
Fully allocated Android team
Long-term product context
Ongoing technical ownership
KPS provides custom Android app development services for companies that need Android solutions connected to real business operations. Our team designs and develops mobile applications for new digital services, customer self-service, workforce support, legacy app modernization, and integrations with ERP, CRM, IoT, commerce, and logistics systems.

Benefits
Android application means more than just public apps on Google Play. Many companies use Android-based software to give customers access, support field teams, manage deliveries, track production, support internal operations, share media, and link devices. The KPS team works with you to see if an Android app can truly support your workflow, replace manual tasks, and connect users, devices, and business systems.
Supports customers, employees, and field teams
Gives access from Android devices
Reduces dependency on desktop tools
Moves field tasks into mobile flows
Supports logistics, service, and production teams
Reduces manual updates between departments
Connects apps with ERP and CRM systems
Syncs mobile data with internal tools
Reduces duplicated data entry
Supports smartphones, tablets, wearables, and TV
Adapts interfaces to different screens
Checks behavior across Android environments
Connects Android apps with device ecosystems
Supports monitoring and control scenarios
Extends product use beyond smartphones
Reduces routine manual coordination
Moves repeated tasks into app flows
Helps teams track work status
Looking for an Android app development services company?
KPS helps assess your mobile service flow, define the right development approach, and plan the app scope, integrations, and device coverage before development starts.
Our Services
Our Android development services cover the main stages of mobile product delivery, from planning and design to development, integrations, testing, release, and support.
KPS designs and develops Android applications around your product requirements, service logic, user roles, and business processes. This includes customer-facing apps, internal mobile tools, and applications that support requests, orders, bookings, tracking, account access, or field operations.
Android engineers build native applications using Kotlin, Java, Android SDK, Jetpack, and modern Android development practices. This approach fits products that require stable performance, access to device features, offline behavior, or long-term maintainability.
KPS helps update existing Android applications with outdated architecture, legacy Java code, poor performance, or limited support for newer Android versions. The work may include code refactoring, UI updates, SDK upgrades, migration to Kotlin, and improvements to app stability.
UI/UX specialists design Android interfaces based on user flows, screen logic, and Android platform expectations. This includes mobile navigation, service request flows, account areas, adaptive layouts, and interface states for different devices and usage scenarios.
KPS connects Android applications with backend systems, CRMs, ERPs, payment providers, maps, analytics tools, authentication services, and internal platforms. This ensures that mobile actions are processed inside the business systems that already support daily operations.
QA engineers test Android applications across user scenarios, devices, screen sizes, OS versions, permissions, integrations, and edge cases. This helps identify issues before release and reduce risks related to Android device diversity.
KPS prepares Android applications for release through build configuration, testing support, Play Console requirements, app metadata, analytics setup, crash reporting, and production rollout. The team also supports updates after the first release when product or platform requirements change.
KPS supports Android applications after launch through monitoring, bug fixing, performance improvements, feature updates, security patches, and compatibility updates for new Android versions. This helps keep the app usable, stable, and aligned with the product roadmap.

Technology Stack
Our technology decisions are based on the Android-based devices the product must support, integration needs, security requirements, team expertise, and long-term maintainability. We use stable, well-supported technologies that help Android applications run reliably in production.
Languages: Kotlin, Java
Android platform: Android SDK, Android Studio, Gradle
Development approach: Native Android development, modular architecture, reusable components
UI frameworks: Jetpack Compose, XML layouts
Design systems: Material Design, custom UI components
Interface adaptation: Adaptive layouts, responsive screens, dark mode, accessibility support
Architecture patterns: MVVM, Clean Architecture, MVP when required
Dependency injection: Hilt, Dagger, Koin
Asynchronous programming: Kotlin Coroutines, Flow, RxJava
Local databases: Room, SQLite, Realm
Data storage: DataStore, SharedPreferences, secure storage
Offline functionality: Local caching, background sync, conflict handling
API communication: REST, GraphQL, WebSockets
Networking libraries: Retrofit, OkHttp, Apollo GraphQL
Integration services: CRM systems, ERP systems, payment gateways, analytics platforms
Device capabilities: GPS, camera, NFC, Bluetooth, biometrics
Android devices: Smartphones, tablets, wearables, Android TV
Platform services: Google Maps, Firebase Cloud Messaging, Google Play Services
Authentication: OAuth 2.0, OpenID Connect, Firebase Authentication
Security mechanisms: Biometric login, encrypted storage, SSL pinning
Data protection: Secure API communication, role-based access, permission management
Testing tools: JUnit, Espresso, Mockito, Robolectric
Automation tools: Appium, Firebase Test Lab
Quality practices: Regression testing, device testing, code reviews, crash diagnostics
Release tools: Google Play Console, Android App Bundle, internal testing tracks
CI/CD: GitHub Actions, GitLab CI, Jenkins, Bitrise
Monitoring: Firebase Crashlytics, Google Analytics for Firebase, Sentry, New Relic
Engagement Models
Work formats offered by KPS
Android projects differ in product maturity, technical complexity, industry, and the level of support required from the development team. Our engagement models are designed to match these differences while keeping scope, responsibilities, and delivery ownership clear:
Our Process
Android projects are shaped by where the application will run and how it will be used. A customer app, field service tool, warehouse scanner solution, or IoT-connected system will have different requirements for hardware, integrations, security, testing, and release. KPS structures the process around these differences, so business and technical teams can define the right scope before development and keep delivery clear at each stage.
STEP 1:
The process starts with understanding what type of Android solution the business needs: a public customer app, an internal tool, a field service app, or software for Android-based devices. Product stakeholders, business owners, and KPS solution architects define the industry context, target users, access model, operational workflows, existing systems, and constraints that may affect mobile development.
STEP 2:
Once the business context is clear, our solution architects and Android leads define the development approach. This includes app scope, Android-based device requirements, native functionality, integration needs, security requirements, and release priorities. KPS also identifies any supporting technologies or services the app may need, such as IoT connectivity, cloud infrastructure, device management, payments, maps, notifications, or analytics.
STEP 3:
UX/UI designers, together with product stakeholders, map the main Android user flows before development begins. This step defines screens, navigation logic, form behavior, account areas, request flows, and interface states for different Android devices and usage scenarios.
STEP 4:
Android developers build the application in planned iterations while backend engineers connect the app with required systems, APIs, and internal tools. Your product owners review delivered functionality, clarify business logic, and help keep implementation aligned with real operational needs.
STEP 5:
QA engineers test the Android application across user scenarios, device types, screen sizes, permissions, integrations, and edge cases. Android developers fix issues found during testing, while your stakeholders validate whether service flows, request handling, and business rules work as expected.
STEP 6:
When the app meets agreed acceptance criteria, KPS Android engineers and DevOps specialists prepare the build, release process, monitoring setup, and Google Play requirements. After launch, the support team monitors stability, addresses issues, and provides updates as the product evolves.
STEP 1:
The process starts with understanding what type of Android solution the business needs: a public customer app, an internal tool, a field service app, or software for Android-based devices. Product stakeholders, business owners, and KPS solution architects define the industry context, target users, access model, operational workflows, existing systems, and constraints that may affect mobile development.
STEP 2:
Once the business context is clear, our solution architects and Android leads define the development approach. This includes app scope, Android-based device requirements, native functionality, integration needs, security requirements, and release priorities. KPS also identifies any supporting technologies or services the app may need, such as IoT connectivity, cloud infrastructure, device management, payments, maps, notifications, or analytics.
STEP 3:
UX/UI designers, together with product stakeholders, map the main Android user flows before development begins. This step defines screens, navigation logic, form behavior, account areas, request flows, and interface states for different Android devices and usage scenarios.
STEP 4:
Android developers build the application in planned iterations while backend engineers connect the app with required systems, APIs, and internal tools. Your product owners review delivered functionality, clarify business logic, and help keep implementation aligned with real operational needs.
STEP 5:
QA engineers test the Android application across user scenarios, device types, screen sizes, permissions, integrations, and edge cases. Android developers fix issues found during testing, while your stakeholders validate whether service flows, request handling, and business rules work as expected.
STEP 6:
When the app meets agreed acceptance criteria, KPS Android engineers and DevOps specialists prepare the build, release process, monitoring setup, and Google Play requirements. After launch, the support team monitors stability, addresses issues, and provides updates as the product evolves.
Clients' feedback
Feedback from clients reflects how collaboration develops over time, how delivery holds up in practice, and how the final result supports real business needs.
Since working with Kultprosvet, our customers are much happier with the product and its UX. They’ve added flexibility where the system was previously rigid, and they take full responsibility for the project, quickly fixing any issues that arise.

Naomi Rubinstein
Founder at BettercareThey are the best team we have ever worked with. The application increased the speed of receiving data by 4 times. Data loss was reduced by 10%. Ineffective tasks decreased by 7%. Response rate to customer requests increased by 23%. Our customers have seen significant increases in efficiency.

Aleksandr Podolyan
Technical Specialist & Product Manager., RDO UkraineKultprosvet has executed deliverables perfectly and provided us with a high-quality application. They’ve fulfilled our requirements, and the product perfectly fits our needs. The team’s development efforts have helped our business immensely.

Oleksandr Zainchukivskyi
Head of Technology, AMACOWe've had a very good experience with them. We trust them, and we'll continue to work with them. If we ever need something done, they always deliver.

Luc Lecorre
Luc Lecorre, Co-Investor, Luxury Handbag CompanyKultprosvet was highly knowledgeable, and they made us aware of some issues we hadn’t considered. They explained everything very clearly and helped us understand the broader scope of the work.

Yulia Goldenberg
PhD Researcher, Ben Gurion University of the NegevThe work is always delivered on time, and they are very fair about the pricing. Kultprosvet is transparent, and we know that we can trust them; we are never surprised by anything that comes up.

Cameron Tope
Founder, Rooya (Polysurance)OUR TEAM
Contact our client support team, which will provide you with a technical evaluation of your needs and give you details on the collaboration resources you will need.
Help
Since working with Kultprosvet, our customers are much happier with the product and its UX. They’ve added flexibility where the system was previously rigid, and they take full responsibility for the project, quickly fixing any issues that arise.