How much does development cost? mobile application in Ufa
Let’s look at what the budget for a mobile app is made up of and why it’s the same for the first time look, projects cost differently, and why can’t the studio name the price based on a one-line description. Below - a calculator that will calculate the fork for your task in two minutes.
The cost of developing a mobile application in Ufa, as a rule, starts from 700–800 thousand rubles for MVP and reaches 5–8 million for a complex product with multiple user roles, payments and integrations. Cross-platform development with Flutter covers Android and iOS with one code, which usually reduces the budget by 30-40% versus two native teams. The exact price is determined not by the type of application, but by the number and complexity of user scenarios.
Application cost calculator
What determines the cost of development?
When a customer hears “delivery app,” they envision a specific product. When he hears it developer, he submits twenty open questions. It is on them that pricing is based.
Functional volume
Key factor. Not “how many screens”, but how many user scripts need to implement and how much they branch. The catalog screen is one screen. But if it has filters, sorting, search with hints, favorites, browsing history and different states for logged in and an unauthorized user is already weeks of work, not days.
Rule of thumb: An app with 8-12 screens and one main scenario is an MVP. Application with 30+ screens, three user roles and an admin panel - this is already a product, and the difference in budget between them usually a multiple.
Availability and complexity of backend
A mobile application almost never lives on its own. It contacts the server for data, authorization, payments, notifications. Backend is a separate layer of work, which often makes up from 30 to 50% of the budget project.
- Application without backend — calculators, offline reference books, simple utilities. It is rare and inexpensive.
- Backend on a ready-made platform (Firebase, Supabase, Directus) - faster and cheaper, suitable for MVP and typical scenarios.
- Custom backend — needed when there is complex business logic, requirements for productivity or integration with internal company systems.
- Integration with existing system (1C, own CRM, ERP) - cost unpredictable until the documentation of someone else's API is studied.
Integrations with external services
Each integration is a separate task with its own deadline and risks. Payment systems, cards, services delivery, SMS gateways, analytics, push notifications, authorization via social networks. Some integrate within a day. Some - in two weeks, because the documentation is incomplete, and technical support responds once every three days.
Design and UX
The difference between “used the Material design system” and “drew a unique interface with custom animations” - this is a difference of hundreds of thousands of rubles. Both approaches are valid, but the decision must be made consciously.
- Standard design based on guidelines - fast, predictable, looks normal. Fits for internal and B2B products.
- Custom design with branding development - more expensive, but critical for B2C products, that compete for the user's attention.
- Complex animations and micro-interactions - significantly increase development time, rather than design only. Every non-standard transition is a code.
Security requirements
An application for reading news and an application that processes medical data or payments are different level of requirements. Encryption, compliance with 152-FZ, audit, protection from reverse engineering - all this labor costs that are not visible in the interface, but take weeks.
User Roles
An often underestimated factor. An application with one role is one application. Application with "client" roles “performer” and “operator” are actually three applications in one, with different logic, different screens and tripling the volume of testing. Try moving the role slider in the calculator above - you will see how sharply the fork grows.
Cost by project type
| Application type | Cost range | Term | What determines the price |
|---|---|---|---|
| MVP / prototype | 700 000 — 1 500 000 ₽ | 2–3 months | One key script, minimum screens, ready-made backend |
| Enterprise application | 1 200 000 — 3 000 000 ₽ | 3–5 months | Integration with internal systems, roles, reporting |
| Online store | 1 500 000 — 4 000 000 ₽ | 4–6 months | Catalog, shopping cart, payment, integration with 1C, personal account |
| Delivery app | 2 000 000 — 5 000 000 ₽ | 5–7 months | Cards, real-time tracking, two roles, payments |
| CRM / internal tool | 1 500 000 — 3 500 000 ₽ | 4–6 months | Depth of business logic, access rights, synchronization |
| Service aggregator | 2 500 000 — 6 000 000 ₽ | 6–9 months | Two or three roles, search, ratings, chat, escrow payments |
| Marketplace | 3 500 000 — 8 000 000 ₽ | 7–12 months | Multi-vendor, moderation, complex calculations, anti-fraud |
| Medical application | 2 000 000 — 6 000 000 ₽ | 5–9 months | 152-FZ, data protection, telemedicine, integration with MIS |
| Logistics / TMS | 2 500 000 — 6 500 000 ₽ | 6–10 months | Offline mode, geotracking, route optimization, EDI |
| Fintech | 4 000 000 — 12 000 000 ₽ | 8–14 months | Regulation, security, audit, KYC, banking APIs |
Note the variation within each category. It is not accidental - this is the main message: category the project does not determine the price. A simple marketplace with manual moderation may cost less complex corporate application with integration into 1C and SAP.
Why is it impossible to name a price without analysis?
Imagine asking a builder to price a house based on the phrase “two-family home.” He will ask about the number of floors, materials, foundation, site, communications. Exactly the same thing is in development, only there are more questions and they less obvious to a layman.
What should be known before the assessment
- Who is the user and what problem does he solve? This determines the number of roles and scenarios.
- Do you already have a backend, database, accounting system? Development from scratch and integration into existing circuit - different budgets.
- What external services need to be connected. Each is a separate task.
- Is there a design or does it need to be done. Design is usually 15-25% of the budget.
- What are the load and performance requirements? Application for 100 users and 100,000 - different architecture.
- Are there any regulatory requirements? 152-FZ, medical data, financial transactions.
It takes from several days to two weeks to work through these issues. This pre-project analytics — and it's not free for any team that takes evaluation seriously.
What a fair assessment process looks like
Why Flutter Can Reduce Cost
But it is important to understand the limits of this saving. Flutter is not a universal solution, and to claim that it is always cheaper would be untrue.
Compare for yourself: Flutter versus two native teams
Where the savings are real
Is Flutter right for your project?
Four questions and you will get an honest answer. If Flutter is not suitable for your task, the test will tell you so.
When is Flutter the right choice and when is it not?
- Business applications: catalogues, orders, personal accounts, CRM, internal tools
- E-commerce and delivery: standard UI patterns, working with APIs, payments
- MVP and hypothesis testing: need to reach both platforms quickly and with limited budget
- Startups: when there is no resource to contain two commands
- Applications with a unique branded UI: Flutter gives you complete control over rendering
- Heavy 3D graphics and games: need game engines or native APIs
- AR / VR: deep work with ARKit and ARCore
- System utilities: widgets, deep integration with the OS, background services with strict requirements
- Applications with extreme power requirements
- Products with only one platform and it will not change - then there will be savings on no cross-platform
We work specifically with cross-platform development on Flutter - this is a conscious choice of specialization. If your task falls into the right column, it’s more honest to say about it right away than to pull the tool on inappropriate task.
What is included in the development cost
| Article | Budget share | What exactly is being done |
|---|---|---|
| Analytics | 5–10% | Collection of requirements, description of scenarios, technical specifications, assessment |
| UX design | 7–12% | User paths, screen structure, prototype, navigation logic |
| UI design | 10–15% | Visual concept, layouts of all screens, states, design system |
| Flutter development | 30–40% | Screen layout, business logic, working with API, state management |
| Backend | 15–30% | API, database, admin panel, authorization, integrations |
| Testing | 10–15% | Functional, regression, on real devices, autotests |
| Publication | 2–4% | Assembling releases, preparing pages in stores, passing moderation |
| Project management | 8–12% | Planning, communication, deadline control, demo, reporting |
What is usually NOT included in the base price
- Developer accounts. Google Play - one-time cost about 25 dollars, Apple Developer - about $99 per year. Usually issued to the customer's company.
- Hosting and infrastructure. Servers, domains, SSL, CDN are the customer’s operating expenses.
- Paid third party services. SMS gateways, cards above the free limit, payment commissions.
- Filling with content. Texts, photos, product descriptions.
- Post-release support. It is calculated separately - usually as a percentage of the development budget in month.
If the studio does not spell out these points at the start, this is the first sign that the final amount will be differ from what was stated.
Application development stages
Click on a stage to see what exactly is being done and what artifacts you get as a result.
We study the business problem, competitors, users. We formulate what the application should change in business - not “what will be in it,” but “why is it?” Often at this stage it turns out that half planned functions are not needed, but one that was not planned is needed.
We describe how data is organized, where it is stored, how the application communicates with the server, what roles there are and access rights. Select a stack. Here decisions are made that are then expensive to change: offline mode, multilingual, scaling - everything is being laid out now.
We build user scenarios and a screen map. We answer the question “how many steps to the target actions" and remove unnecessary ones. UX is not about beauty, but about whether the user will reach the point of purchase or close the application on the third screen.
A clickable layout that allows you to go through the main scenario. Cheap way to find problems before how the first line of code is written. An edit in a prototype costs an hour, the same edit in the finished code - a week.
Visual elaboration of all screens and states - including empty lists, errors, loading. A design system is being assembled: components, colors, typography. This speeds up both development and subsequent improvements: the new screen is assembled from ready-made blocks, rather than drawn from scratch.
Interface layout, business logic implementation, API connection, error handling and offline states. We work in sprints of two weeks, at the end of each - a working demo functionality. You see progress not in reports, but in the application on your phone.
Runs parallel to the mobile part. API, database, admin panel, integration with external services. This is often the most unpredictable part of the project due to the dependence on other people's systems: if The client has a self-written CRM without documentation, it is impossible to predict the timing until the code is studied.
Functional testing, testing on real devices of different generations, load testing backend testing. Separately, testing scenarios with poor connections and offline. Application, that crashes on the subway is a broken application.
Assembling release versions, preparing pages in the App Store and Google Play, passing moderation. U Apple moderation is stricter and can take from a day to two weeks in case of deviations - often by formal and unobvious reasons. Factor this time into your launch plan.
Update for new OS versions, bug fixes, improvements based on user feedback. An application without support stops working after about a year - this is not intimidation, but a consequence Apple and Google policies that regularly raise minimum SDK versions.
How long does development take?
| Project scope | Total term | Analytics + design | Development | Tests + release |
|---|---|---|---|---|
| MVP (1 scenario) | 2–3 months | 3–4 weeks | 4–6 weeks | 2–3 weeks |
| Simple application | 3–4 months | 4–6 weeks | 6–8 weeks | 2–3 weeks |
| Average with backend | 4–6 months | 6–8 weeks | 10–14 weeks | 3–4 weeks |
| Difficult (2–3 roles) | 6–9 months | 8–10 weeks | 16–22 weeks | 4–6 weeks |
| Marketplace / fintech | 9–14 months | 10–14 weeks | 24–36 weeks | 6–10 weeks |
What prolongs deadlines most often?
- Long approvals on the customer's side. The team is waiting for a decision - time is running out, budget is spent.
- Changing requirements in the process. It's normal if it's manageable. It's destructive if chaotic.
- Waiting for access and data. Keys to the API, test accounts, access to the database - typical bottleneck.
- Rejection by moderation. Especially the App Store. Sometimes the reason for rejection is formal and not obvious.
What influences the budget increase
| Cause | Typical height | How to avoid |
|---|---|---|
| Adding a new user role | +25–50% | Identify all process participants at the analytics stage |
| Integration with internal system without documentation | +15–40% | Study the API before signing the contract, lay down a buffer |
| Change of design concept in progress | +10–25% | Approve the design concept on the prototype, before layout |
| Requirements of 152-FZ, which appeared later | +10–20% | Discuss regulatory requirements on the first call |
| Offline mode added after launch | +20–35% | This is an architectural decision, it cannot be “added” later |
| Custom animations instead of standard transitions | +5–15% | Decide at the UI design stage, not at the development stage |
| Support for older OS versions | +5–12% | Analyze the audience - often this is not necessary |
| Multilingual after release | +8–18% | Build localization into the architecture from the very beginning |
General pattern: the later a claim arises, the more expensive it is. Function, built into the architecture at the design stage costs X. The same function added after release costs from 3X up to 10X, because it requires reworking already written code.
How to reduce project cost
How to cut volume correctly
- Write down all the functions and prioritize honestly. Three levels: without this the product will not it works / it’s important, but it can be done later / I’d like it. Typically 20–30% fall into the first category list.
- Leave one scenario and bring it to perfection. An app that does great one thing more useful than an application that does mediocre five.
- Replace automation with manual work at the start. Manual moderation instead anti-fraud systems. Calculation in a table instead of an algorithm. While there are few users, it works and is worth it zero.
- Use ready-made solutions where they do not create a competitive advantage. Authorization, payments, push notifications, analytics - use ready-made SDKs, don’t write your own.
- Avoid custom design in the first version. You can test the hypothesis at design system. Branding is added later, when it is clear that the product is needed.
What you should NOT cut
- Testing. Saving here is the most expensive. The bug found by the user costs times more expensive than a bug found by a tester.
- Analytics. Without it, you won't know if the hypothesis works, and the whole point of an MVP is lost.
- Architecture. “We’ll do it quickly, then we’ll rewrite it” is a phrase after which projects rewritten from scratch after a year and a half.
- Security if you work with personal data. This is not the article on which worth saving.
Why do studio prices differ significantly?
When you receive three commercial offers - for 800 thousand, for 2.5 million and for 6 million - this is not means that the first studio is more effective, and the third is more impudent. Most likely, all three considered different projects.
What's behind the low price?
How to correctly compare offers
- Request a breakdown of the estimate by stages. If the CP contains one line “application development - 1 500,000 ₽”, this is not an estimate.
- Check if backend is included. Ask directly. This is the most common source of discrepancy.
- Find out who writes the technical specifications. If you are supposed to, invest your time in it and, perhaps hiring an analyst.
- Ask about the team composition. Who exactly will work, what experience do they have, how much parallel projects are underway.
- Check the terms of support. How much does a month of support cost, what does it include, is there any SLA.
- Look at projects, not portfolio pictures. Download their apps from stores. Read the reviews.
Frequent customer mistakes
1. Choose at the lowest price
Development is not a commodity. A price 2–3 times lower than the market does not mean efficiency, but the fact that part no work included. The final cost of a project for a “cheap” studio is often higher, because the base price adds improvements, corrections and, in the worst case, rewriting another one from scratch team.
2. Start without technical specifications
“We roughly know what we want, let’s get started and figure it out along the way” - this is a guarantee of conflict. Without technical specifications it is impossible to determine what is considered completed work and what is considered rework. A dispute is bound to arise, and there will be no way to resolve it.
3. Trying to do everything at once
The list of sixty features in the first version is almost always a consequence of the fact that the hypothesis was not tested. The application comes out in a year, it turns out that users need three out of sixty functions, and the budget is already spent.
4. Ignore MVP
MVP is perceived as a "poor man's version". In fact, this is a way to find out the truth about a product in 3 months instead of 12. Companies that don't make MVPs most often find out the truth the moment the money runs out.
5. Don’t budget for support.
An application is not a website that can remain unchanged for years. Apple and Google update regularly requirements, raising minimum SDK versions, changing policies. Application without updates for a year It may simply stop being accepted by stores. Approximately support is laid 10–20% of development budget per year.
6. Evaluate developers based on portfolio pictures
Beautiful screenshots in a presentation do not indicate the quality of the code or whether the application works. Download studio products from stores. Check out the ratings and reviews. Check when the last update was.
7. Save on analytics
It seems that analytics is “talk for your money.” In practice, a week of analytics saves months development is not what is needed. This is the most profitable budget item.
8. Demand a fixed price for an indefinite volume
Fixed price is possible only with strictly fixed technical specifications. If the requirements change - and they will - fix it turns into either a conflict or an initially inflated price with a large buffer for risks. Often more honest work according to Time & Material with transparent tracking.
Frequently asked questions
We do not develop applications only for Android. With a cross-platform approach on Flutter, one code works on both Android and iOS, so the cost is calculated per application entirely, and not behind the platform. Approximately: a simple application - from 800 thousand rubles, an average from backend - from 1.5 to 3 million, complex product - from 3 million.
We make one application that works on both platforms. Separate Development only for iOS does not save money, but deprives you of half your audience. Price Flutter applications running on iPhone and Android start at approximately 800 thousand rubles
The price of developing a Flutter application depends on the amount of functionality, and not on framework. Ranges: MVP - 700 thousand - 1.5 million, medium-sized application with backend - 1.5–4 million, large product with several roles and integrations - from 4 million. Flutter affects the price in that it reduces labor costs, but does not eliminate them.
In most business projects, Flutter is cheaper - usually 30–40%, because one team writes one code for two platforms. But in projects with heavy 3D graphics, AR or deep integration with system APIs, native development may be more profitable. There is no universal answer - the solution depends on the problem.
Formally, yes - if it is a very narrow MVP with one script, without a backend or with ready-made backend, based on a design system without customization. Realistically, such a budget covers 1–1.5 months of work by a small team. If for 500 thousand they promise you a “store with payment, personal office and integration with 1C" - this is either a template, or the price will increase in the process.
MVP on Flutter, as a rule, costs 700 thousand - 1.5 million rubles and takes 2–3 months. The variation is explained by whether you need your own backend, how many screens and are there any integrations? MVP on a ready-made backend (Firebase, Supabase) is closer to the bottom border.
MVP - 2-3 months. A medium-sized application with a backend and admin panel — 4–6 months. Large product with several roles, payments and integrations - from 6 to 12 months. Term counts from the start of analytics to publication in stores and includes design, development, testing and moderation.
Analytics and technical specifications, UX design, UI design, Flutter development, backend, testing, publication in the App Store and Google Play, project management. Not included: accounts developer (Apple - about $99 per year, Google - about $25 one-time), hosting, paid third-party services, content filling and post-release support.
Technically it's possible, but it's a bad idea. Without technical specifications it is impossible to fix the volume, and This means that it is impossible to determine what is considered completed work. We can draw up technical specifications ourselves analytics stage: this is a separate stage that takes 1–3 weeks and is paid for. Start In general, we don’t undertake anything without describing the requirements.
No. We work with Flutter - one code base compiles into applications for both platforms. Separate development is needed only in specific cases: heavy graphics, AR, deep integration with OS system functions. For the vast majority of business tasks A cross-platform approach is optimal.
Yes, and this is a normal scenario for product development. Another thing is important: some things must be built into the architecture from the very beginning, otherwise their addition will require rework. TO these include offline mode, multilingualism, multi-user roles and strict requirements for security. It is better to discuss them at the design stage, even if you will implement them Later.
Requirements are decomposed into specific tasks, each estimated in hours of work corresponding specialist, hours are multiplied by the rate, a buffer for risks and management is added project. The result is an estimate with a breakdown of the stages, where you can see what each figure consists of. Without decomposition, an honest assessment is impossible.
Number of user roles and backend complexity. Adding a second role (for example, “performer” next to “client”) increases the budget by 25–50%, because in fact doubles the scope of interfaces, logic and testing. In second place is integration with external systems, especially if they do not have normal documentation.
Mobile part - Flutter and Dart. Backend - depending on the task: Directus for typical scenarios with a quick start, custom solutions where complex business logic is needed. Infrastructure - Docker, CI/CD for automatic build of releases. Analytics, crash reporting and push notifications are connected via standard SDKs.
We collect release versions, prepare descriptions, screenshots and metadata, send for moderation. Google Play usually checks in 1-3 days. App Store is stricter: verification takes from days to a week, deviations are possible for formal reasons - then the cycle repeats. Accounts developer's licenses are registered to the customer's company so that the application belongs to you.
Approximately 10–20% of the development budget per year. Support includes updates for new versions of Android and iOS, bug fixes, minor improvements, monitoring. This is not an option: an application without updates for a year risks being no longer accepted by retailers due to changes requirements for minimum SDK versions.
Flutter tends to be cheaper, with savings typically ranging from 30-40%. She consists of two parts: development is carried out once instead of twice, and support is also carried out once instead of twice. The second effect is often underestimated, but at a distance of three years it turns out to be more than the first.
Business applications with standard interfaces: catalogues, shops, delivery, personal accounts, CRM, internal company tools, service aggregators, MVP for testing hypotheses. That there is everything where the main work is displaying data, forms, navigation and API calls. This the vast majority of commercial applications.
Yes, and this is a common scenario - usually when containing two native commands It's getting expensive. Technically, this is a new development, but with a significant simplification: you already have there is a working product, clear requirements, design and proven business logic. Due to this migration is cheaper than development from scratch, approximately 20–35%.
Because companies consider different projects. Cheap offers are often not analytics, backend, testing or support are included. It is not the final figures that need to be compared, but composition of the estimate: what exactly is included, who writes the technical specifications, is the server part included, how is it considered testing. The same number in the CP can mean a completely different amount of work.
An accurate assessment is only possible after the requirements have been worked out. Process: call to 30–60 minutes to understand the problem, then gathering requirements and describing scenarios (3–10 days), then decomposition and calculation of estimates (2–5 days). At the exit you receive a document that shows what you pay, and you can compare it with offers from other studios.
Yes. We are located in Ufa, we have an office in Moscow, but the geography of clients is not limited - processes are built for remote work: sprints, regular demos, task tracking, access to repository. Physical presence is rarely required and is discussed separately.
Conclusion
The cost of a mobile application is not determined by its category. “Delivery app” is not a unit measurements. The budget consists of the number and complexity of user scenarios, backend depth, number integrations and security requirements. That is why a project with the same name can cost both million, and six.
Cross-platform development on Flutter in most business tasks reduces the budget by 30–40% and reduces the time about a third - due to one team and one codebase instead of two. It's not universal advantage: in projects with heavy graphics, AR or deep work with system APIs, a native approach remains acquitted. An honest contractor will say this directly, and will not pull a tool that is convenient for him. for the wrong task.
If your budget is limited, don’t try to compress a full-fledged product. Build an MVP: one script brought to perfection working condition, in 2–3 months. This will provide real data on whether the product is needed and will allow us to develop what really works, and not what seemed important at the start.
And most importantly: do not compare the final figures in commercial proposals. Compare the composition estimates The difference in price between studios almost always means a difference in understanding the task - and the studio that I thought it was more expensive, often I just thought it was more honest.
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