We design and develop mobile applications that integrate seamlessly with your web systems, delivering consistent user experiences across platforms.
DientWeb builds scalable applications tailored to your business model. We focus on building apps that are not just functional, but aligned with your overall digital system.
Why Many Mobile Apps Fail
Common issues include:
Our Approach to Mobile App Development
We build mobile apps as part of a larger system:
What’s Included
What it’s NOT
Investment
Projects typically range from ₦3M – ₦40M+, depending on scope.
Timeline
8–20 weeks
Our Mobile Application Development services are for:
eCommerce platforms built for real business outcomes
No Posts Found! Sorry, but nothing matched your selection. Please try again with some different keywords.
Book a discovery session and we’ll help you define the right system.
Still have questions? Speak with our team to discuss your project requirements.
A mobile application may be appropriate when customers or employees need frequent, convenient access to a service through their phones. It can be particularly useful for transactions, account management, bookings, location-based services, operational tools, push notifications or features that use device capabilities. If the requirement can be addressed effectively through a responsive website or web portal, developing an app may not yet be necessary.
A mobile-responsive website is accessed through a web browser and adapts to different screen sizes. A mobile application is installed on a device and may provide push notifications, offline functions, camera access, location services and a more specialised user experience. The appropriate option depends on the required functionality, expected usage frequency, budget and long-term product strategy.
Yes. DientWeb develops mobile applications that can be released for Android and iOS. We use Flutter where appropriate to create a shared application codebase for both platforms. Certain platform-specific functions may still require separate configuration, testing or implementation to meet the requirements of Apple and Google.
Cross-platform development uses a shared codebase to create applications for more than one operating system. This can reduce duplicated development work and make future maintenance more efficient. DientWeb uses Flutter for suitable projects, while assessing whether any required device functions or platform-specific features need separate implementation.
The cost depends on the number of user roles, screens, workflows, integrations and administrative functions required. Authentication, payments, messaging, location services, real-time updates, offline functionality and complex backend systems can increase the scope. A reliable quotation should be based on documented requirements rather than the number of screens alone.
A focused minimum viable product may take several months, while a larger application with complex workflows, integrations and multiple user types may require a longer development period. The timeline is influenced by discovery, interface design, backend development, testing, client feedback and app-store review. These stages should be reflected in the project plan.
Begin by defining the problem the application should solve, its intended users and the principal actions they need to complete. It is also helpful to identify user roles, required features, payment needs, existing systems, administrative responsibilities and expected launch date. DientWeb can help organise these requirements during discovery and recommend an appropriate first release.
Yes. A minimum viable product, or MVP, includes the essential functionality required to test the product with real users or support its first operational use. Beginning with an MVP can reduce the initial scope, provide earlier feedback and help the business make informed decisions before investing in additional features.
Many mobile applications require a backend system to manage users, content, transactions, notifications and business rules. An administrative dashboard may also be needed so authorised staff can manage the platform. Simple applications that display largely fixed information may not require an extensive backend. The appropriate architecture depends on the app’s functions.
Yes, provided the existing system has a suitable architecture or application programming interface. The mobile app may connect to the same users, products, orders, content or operational data used by the website. The existing platform should be assessed before development to determine whether it can support the proposed integration securely and reliably.
Yes. A mobile application can integrate with supported payment providers for eligible products, services or transactions. The appropriate implementation depends on the business model, country, currency and the rules of the applicable app store. Some digital purchases may be required to use Apple or Google’s in-app payment systems, while other transactions may use an external payment gateway.
Yes. Push notifications can be used for order updates, reminders, messages, service announcements and other relevant communication. Users must grant permission to receive them, and notifications should be managed responsibly. The project should define what triggers each notification and which users should receive it.
Some functions can be made available offline, depending on the application. The app may store selected information locally and synchronise it when connectivity returns. Functions that depend on current server data, payments or real-time communication will generally require an internet connection. Offline requirements should be identified during planning because they affect architecture and testing.
Testing may cover account creation, user permissions, navigation, forms, transactions, integrations, notifications, device compatibility and different network conditions. The application should be reviewed on representative Android and iOS devices before release. Client or selected-user acceptance testing may also be conducted to confirm that the agreed requirements have been met.
App-store submission and release support can be included in the project scope. The client should preferably own the Google Play Console and Apple Developer accounts used to publish the application, while granting DientWeb the access required to prepare and manage the submission. Registration fees and other platform charges are separate from development fees and remain subject to Apple and Google’s current policies.
No. Apple and Google independently review applications against their technical, content, privacy and commercial policies. DientWeb can prepare the application and submission materials in accordance with the applicable requirements, but final approval is controlled by the platform. If a submission is rejected, the feedback must be reviewed and the necessary changes made before resubmission.
Security considerations may include encrypted connections, secure authentication, controlled user permissions, input validation, protected APIs and appropriate handling of sensitive information. The exact measures depend on the data and functionality involved. No application can be guaranteed to be entirely risk-free, so security updates, monitoring and responsible operational practices remain important after launch.
Ownership should be defined in the project agreement. After the agreed fees have been paid, the client should own the approved application and custom source code covered by the contract. Development frameworks, third-party libraries, APIs, licensed assets and external services remain subject to their respective terms. Source-code access and account credentials should be included in the project handover.
Yes. Mobile applications may require updates to remain compatible with new Android and iOS versions, devices, third-party services and app-store policies. Maintenance may also include security updates, bug fixes, performance improvements, server monitoring and operational support. The applicable support period and recurring costs should be defined clearly.
Yes, provided the product and technical architecture are planned with future development in mind. New user roles, integrations, reports, payment options and operational features may be introduced over time. User feedback and application data should help determine which improvements are valuable instead of adding features without a defined need.
Still have questions? Speak with our team to discuss your project requirements.