Ronas IT Software Development Company

04/06/2026

🎓 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/

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.

02/06/2026

🛑 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! 👇

02/06/2026

🚀 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!

31/05/2026

🕵️‍♂️ How Hackers Bypass Signed URLs

Magic login links feel highly secure because they rely on cryptographic signatures. But cryptography cannot protect you from logical design flaws. If your signed URL lacks context, it can be easily hijacked.

Here is how an attacker can exploit a seemingly secure contextless Magic Link:

👣 The attacker visits your login page and enters an email address they control.
📩 They receive a perfectly valid, signed magic link in their inbox.
🎯 The attacker goes back to the login page and enters the target victim's email, setting the application session to expect the victim's login.
🔓 Instead of waiting for the victim's link, the attacker clicks their own valid link.

Because the URL only verifies the signature and not the user, the application accepts it and logs the attacker into the victim's account.

This happens because the raw URL (e.g., /login/magic) is identical for everyone. The only way to stop this is to inject unique user data directly into the URL parameters before signing it, forcing the signature to be unique per user.

What is the most subtle logical bug you have ever found during a code review? Share your story below! 👇

29/05/2026

⚓ "Airbnb for Yachts": Launching a Niche Two-Sided Marketplace

Finding a place to berth a yacht in a popular destination like Malta can be incredibly frustrating. Our clients recognized this gap and came to us with a brilliant vision: create an "Airbnb for boats" to connect berth owners with yacht captains.

Building a two-sided marketplace from scratch is a heavy lift. You have to balance the needs of two entirely different target audiences simultaneously.

For the "Docky" project, we designed and engineered a comprehensive ecosystem in just 3 months:
📱 A mobile app for yacht owners to search, filter, and book available berths on the go.
💻 A web platform for berth owners to manage their listings, approve bookings, and view revenue analytics.
🔐 Stripe Identity integration for automated KYC, ensuring a trusted environment for high-value assets.
💳 Smart payment workflows handling everything from hourly rentals to long-term leases.

By utilizing a monorepository (React Native + Next.js), our team was able to reuse code across web and mobile, significantly accelerating development and staying within the client's budget.

Want to see how we brought this complex marketplace to life from concept to launch?
🔗 Check out the full design and development case study here: https://www.behance.net/gallery/221165209/Docky-Innovative-Yacht-Rentals-App-Ronas-IT

Docky, developed and designed by Ronas IT, is a pioneering rentals app that transforms the booking experience for yacht berths in Malta. It enables yacht owners to effortlessly find berths while allowing berth owners to manage listings with ease. Our clie...

27/05/2026

💡 1-Minute Fix for Signed URLs

Signed URLs are fantastic for preventing link tampering. But there is a very subtle trap many developers fall into: failing to bind the URL to a specific user context.

If your signed URL looks like /login/magic?expires=123&signature=abc without any user-specific data, it is not actually unique. The signature only verifies that the URL hasn't been modified. It doesn't prove who the URL was generated for.

The fix is incredibly simple but crucial for your application's security:

📧 Inject the user's email, ID, or a unique UUID directly into the URL parameters when generating the link.
🔒 Validate that the parameter in the URL matches the data in the current user session.
🛡️ This ensures the signature changes per user, making cross-session hijacking impossible.

Adding this redundant data might feel unnecessary, but it provides the uniqueness your cryptography needs to actually secure the endpoint. This applies not just to magic logins, but to file downloads, invite links, and article previews.

Have you ever encountered this logic flaw in your own authentication flows? Let’s discuss in the comments! 👇

25/05/2026

🏏 Scaling for 60M Users: What JioHotstar Teaches About Infrastructure.

When Disney+ Hotstar, now JioHotstar, prepared for the 2023 Cricket World Cup, the challenge was massive: support 50–60 million concurrent live streams without breaking the user experience.

Simply adding more servers wasn’t enough. At that scale, every layer of infrastructure becomes a potential bottleneck — CDN, API gateways, Kubernetes clusters, NAT gateways, load balancers, service routing, and observability.

Here are the key engineering lessons from JioHotstar’s infrastructure transformation:

⚡ Smart API Caching: The team separated cacheable APIs, like scorecards and match summaries, from non-cacheable ones, like sessions and recommendations. This reduced unnecessary load on edge servers.

🌐 Gateway Optimization: CDN nodes were not just serving content — they were also handling security checks, rate limits, and request routing. Simplifying these rules helped increase throughput.

☸️ Kubernetes at Scale: The platform moved from self-managed Kubernetes clusters to Amazon EKS, reducing control plane complexity and improving scalability.

🔀 Datacenter Abstraction: Instead of forcing teams to manage individual clusters, JioHotstar created a logical “data center” layer where multiple Kubernetes clusters behaved like one unified system.

🧭 Centralized Traffic Routing: By replacing hundreds of individual load balancers with an Envoy-based internal API gateway, the team simplified service discovery, routing, and observability.

The biggest takeaway: large-scale systems don’t fail because of one weak server. They fail when architecture, traffic patterns, and operational processes are not designed for peak load. Check the whole article here: https://blog.bytebytego.com/p/how-disney-hotstar-now-jiohotstar

At Ronas IT, we apply the same principle to production infrastructure: scalable Kubernetes-ready architecture, CI/CD pipelines, monitoring with Prometheus and Grafana, and proactive infrastructure support after release. Even if a product is not serving 60 million users, building with scalability and observability from day one makes future growth safer and more predictable.

What do you think is harder at this scale — traffic routing, Kubernetes orchestration, or cost control? 👇

In this article, we look at how the Disney+ Hotstar engineering team achieved that scale and the challenges they faced.

23/05/2026

🎧 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? 👇

21/05/2026

💳 Seamless Travel Bookings: BNPL & Strict Compliance

Beautiful UI gets users to download a travel app, but secure, compliant payment flows are what actually keep a marketplace running. While building a domestic travel platform for the Canadian market, we had to navigate a complex web of financial and privacy regulations.

Compliance isn't just a legal checkbox; it dictates the entire software architecture from day one.

Here is how we engineered a secure and fully compliant booking ecosystem:
🔒 Data Privacy & Residency: We architected the platform to fully align with PIPEDA and provincial privacy laws. We ensured all sensitive user data is stored strictly on Canadian servers.
💸 BNPL Integrations: To meet local consumer demand, we successfully integrated Klarna and PayBright APIs directly into the checkout, alongside traditional Stripe payments.
🧾 Complex Tax Workflows: We customized our payment infrastructure to accurately calculate local provincial taxes, process deferred booking charges, and handle complex refund scenarios seamlessly.
🛡️ Enterprise-Grade Security: We enforced least privilege access across the workflow, protected the backend against modern cyber threats, and maintained over 95% test coverage on all core financial modules.

At Ronas IT, we know that building a two-sided marketplace means taking absolute responsibility for users' money and personal data. Integrating strict regulatory compliance directly into your code is the only way to build a sustainable digital product.

What is the most complex payment or compliance hurdle you have faced when developing a new software product? Share your experience! 👇

19/05/2026

🚀 4 Months to MVP: Cross-Platform Travel Marketplace

Launching a complex marketplace on multiple platforms usually means stretching your timeline and budget. For our recent Canadian travel startup project, the client had a strict requirement: iOS, Android, and Web needed to go live simultaneously within 5 months and under a $250k budget.

We delivered a fully functional MVP in just 4 months, costing exactly $120,000.

Here is how our team made it happen without compromising quality:
💻 Smart Tech Stack: We used React Native for mobile and Next.js for web. This allowed us to share JavaScript logic across all three platforms, drastically cutting down duplicate effort.
⚙️ Reliable Backend: We relied on Laravel and PostgreSQL to build a rock-solid foundation for user data, partner dashboards, and complex bookings.
🎨 Streamlined UI/UX: We designed an intuitive, bilingual (English/French) interface that works flawlessly across all screen sizes.
🤖 Killer Features Built-in: We integrated an AI-powered recommendation engine and a comprehensive modular itinerary builder right into the MVP.

The result? The platform acquired over 700 beta users in the first three weeks and secured exclusive deals with local hotels and tour operators.

Want to see the exact blueprint of how we designed, built, and launched this cross-platform travel app?
🔗 Check out the full case study here: https://ronasit.com/cases/travel-app-case/

Discover how we built a cross-platform travel app and web solution for Canada, offering instant trip planning, booking, unique experiences, secure payments, and full compliance with Canadian privacy and accessibility standards.