When web and app content aren’t aligned, users see outdated information, for instance, expired offers, incorrect prices, or missing content. This inconsistency erodes trust, disrupts engagement, and adds repetitive maintenance effort.

We integrate Firebase Cloud Messaging and WebSocket synchronization to maintain real-time parity between your website and app. Any content update on your CMS, from product listings to announcements, is reflected instantly on the app. This eliminates redundant deployment cycles, ensuring your app always reflects the latest version.

This results in a foolproof content sync, reduced update time, and a consistently fresh user experience.

Example: During a flash sale, an e-commerce site updates its pricing and discounts, but app users continue to see the old prices. By implementing WebSocket-based sync with Firebase, the platform will ensure that all updates appear instantly across web and app. This will prevent misinformation and improve sales accuracy.

Losing network connectivity shouldn’t mean losing customers. Without offline access, users abandon sessions mid-task, leading to frustration and drop-offs.

We implement service workers, SQLite local storage, and asset caching to ensure that essential app features remain functional even when the device is offline. Critical data, such as product catalogs, articles, or transaction details, is stored locally. Once connectivity is restored, delta synchronization algorithms ensure that only updated records are transmitted, thereby reducing bandwidth consumption and sync time.

This results in lower bounce rates, faster load times, and improved task completion in low-connectivity environments.

Example: While on a train, users of a travel portal lose signal and can’t view their bookings. By implementing local caching and auto-refresh logic, the app can enable access to stored itineraries offline and update them once the network connection is restored. This helps minimize support queries.

Without an intelligent notification strategy, apps risk losing users after the first session. Generic broadcast pushes rarely convert because they lack context and timing.

We implement event-driven push infrastructures that deliver the right message to the right user at the right moment. We build a notification orchestration layer using AWS SNS and OneSignal, integrated with your backend event triggers. Push campaigns are segmented through Lambda-based rules engines, allowing contextual, behavior-based notifications that link directly into the app’s deep screens.

The result: up to 70% higher reactivation rates and measurable uplift in conversions through personalized, timed prompts.

Example: After browsing a new collection, users often leave without making a purchase. By implementing segmented push notifications that highlight restocks and limited-time offers, the brand can re-engage these users. This can lead to higher conversions during follow-up campaigns.

Users value speed, but they trust security. When converting a website to an app, managing multiple authentication systems, one for web and another for mobile, creates unnecessary friction and vulnerability.

We build unified identity systems using AWS Cognito or Auth0, configured with OAuth 2.0, OpenID Connect, and JWT tokens for secure, single-sign-on (SSO) access. This ensures users can log in easily with the same credentials across web and mobile.

For convenience, we support social logins (Google, Apple, Facebook) and biometric authentication (Face ID or Touch ID), which are layered with refresh-token rotation and RSA-256 encryption to prevent replay or session hijacking attacks. Logs are centralized through CloudTrail or SIEM systems to ensure auditability and compliance.

Example: When a learning platform launches its mobile app, learners are often required to re-register, resulting in high drop-off rates. Integrating OAuth-based unified login will enable users to access both web and app versions, improving onboarding success and retention rates.