Capabilities

Full-cycle development

From prototype and architecture to release and support: you get a finished product, not a pile of code.

Solid architecture

We design modular, testable, and scalable systems – ready for load and business growth.

Quality and security

Automated tests, code review, security audits, and industry-standard compliance.

Support and growth

We maintain the product after launch: updates, new features, and optimization.

How we work

From request to result

  1. 1

    Requirements analysis

    We break down the task and fix goals, users, and constraints. You get a spec and a quote.

  2. 2

    Architecture

    We design modules, data, and integrations. We agree the stack and plan before writing code.

  3. 3

    Sprint development

    We work in short sprints with demos: you see the product and reprioritize every 1–2 weeks.

  4. 4

    Testing and release

    Automated tests, code review, load, and security audit. After release we support and grow the product.

Who it fits

Check if it fits you

Good fit

  • A product from scratch or a refactor

    A new service, platform, or legacy modernization. You need the full cycle: from idea to production.

  • Growth without hiring

    More tasks than the team can handle. An external team adds capacity without a long hiring process.

Not a fit

  • A two-week project

    A short one-off script or prototype: a full dev process outweighs the formalities.

  • Tight deadlines without a spec

    If the product is needed "yesterday" and requirements are unknown, we plan iteratively instead of a fixed quote.

Track record

What you get

−50%

time spent on manual reports

We built a web system with ERP integration and analytics: from design to release. Data stopped living in spreadsheets, and manual exports disappeared.

Yours to keep

Code in your repository

The code stays yours and in your repository. The system keeps evolving even if the team changes, and you stay the owner.

Days to onboard

Documentation with the code

Documentation travels with the code: architecture, integration points, data schema. A new person gets up to speed in days.

A failure in five minutes

Observability before launch

Monitoring and alerts are configured before launch: response time, error rate, server load. A failure is visible in five minutes.

Automated run

Tests catch regression

Automated tests cover critical scenarios, so regression after a new feature is caught automatically. Production users see a working screen.

Fixed before attack

A security audit

Security is audited after release too: dependency updates, access audits, data encryption. A vulnerability is closed before it can be exploited.

An hour per incident

Response time

The SLA defines the response time: a critical incident is resolved within business hours. Support volume is scaled to your budget.

What we check

Checks before kickoff

Requirements and scenarios

We gather requirements through interviews with key stakeholders: scenarios, load constraints, integration requirements. A gap in the spec costs more than any code revision.

Architecture on a prototype

We validate architecture on a prototype: a load test with 10k users exposes bottlenecks while they're still cheap to fix, not when the system is already in production.

Stack for the product type

We align the stack to the product type: one set of technologies for an internal system, another for a public service. The decision is documented with justification.

Risks and fallback plans

We assess risks upfront: dependency on external suppliers, legacy data migration, version compatibility. Each risk gets its own fallback plan.

Metrics before the start

We define success metrics before the start: response time, conversion, availability. Without numbers you can't tell whether the release succeeded or merely shipped.

First version boundaries

We lock the first version's boundaries: what's mandatory for launch and what can wait. A narrow MVP saves budget and shortens the path to a usable result.

How it works

How the system is built

  1. We work in 1–2 week sprints

    We work in 1–2 week sprints and show working code at the end of each one. You see the product itself, while slide decks stay an appendix to the demo.

  2. Sprint priorities are agreed upfront

    Sprint priorities are agreed upfront, so you approve the order of work before the team starts. Changing the plan at that point costs less than reworking a finished result later in the cycle.

  3. The developer owns the task end-to-end

    The developer owns the task end-to-end: from analysis to their own test. Handoffs between specialists eat time and hide small errors.

  4. Every change goes through code review

    Every change goes through code review. A second pair of eyes catches bugs and makes architectural decisions deliberate rather than accidental.

  5. Build and deploy to staging run every sprint

    Build and deploy to staging run every sprint. Integrations are tested on a staging environment, so production sees only a verified build.

  6. Notes from demos feed into the next sprint's plan

    Notes from demos feed into the next sprint's plan, so the product adapts to your vision gradually, one step at a time after release.

Stack

Technologies

The technologies we use in our work and their role in a project.

Web apps and high-load SaaS

We write the client side in React and Next.js, and TypeScript catches type errors before release. The backend runs on Node.js; where we need fault tolerance, we write services in Go and Python.

JavaScript with types: the compiler finds a type error before release instead of your users in production.UI library: the page is built from components, and a state change re-renders only the parts that changed.React framework with server rendering and build-time page generation, so the first paint arrives fast.JavaScript runtime on the V8 engine, so the backend shares one language with the frontend.Compiled language from Google: goroutines hold thousands of connections without a large number of threads.Language with ready libraries for data, APIs, and automation, so a prototype comes together faster.

Mobile ecosystems

Native iOS code is written in Swift, Android code in Kotlin. When one codebase has to cover both, we pick Flutter or React Native and ship sooner.

Apple's language for iOS with safe memory handling, direct access to system APIs, and strict checks at build time.The official Android language: null safety in the type system and interop with existing Java code.Google's Dart UI framework: it draws its own widget layer, so both platforms look the same.Real iOS and Android components rendered from JavaScript: shared logic, native performance.
Budget estimate

Cost calculator

This is an indicative range, not a quote. We scope the exact estimate after a brief: it depends on volume and the number of integrations.

Duration, months

6

Complexity

Integration

Add-ons

Support

Year one: updates and monitoring, a reply within 2 business days.

Service

Custom Software Development

The estimate covers our team's work. Hardware, third-party service licences and travel are added on request.

Estimated cost

₽7.5M

Timeline

34 wk

Questions

Frequently asked questions

How is the cost formed?

From the spec and scope. We give a quote before start, agree the scope and stage payments, and track changes through spec updates.

Who owns the code?

You do. Code, documentation, and access are handed to you; the code lives in your repository from day one.

How do you control quality?

Automated tests, code review, and security audits. We run load and failure scenarios before release, not after.

What happens after release?

Support: updates, new features, and optimization. The SLA format is agreed separately.

Ready to discuss your task?

Leave a request – we'll get back with a proposal and a preliminary estimate.

Contact us