We don’t hack together screens. We plan, design, and develop complete, custom Android apps — structured code, stable performance, and UI that feels right on every device.
Animations freeze
or stutter.
Handled with lightweight motion and proper threading.
UI breaks on different
screen sizes.
Built using responsive layouts
and density-aware styles.
Gestures feel clunky
or laggy.
Built with native patterns
& version-aware logic.
Codebase turns into
a mess too fast.
Structured around clean layers — UI, logic, data.
Plenty of app features run in the background, from syncing data and uploading photos to refreshing content and sending location updates. Each of these competes with the battery rules of the operating system.
Those rules tighten with most Android releases, through background execution limits, Doze mode and app standby buckets, with manufacturer-specific power management on top. Work that ran reliably on one version may be delayed for hours on the next.
The first decision is whether the work is really needed in the background. A lot of it can happen when the app opens. That is simpler and more respectful of the battery.
When background work is necessary, use the scheduling tools the platform provides. WorkManager handles constraints such as network availability and charging state, and it survives restarts. Hand-built timers usually fail silently.
Some work is urgent and visible, like a file upload the user started or turn-by-turn navigation. These belong in a foreground service with a notification, so the user can see that something is running and why.
Test on real devices from several manufacturers. Some apply aggressive battery optimisation that stock Android does not. A sync that works on a Pixel can stop entirely on another brand.
Make background failures visible. If a sync has not completed for a day, tell the user and offer a manual retry. Silent staleness is worse than a clear message.
Watch the numbers after release. Battery usage reports in the Play Console show when the app is flagged as heavy. A bad rating for battery drain is hard to recover from, so it is worth catching early.
Respect the user settings as well. Data saver mode, metered connections and low battery are signals to defer heavy work. An app that uploads large files on mobile data against the stated preference of the user will be uninstalled, whatever the feature does.
Didn’t find what you were looking for? Drop us a line at info@toimi.pro.
Most Android app projects in Los Angeles take 3-6 months from kickoff to launch. We start with 2-3 weeks of discovery and design, followed by 8-12 weeks of development, then 2-3 weeks of testing and refinement. Projects for LA's fast-moving industries — whether you're a Santa Monica startup or an established Beverly Hills retailer — often need quicker turnarounds, so we offer accelerated timelines for simpler apps. Complex applications with custom animations, third-party integrations, or backend infrastructure require longer development cycles.
Entertainment companies in Hollywood and Burbank use Android apps for talent management and production coordination. Fashion and retail brands concentrated along Melrose and in the Arts District need e-commerce apps with inventory management. Logistics companies serving the Port of Los Angeles require real-time tracking and driver management systems. Healthcare providers across the sprawling metro area — from Cedars-Sinai to community clinics — benefit from patient portals and appointment scheduling.
Android development uses Kotlin or Java with Android Studio, while iOS uses Swift with Xcode — fundamentally different languages and toolchains. Android apps must work across thousands of device types and screen sizes, from budget phones to foldable displays, which requires more thorough testing. Google Play Store has different review guidelines than Apple's App Store, typically with faster approval times. For Los Angeles businesses targeting diverse demographics across neighborhoods from South LA to the Valley, Android's larger market share among cost-conscious consumers often makes it the priority platform.
We specialize in native Android development using Kotlin, which delivers superior performance, better access to device features, and smoother animations compared to cross-platform frameworks. Native development matters especially for apps requiring camera integration, location services, or offline functionality — common needs for LA businesses in media production, real estate, and field services. If you need both Android and iOS apps with simpler requirements and a tighter budget, we can discuss cross-platform options, but we recommend native development when performance and user experience are priorities.
Yes, we build Android apps that connect with your existing CRM, inventory management, payment processors, and databases through APIs. Whether you're running Salesforce, Shopify, custom backend systems, or industry-specific software, we create secure integrations that sync data in real-time. Many Los Angeles clients — from multi-location restaurants in Koreatown to distribution centers in Vernon — need their mobile apps to work with legacy systems. We handle authentication, data synchronization, and error handling to ensure your Android app works as an extension of your current operations.
We assign you a dedicated project manager who schedules weekly video calls to review progress and gather feedback. Between meetings, you reach us through Slack or email for quick questions. Every two weeks, we deliver working builds you can test on your Android device to see actual progress rather than just reports. Being in the Pacific timezone with many Los Angeles clients means we're available during your business hours for calls or screen-sharing sessions when needed.
After launch, we monitor your app's performance, fix any bugs that emerge, and ensure compatibility with new Android versions Google releases throughout the year. As your Los Angeles business grows — whether you're expanding locations or adding new services — we're available to enhance your Android app with additional functionality.
