Fix It. Ship It. We Handle Both.
Broken AI-generated code that won't run? Or an MVP that's been "almost ready" for three months? RamScript takes what you have and turns it into something that works in the real world.
Vibe Coding Breaks Things. That's Just the Reality.
AI tools write code fast. Fast is not the same as correct. Here's what we see in almost every project that lands on our desk.
App crashes on launch
Compiles fine, throws runtime errors the second a real user opens it.
Infinite loops & freezes
State management done wrong. Spinners never stop, data never loads.
API calls not working
Wrong headers, broken auth, response being silently ignored.
Broken on real devices
Fine in the emulator. On an actual phone it overlaps, clips, or goes blank.
Database not saving
Firebase or SQLite set up incorrectly. Data disappears on refresh.
Code nobody can read
Technically running but adding one feature breaks three others.
Vibe coding — using AI to generate entire applications from plain-language prompts — is changing how people build software. Non-developers are shipping prototypes in hours. Founders are testing ideas without hiring a team. That's genuinely exciting. But there's a part nobody talks about enough: AI-generated code fails in very specific, predictable ways.
The model doesn't know your device. It doesn't know your backend structure. It doesn't know whether the package it referenced was deprecated two years ago. It generates plausible-looking code, not necessarily working code. And when something breaks, asking the same AI to fix it often makes things worse — because it doesn't have the full picture of your project and it won't admit when it's guessing.
That's the gap we fill. At RamScript, we've spent years building real Flutter apps, B2B tools, and field operations software for clients in India and the UAE. We know what correct code looks like in these frameworks. When vibe-coded output lands on our desk, we're not just fixing errors — we're reading the intent behind what was built and making it actually work that way.
We don't judge the code or how it was made. Every developer uses every tool available — that's just smart. What we care about is getting your project to a state where it works reliably, can be maintained, and is ready for real users.
MVP to Product
You validated the idea. You built the first version. Now it needs to handle real users, real data, and real edge cases — without falling over.
What an MVP is
A Minimum Viable Product is a working prototype — functional enough to prove an idea or show investors, but built for speed, not scale. Hardcoded values, no error handling, one crash under load. That's normal for an MVP. It did its job.
What a product is
A production app handles real users without breaking. Proper architecture, handles unexpected inputs, manages state correctly, connects reliably to its backend, and can be updated without the developer losing sleep.
The jump from MVP to product is where a lot of projects stall. Not because the idea is bad — usually the idea is solid. It's because the codebase that got you to validation wasn't built to go further. And that's not a failure. That's just how MVPs work.
What we don't do is throw away what exists. If the core logic works, we keep it. We refactor around it — cleaning the state management, separating the concerns, setting up proper API error handling, making the UI consistent across screen sizes, and writing pieces from scratch only when they genuinely need to be.
The apps in our portfolio — a food distribution field tool for Bidfood Middle East, a hyperlocal Marathi news platform, B2B sales order systems — all started as a brief and became production software that real people use daily. We know what it takes to cross that line, and we know where most MVPs fall short before they try.
What we typically add when converting an MVP
Proper app architecture
Clean UI/logic/data separation. Future features don't break existing ones.
Error handling everywhere
Network failures, empty states, bad inputs — all caught gracefully.
Auth & security cleanup
Tokens stored correctly, API keys off the client, roles enforced server-side.
Real device testing
Tested on actual Android and iOS hardware, not just emulators.
Database structure
Schemas reviewed, queries optimised, relationships made explicit.
App Store / Play Store ready
App signing, splash screens, permissions, store listing assets prepared.
How the Fix Works
Four steps. No back-and-forth confusion. You share the code, we do the work, you get something that runs.
Share your project
Send the full codebase via GitHub, ZIP, or Google Drive. Tell us what it's supposed to do and what's broken. Screenshots or screen recordings of errors help.
We audit and scope
We go through the entire project, not just the error you mentioned. Often the visible bug is a symptom of something deeper. We send you a clear list of what's broken and how long the fix will take.
We fix and document
We fix every issue on the list, clean up structural problems, and document what we changed and why. No mystery. You understand your own code when we're done.
You receive working code
Tested on real devices. Clean commit history if on GitHub. Handed back with a note on anything you should watch going forward.
Technologies we work with
Questions We Get Asked
Broken Code or Stuck MVP — Let's Fix It
Tell us where you're stuck. We'll review it, tell you what it'll take, and give you a clear path forward. No commitment needed for the initial review.
Get In TouchEmail: info@ramscript.com · WhatsApp: +91 8857880000