Customer apps
Personal accounts, orders, subscriptions, documents, notifications, payments, and personal services for the company’s clients.
Mobile apps
Mobile app development for business
We design and develop mobile apps for iOS and Android: from user scenarios and UI/UX to backend, API, integrations, analytics, and preparing the product for publication.
We build apps as part of a business system: with personal accounts, data, payments, notifications, internal processes, and a connection to the company’s existing infrastructure.
Custom mobile app development
Custom mobile app development starts not with screens, but with the business task. We define user roles, key scenarios, data, integrations, and backend requirements, then form the product architecture and the first-version scope.
This approach keeps the MVP from being overloaded with secondary features and at the same time lays the foundation for further evolution of the app.
Mobile apps for business
A mobile app can be a separate digital product or part of the company’s existing system. It can work with CRM, ERP, a website, an internal platform, payment services, logistics, and other data sources through an API.
Functionality is designed around real business processes, not around a typical set of screens.
Mobile apps we develop
B2B apps
Mobile tools for partners, dealers, suppliers, and corporate clients with roles, data, and business operations.
Internal apps
Systems for employees: tasks, requests, warehouse operations, process control, documents, and access to internal data.
E-commerce apps
Catalog, product cards, cart, checkout, payments, orders, delivery status, and a buyer’s personal account.
Service apps
Booking, reservations, requests, statuses, subscriptions, geography, notifications, and other user scenarios.
Mobile product MVP
The first working product version with critical scenarios for testing the business hypothesis and further evolution.
App development for iOS and Android
Which platforms to include is determined by the audience and the project tasks. If the product must run on both iOS and Android, architecture is chosen with shared business logic, interface requirements, performance, native device features, and development timelines in mind.
The platform choice is fixed after analysis, not used as a marketing formality.
Cross-platform mobile app development
For a number of business apps a cross-platform approach is rational, when a significant part of logic and interface is reused on both mobile platforms. This can speed up release and simplify support of a single product.
The decision is made after checking requirements for performance, devices, push notifications, camera, geolocation, payments, and other native capabilities.
If the current technical stack of the project is JavaScript/TypeScript, a modern cross-platform stack can be considered for the mobile part. The specific technology is not fixed until architectural analysis of the particular project.
Mobile app UI/UX
Before development it is necessary to define user roles, core scenarios, and navigation. The interface must account for the mobile context: small screens, touch interaction, system states, data loading, network errors, and repeated user actions.
Design should be part of the overall product logic, not a separate layer created without regard to backend and business processes.
Backend for a mobile app
Most business apps need a server part for authorization, data storage, business rules, integrations, notifications, and synchronization between devices.
Backend is designed as a separate layer with a clear API, data validation, error handling, logging, and access control. Secret keys of external services must not end up in the mobile client.
Mobile app APIs and integrations
The app can receive data and send actions to CRM, ERP, an online store, a corporate system, a payment service, or other company infrastructure through an API.
For each integration it is necessary to define the source of truth, data format, synchronization rules, conflict handling, and behavior when the external system is temporarily unavailable.
Authorization and personal account
Depending on the project we can implement registration, email or phone sign-in, one-time codes, access recovery, profile management, operation history, and other personal-account functions.
The authorization mechanism must be designed around the real security model and user types, not copied from another project without analysis.
Push notifications
Push notifications can be used for order statuses, requests, reminders, messages, service changes, and other events. Transactional and marketing notifications should be separated, and user consent taken into account where required.
Payments in a mobile app
If the app includes payments, the scenario depends on the type of digital or physical product, the payment provider’s requirements, and mobile platform rules. Before implementation it is necessary to define an allowed payment mechanism for the specific type of operation.
Secret keys and critical payment logic must stay on the server side. The client receives only the required statuses and safe tokens/identifiers.
Working with an unstable connection
For apps used on the road, in warehouses, in production, or other unstable network conditions, it is necessary to define offline/poor-network scenarios: local caching, an action queue, resynchronization, and clear interface states.
Mobile product analytics
The app can include events for key user scenarios: registration, completing onboarding, search, adding a product, an order, payment, sending a request, and other actions.
The set of events is formed from business metrics. It is not necessary to send every click to analytics without a predefined goal.
Mobile app integration with CRM
The app can create leads, requests, clients, inquiries, and orders in CRM, and also receive statuses and data that should be visible to the user.
See also: CRM development.
Integration with ERP and corporate systems
If the mobile app is an interface to internal operations, it can work with ERP, warehouse, a corporate system, documents, tasks, or production data. For such projects roles, access rights, and an audit trail are especially important.
See also: ERP development and corporate systems.
A mobile app for an online store
For an e-commerce project the mobile app can use a shared catalog, stock, prices, orders, and accounts with the web store through a single backend/API. This helps avoid two independent data sources.
See also: e-commerce development.
AI features in a mobile app
If the business task justifies using AI, the app can include an assistant, intelligent search, document processing, request analysis, or other functions through a server-side AI layer.
AI should not be added only for a marketing effect. It is necessary to define data, limits, request cost, privacy, and a human-in-the-loop scenario where a model error can be critical.
See also: AI implementation for business.
Mobile app security
Security must be designed at the level of authorization, API, token storage, access rights, data transfer, and server operations. The mobile client cannot be treated as a trusted environment.
- do not store provider secrets in the mobile app
- check permissions on the server for every critical operation
- use a protected connection
- minimize sensitive data on the device
- log critical server actions
- provide a safe session end and token revocation
Mobile app architecture
Architecture is determined by the number of roles, data complexity, integrations, the need for offline work, push notifications, payments, update frequency, and product development plans.
Mobile UI, backend, data layer, and external integrations should be separated so that changing one component does not require reworking the entire system.
The specific technology stack is chosen after analyzing project requirements. On this page we speak about a modern stack without locking a particular framework before the architectural decision.
A mobile app is one of the directions of our software development.
If a browser interface is also needed, see web application development.
Solution layer
A.01Mobile UI
A.02Backend
A.03API
A.04Data
A.05Integrations
A.06Publication
Mobile app development stages
01
Task analysis
We define the business goal, audience, user roles, key scenarios, integrations, platforms, and constraints.
02
Design
We form user flows, the data model, API, backend structure, roles, and the first-version scope of the product.
03
UI/UX design
We design screens, states, navigation, and key scenarios with iOS/Android and mobile behavior in mind.
04
Development
We implement the mobile client, backend, API, authorization, integrations, notifications, and other agreed modules.
05
Testing
We check business scenarios, devices, screens, network, errors, access rights, integrations, and build stability.
06
Publication
We prepare builds and materials for placement in app stores according to the requirements of the chosen platforms.
07
Evolution
After launch we analyze product usage, fix bottlenecks, and gradually add new features.
Mobile app MVP
If the task is new and the product hypothesis is not yet confirmed, the first version should be limited to critical scenarios. An MVP must be a working product, not a mockup: the user should complete the main path from sign-in to the target action.
After launch the next features are added based on feedback, analytics, and actual user behavior.
A dedicated service: MVP development.
Mobile app development cost
The cost of mobile app development depends on the number of platforms, screens and roles, backend complexity, integrations, authorization, payments, push notifications, offline scenarios, the admin panel, and publication requirements.
After analysis we define the first-version scope and can split development into stages. This makes it possible to estimate critical functionality and further product evolution separately.
Mobile app development timeline
The timeline depends on the number of platforms, the complexity of user scenarios, readiness of design and backend, the number of integrations, and the first-version scope. For complex products a staged launch is recommended so that secondary features do not delay the project going live.
Preparing the app for publication
Before publication it is necessary to prepare production builds, check required permissions, privacy settings, app data, and materials required by the chosen platform.
App store requirements are checked against current Apple and Google documentation at the time of release.
Mobile app support and evolution
After launch the app needs error control, compatibility with new platform versions, dependency updates, backend evolution, and gradual improvement of user scenarios.
Support should be treated as a continuation of the product lifecycle, not as a one-time publication of a build.
Frequently asked questions about mobile app development
The cost depends on the number of platforms, functionality, backend, integrations, design, authorization, payments, and other requirements. After analyzing the task we define the first-version scope and prepare a staged estimate.
Yes. For a number of projects a cross-platform approach fits. We choose the specific architecture after analyzing performance, integrations, and native functions the product needs.
Most business apps need a server layer for authorization, data, business logic, and integrations. If the company already has a suitable backend/API, the app can use the existing infrastructure.
Yes. The app can exchange data with CRM, ERP, an online store, a corporate system, and other services through available APIs.
Yes. For a new product we can first implement the critical user scenarios, release the first working version, and then evolve it based on data and feedback.
As part of the project we can prepare production builds and the technical part of publication. App Store and Google Play requirements are checked against current documentation immediately before release.
Yes. First it is necessary to run a technical audit of the current code, architecture, backend, and dependencies, then a safe plan for extension or modernization can be defined.
Let’s discuss your mobile app
Describe the task, audience, and key product functions. We will review the requirements, propose the first-version structure, and define the approach to mobile app development.