MVP Development Cost in Kazakhstan in 2026: What Drives the Price

An MVP in Kazakhstan has no fixed market price: the budget equals the total hours of all roles on the team multiplied by the rate. In our model, a simple web MVP with one user role takes about 10 person-weeks, a web service with payments, an admin panel and two roles about 20, and a mobile app with a backend, payments and integrations about 35. This is a planning benchmark, not market statistics. Your team’s or contractor’s rate determines the final amount, and the easiest way is to plug it into the formula yourself.

This article is for founders, product managers and executives who plan to commission or build an MVP and want to understand the budget before the first conversation with a contractor. We will cover what goes into an MVP, which decisions drive scope the most, calculate three typical setups using the “hours × rate” formula and show what you can cut without hurting hypothesis validation.

What is and isn’t in an MVP

An MVP is the minimal version of a product in which real users complete the core flow while you test a hypothesis: will people use it and pay for it. It is not a clickable Figma prototype and not “the first version with everything we came up with over six months”.

The minimal working scope of an MVP:

1. One core flow that works end to end: the user arrives, takes the main action and gets the result.
2. Sign-up and login in the simplest form.
3. A minimal admin panel or another way for the team to see requests, users and payments.
4. Event analytics for the core flow: without it, the MVP validates nothing.
5. A working server with backups, a domain and a certificate.

What an MVP usually does not need: a flexible system of roles and permissions, management reports, a second and third user type if the hypothesis is about the first, a built-in chat, complex notifications, or a fully bilingual interface if the audience speaks one language.

If the hypothesis has not yet been tested through customer conversations and a landing page, hold off on spending money on development. We explained how to do this in two weeks in our article on validating demand for an IT product.

The price formula: hours × rate

Any honest MVP estimate comes down to one formula:

Budget = Σ (role person-weeks × 40 hours × role rate) + risk buffer

A person-week is 40 working hours of one specialist. If a contractor estimates in hours or days, convert everything to one unit before comparing.

We deliberately don’t name a rate. It depends on the format: an in-house team (salary, taxes, workspace and idle time divided by working hours), freelancers, a studio in Almaty or Astana, or a foreign contractor. Rates vary widely between providers, and any “market average” is more likely to confuse than help. Take the real rates of two or three providers you are willing to work with and plug them in.

Always include a buffer. We plan 15–20% on top as a planning rule, not as statistics: an MVP always turns up things that were not visible at the start.

Who is involved in the work:

Role	Responsible for	When needed
Product manager or analyst	Flows, requirements, priorities, acceptance	Always
Designer	Prototype, interface, component set	Always; scope depends on the number of screens
Frontend developer	Web interface and admin panel	If there is a web part
Mobile developer	iOS and Android app	If the product is mobile
Backend developer	API, database, integrations, payments	Always
QA engineer	Testing core flows and regression	Always
DevOps engineer	Servers, deployment, backups, monitoring	Always, but in a small amount

Five factors that drive the price

Number of user roles

Each role brings its own screens, permissions, flows and tests. A booking service with “client” and “administrator” roles and a marketplace with “buyer”, “seller”, “moderator” and “administrator” roles differ in scope several times over, even if they look similar. The strongest cost-saving lever is to keep one external role in the MVP and handle the rest manually with your team.

Integrations

Every external system (accounting software, CRM, SMS provider, WhatsApp, maps, delivery service) adds backend work and testing. The cost of an integration is determined less by code than by the quality of the partner’s documentation, whether they have a test environment and how quickly their support responds. Find this out before estimating.

Some features are cheaper to plug in than to build. For example, instead of building your own customer database and pipeline, you can take the open source CRM Twenty with its API and webhooks and connect it to your product. This saves weeks of admin panel development but requires an engineer to deploy and maintain it on a server.

Payments: Kaspi and cards

A payment is not just a “Pay” button. It is a contract with a provider, status handling, refunds, reconciliation, notifications and tests for failure scenarios. Connecting Kaspi payments or bank card acquiring requires a contract and a review by the provider, and the timing of that review does not depend on the development team. That is why the legal part starts in the first week of the project.

For B2B products, an invoice to the customer’s LLP is often enough at the start: the client pays by bank transfer, and online payment is added once the product has confirmed demand.

Web or mobile app

A mobile app is almost always more expensive than web: two platforms or a cross-platform framework, publishing in the App Store and Google Play, store reviews, push notifications and handling device permissions. On top of that, the team still needs a web admin panel. If the product does not rely on the camera, geolocation or daily use, start with a web app that works well on phones.

Admin panel

The admin panel is the most commonly underestimated part. Operators need to see requests, change statuses, moderate content, find users and export data. At the start, you can replace the admin panel with an off-the-shelf CRM, a spreadsheet with exports or an admin panel generator, and build a full one later, when it is clear which operations repeat every day.

Three MVP setups in person-weeks

Below is our planning model. The figures are a benchmark, not a market norm: the actual scope depends on the flow, the quality of requirements and the team’s experience.

• A. Web service, one role. Core flow, login, simple admin panel, analytics, no online payment.
• B. Web service with payments. Two roles, admin panel with moderation, online payment, one external integration.
• C. Mobile app. Cross-platform app, backend, web admin panel, online payment, two or three integrations.

Role	A, person-weeks	B, person-weeks	C, person-weeks
Product manager or analyst	1.5	2.5	3.5
Designer	1.5	3	4
Frontend	3	5	3 (admin panel)
Mobile development	—	—	9
Backend	3	6	9
Testing	1	2.5	4
DevOps	0.5	1	1.5
Total	10.5	20	34
Hours (× 40)	420	800	1,360
Calendar time, benchmark	6–8 weeks	10–12 weeks	14–18 weeks

Calendar time is longer than “person-weeks divided by headcount”: analysis and design come before development, testing partly comes after it, and the payment provider and app stores work at their own pace.

How to calculate your MVP budget

Let the rate be S tenge per hour. If the rate is the same for all roles, the budget for setup B with a 20% buffer is:

800 hours × S × 1.2 = 960 × S

If rates differ, calculate line by line: 100 product hours × S₁, 120 design hours × S₂, 440 frontend and backend hours × S₃ and so on, then add them up and add the buffer.

Three questions that help compare contractor proposals:

1. Which roles are included and how many hours for each? Without a breakdown, there is nothing to compare.
2. What is not included in the estimate: the admin panel, testing, server setup, app store publishing, payment integration?
3. Fixed price or time and materials? With a fixed price, the contractor builds their risk into the rate; with hourly billing, you manage scope yourself but are also responsible for it.

What to cut without hurting hypothesis validation

What you want to build	What to use at the start	When to bring it back
A mobile app for two platforms	A responsive web app	When the flow requires the camera, push or daily logins
A full admin panel	An off-the-shelf CRM or a spreadsheet plus manual operator work	When manual operations take hours every day
Online payment for B2B	An invoice to the client’s LLP	When there are more customers than accounting can process
Flexible roles and permissions	Two fixed roles	When enterprise customers with access requirements appear
Reports and dashboards	CSV export and event analytics	When it is clear which metrics are reviewed every week
Built-in chat	A link to WhatsApp or Telegram	When conversations need to be stored in the product
A bilingual interface	The main audience’s language	When the audience is confirmed and needs a second language
Notifications in every channel	One channel	When you can see which channel users respond to

What you cannot cut: analytics for the core flow, backups, basic access security, testing the user’s main path and personal data protection. Saving on these costs more than the work itself.

Post-launch costs

The MVP budget does not end on release day. Plan ahead for:

• hosting and backups, paid monthly;
• a domain, certificates, and App Store and Google Play developer accounts if the product is mobile;
• payment provider fees;
• fixing bugs found by the first users;
• two or three rounds of improvements based on analytics data, which is the whole point of building an MVP.

Kazakhstan context. If the MVP collects personal data and customers care about it being stored in Kazakhstan, choose a Kazakhstani hosting provider from day one: moving after launch costs more than making the right choice at the start. Local hosting is paid in tenge under a contract with proper closing documents, while foreign clouds and SaaS are usually paid with a corporate card in dollars without documents that meet Kazakhstani standards. One more local nuance: users are used to resolving issues in WhatsApp, so a link to messenger support often replaces an entire feedback module in an MVP.

After the MVP launches, the main question is how to bring in the first paying users. We covered the channels for this in our piece on GTM for SaaS in Kazakhstan.

How we do it

We start with a short diagnostic: we formulate the hypothesis, choose one core flow and estimate the work by role in hours, with an explicit list of what the MVP does not include. Then we build the MVP around that flow, launch it with a limited group of users and only after the first data decide what to scale and what to drop. This way the budget goes to testing the hypothesis, not to features nobody asked for.

If you want an estimate of your MVP in hours by role, start with our MVP development and product launch page: it describes how we work and what you get at the end.

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Sources. Twenty CRM: twenty.com and the GitHub repository. The person-weeks in this article are Gotomarket’s planning model, not market statistics.

Terms in plain words

MVP (Minimum Viable Product)

The minimal version of a product in which real users complete the core flow. It is not a prototype and not a 'version with every feature', but a tool for testing a hypothesis.

Person-week

A unit of work: 40 working hours of one specialist. Useful for comparing estimates from different contractors in the same units.

Frontend and backend

Frontend is what the user sees and clicks in the browser. Backend is the server side: the database, calculations, payments and connections to other systems.

DevOps engineer

A specialist who sets up servers, deployment of new versions, backups and monitoring. An MVP needs a small amount of this work, but always needs some.

Admin panel

An internal interface for the team: requests, users, statuses, payments. At the start it can be replaced with an off-the-shelf CRM or a spreadsheet.

Card acquiring

Accepting bank card payments through a bank or payment provider. It requires a contract and a review, so it is set up in the first week of the project.

Webhook

An automatic notification one system sends to another when something happens, for example when a new deal appears. It lets you connect a product to an off-the-shelf CRM without extra code.

Cross-platform framework

A technology that lets you write one mobile app for both iOS and Android. It reduces the work compared with two separate apps.