Ronas IT Software Development Company

🎓 16 Weeks to MVP: Launching a GDPR-Compliant EdTech Platform.

Building a comprehensive educational platform for the European market is a massive undertaking. You have to balance high-load video streaming, strict data privacy laws, and flawless cross-platform performance. For our recent client, we had just 16 weeks to bring this vision to life.

We successfully delivered a fully functional MVP—including web apps, mobile apps, and an admin panel—without compromising on quality or compliance.

Here is how our team made it happen:
🚀 Parallel Development: We scaled our team to 12 experts, allowing frontend and backend developers to work simultaneously to meet the tight deadline.
🔒 Strict GDPR Compliance: We integrated EU-based secure storage (Supabase/PostgreSQL) and implemented complex parental consent flows for users aged 13–16.
⚡ Real-Time Performance: Using WebRTC and Node.js, we achieved video latency of under 300 ms for up to 25 participants per class.
🎨 Accessible Design: We ensured the platform met WCAG 2.2 AA and EN 301 549 standards, supporting keyboard navigation and screen readers.

The business impact was immediate. Thanks to the seamless experience and smart automated reminders, the platform saw an 8–15% increase in class join rates and a massive 27% drop in student no-shows.

Want to see the exact tech stack and processes we used to launch this EdTech platform in record time?
🔗 Read the full case study here: https://ronasit.com/cases/gdpr-compliant-virtual-classroom-for-eu-edtech-case/

Virtual classroom platform designed for EU and compliant with GDPR GDPR-compliant virtual classroom for European schools and universities, with real-time video, chat, and secure EU data storage. Built for privacy, accessibility, and easy online learning.

🛑 When to Say "NO" to a Feature: Smart Tech Consulting

As a technology partner, our job isn't just to write code for every idea a client brings us. Sometimes, our most valuable contribution is protecting the client's budget by knowing exactly when to say "no."

While building a new marketplace app for yacht berth bookings, we faced a critical decision regarding a requested feature: Marine Navigation. The goal was to provide users with a sea route straight to their booked dock.

It sounded like a fantastic addition, but we advised the client to drop it. Here is why:
🌊 Technical Reality: Marine routes are not land routes. You can't just plug in Google Maps. We found no reliable, cost-effective third-party API for sea routing.
💸 Budget Protection: Developing a proprietary marine navigation engine from scratch would have completely derailed the budget and the timeline.
🎯 MVP Focus: The core problem the startup was solving was the discovery and booking of docks. Navigation was a "nice-to-have" distraction.

Saying "yes" to everything is the fastest way to bloat a product and burn through runway. A strong development agency acts as a strategic filter, ensuring that every dollar spent directly contributes to proving the business model.

Founders and PMs: What is the most painful feature you had to cut to get your MVP out the door? Share your story! 👇

🚀 We’ve launched an open-source mobile client for Open WebUI, built by the Ronas IT React Native team.

Open MobileUI lets you access your self-hosted AI assistant from a smartphone, with features like real-time chat, multi-model support, chat management, file and image uploads, dark mode, and a clean interface designed for touch interactions.

👇 Download the app:

iOS: https://apps.apple.com/us/app/open-mobileui/id6754266176

Android: https://play.google.com/store/apps/details?id=com.open.web.ui

🤔 Try it out and let us know what you think!

Open MobileUI App - App Store

🎧 Building Audio Streaming Mobile Apps with React Native.

Music apps look simple on the surface: a playlist, a play button, a progress bar. But behind that clean interface is a much harder engineering challenge — seamless audio playback, background mode, lock screen controls, performance, and cross-platform consistency.

A recent Software Mansion article shows how a Spotify-style player can be built in React Native using React Native Audio API. The example covers the real features users expect from audio apps:

🎵 Reliable Playback Logic: Managing play, pause, resume, track switching, and playback position without restarting the audio from the beginning.

📱 Background Mode Support: Keeping music active when the app is minimized — especially important for Android, where background playback needs additional configuration.

🔒 Lock Screen Controls: Letting users play, pause, skip tracks, and see song metadata directly from the system interface.

🎚️ Audio Processing: Using AudioContext, GainNode, and AnalyserNode to control volume and build audio visualizations.

⚙️ Cross-Platform Architecture: Keeping one programming model across mobile and web while still handling native platform behavior.

For product teams, the key takeaway is simple: React Native can support complex media experiences, but the architecture has to be planned carefully from the start. Audio apps are not just about UI — they require thoughtful state management, platform-specific permissions, background services, and performance-aware implementation.

At Ronas IT, we use React Native when speed, flexibility, and shared cross-platform logic matter. For mobile products with real-time features, media playback, notifications, or complex user flows, the right architecture helps teams move faster without sacrificing user experience.

What feature do you think is the hardest to get right in a mobile audio app — background playback, lock screen controls, or performance? 👇