Where Enterprise Mobile Goes Wrong
Enterprise mobile development is rarely about the application itself. The real challenges begin when the finished product must operate reliably in the field, on diverse devices, for different user groups, and with various back-end systems.
What We Deliver
Enterprise Workforce Apps
We build apps for field workers like inspection, dispatch, logistics, clinical, and retail workers. These are apps for people working at the edge of the network or with devices that need to function reliably in the presence of gloves, limited network bandwidth, or harsh environmental conditions.
Enterprise Customer Apps
We build mobile experiences for enterprise account management, order management, booking, loyalty programs, and customer service processes. These can be native mobile apps, or they can be built on top of your systems of record and business platforms.
Cross-Platform Native Mobile Apps
We utilize React Native or Flutter if you need a shared codebase or cross-platform application that delivers an appropriate native experience for each device.
Native Mobile Apps
We employ Swift, SwiftUI, Kotlin, Jetpack Compose, or other native development tools to take advantage of advanced hardware capabilities, deliver exceptional performance, or achieve deep platform integration when needed.
Mobile Backend Services
We can design and implement APIs and back-end services to support your mobile application, including synchronization, push notifications, delta processing, payloads, and other mobile-specific needs.
Device Integrations
We can integrate your mobile application with cameras, barcode and RFID scanners, GPS, Bluetooth/BLE devices, NFC, biometrics, printers, and other compatible hardware.
Enterprise App Distribution
We can deliver enterprise apps through MDM/EMM platforms such as Intune, Jamf, and Workspace ONE, including private distribution channels, enrollment, provisioning, and other tools.
Modernization of Legacy Applications
We can help you migrate away from legacy applications to more modern and sustainable solutions while balancing the risks and costs of transitioning users from legacy applications.
When to Use It
Cross-platform (React Native or Flutter)
Cross-platform development is best when the UI is relatively simple, the app is data-driven, both platforms have similar sets of functionality, and you want to benefit from a shared codebase for team productivity. This approach is often well-suited for enterprise workforce apps.Native (Swift or Kotlin)
You may prefer native development for apps that require deep hardware integration, critical performance, or access to the latest platform capabilities. This applies to some clinical apps or applications requiring AR or intensive use of sensors.A Combination of the Two
You can also build enterprise mobile apps that selectively use native platform components (such as specific UI controls or hardware features) while developing the rest of the app in a cross-platform framework. We can help you choose between the options based on your needs.Technology stack
We utilize modern mobile technologies, and we choose between the options depending on the needs of the application and the constraints of the platform.
- Native
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Swift
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SwiftUI
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Objective-C
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Kotlin
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Java
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Jetpack Compose
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- Cross-platform
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React Native
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Flutter
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.NET MAUI
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- Backend
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Node.js
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Python
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.NET
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Java
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GraphQL
- REST
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- Sync
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- WatermelonDB
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Realm
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SQLite
- CRDT syncs
- Identity
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Okta
- Microsoft Entra ID
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Auth0
- biometrics
- certificates
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- Distribution
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- Intune
- Jamf
- Workspace ONE
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App Store Connect
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Google Play Console
- Testing
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XCTest
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Espresso
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Appium
- Detox
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Firebase Test Lab
- BrowserStack
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The choice of a technology stack is driven by product requirements, infrastructure considerations, device capabilities, security, and long-term maintenance requirements. We can take over maintenance and updates of your application if it is built with modern technologies and a maintainable architecture.
Frequently asked questions
Get a range for your app
Start with a mobile architecture assessment
Two weeks. Requirements, platform decision, backend implications, and a delivery plan with a real number.