## Electric Bike Control App with Integrations [greenfield]

 

We worked with an industry-leading Asian company that had a rough idea of what they wanted their motorbike control app to be and even the tech stack they wanted to use. We tailored the stack according to their needs and created a solution that met and exceeded their expectations.

 
 

<Carousel />

 
 

### Objective

 

To build a cross-platform (iOS, Android) prototype app that supported the client’s electric motorcycle in terms of functionalities. Such features should include, but were not limited to, toggling lights, managing the lock system, allowing room for several users and key sharing, and showing the bike’s real-time location on a custom native map.

A 3D model of the specific individual (user’s) bike was to be rendered inside the application that reacts to all updates with corresponding animations. The app must use smooth animations and still achieve a performance of about 60FPS. What’s more, we were tasked with delivering a maintainable and extensible codebase should the company want to add more features to their future bikes or upgrade and change their tech in any way.

 
 

### Process

 

<ListWithGradientSideLine />

 
 

### Scope

 

<Scope />

 
 

### Tech stack

 

<TechStacks />

 
 

### Technical challenges

 

<TechnicalChallenges />

 
 

### Outcome

The Scriptide team exceeded expectations, being able to deliver on time while fulfilling all expectations of the client. The client has been handed a cutting-edge, performant React Native app that users love.

As we've developed a cross-platform app, we could really quickly iterate over new designs, features, change requests, and so on, saving both money and time for the client and getting the project completed far quicker than traditional development methods.

Usually chartering to undocumented territories, we've solved many technical challenges along the way. We've even contributed to [React Native's documentation](https://github.com/facebook/react-native-website/pull/2599/files) on rendering native UI elements to standalone Android Fragments to help developers in the future.

## Realtime Onscreen Translator App with AI [greenfield]

 

The client is an industry-leading Asian development company. Their goal was well-defined: to create a real-time screen translation app that utilized AI technology to read all text on a user’s screen at all times, translating it from the original text to a user’s preferred language as instantly as possible. The client had a clear and concise idea about what they wanted to create and was simply in need of a development team who would turn their vision into a reality.

 
 

<Carousel />

 
 

### Objective

 

To build a cross-platform (MacOS, Windows) desktop app for onscreen translation. The goal is to keep all context of the original text as accurate as possible, which is achieved by drawing back all text to its original place on the screen, just in the user’s preferred language.

 
 

### Process

 

<ListWithGradientSideLine />

 
 

### Scope

 

<Scope />

 
 

### Tech stack

 

<TechStacks />

 
 

### Technical challenges

 

<TechnicalChallenges />

 
 

### Outcome

We worked hard to ensure our team delivered the application on time while fulfilling all client expectations. We ensured we did, and the client was handed a fully functioning Desktop app (with the corresponding backend) by the agreed deadline.
As we've developed a cross-platform app, we could really quickly iterate over new designs, features, change requests, and so on, saving both money and time for the client and allowing ourselves to carry out the work in the most efficient way possible. Moreover, most of the codebase is similar between platforms, so it's easier and cheaper to maintain.
The only part of the codebase that varies between the Mac and Windows versions is the platform-specific logic that was inevitable to code in native.

## A Modularized Web Application Handling Services Related To a Company’s Existing Mobile App [greenfield]

 

The client is an industry-leading Asian company that wanted to expand its existing services to other platforms while keeping the look and feel of the existing mobile application.

 
 

<Carousel />

 
 

### Objective

 

Our job was to create a web application that could connect to an existing API that handles all the data related to the services of the company. The implementation of the new application should separate the visual components, the authentication, and a specific part of their service and should be done in a way that both the existing application and the new one could adapt to newly added services efficiently.

Integration was key here. The components had to be kept the same, as did the security and authentication procedures. What’s more, to ensure future builds were effortless to add and optimize, all three parts (services, components, and authentication) of the app had to be kept separate to allow for adequate testing.

 
 

### Process

 

<ListWithGradientSideLine />

 
 

### Scope

 

<Scope />

 
 

### Tech stack

 

<TechStacks />

 
 

### Technical challenges

 

<TechnicalChallenges />

 
 

### Outcome

We created three applications that function separately from one another and have their own purpose in the overall project flow. When all three applications came together, the user experience was flawless from both a UI and DX perspective.

The application looked and felt exactly how the client had requested. Namely, all design parts were in one place, allowing the client to make seamless updates that would be automatically implemented across all three applications.

To ensure the client could add new services in the same optimized way we had intended and was, therefore, as seamless as possible, we created a straightforward template for their in-house developers to use at any time.

Since WebPack federation was a new technology that we hadn’t used before and is not a commonly known feature, we had interesting conversations in multiple technical forums about the third-party packages we used about how to integrate them in this scope properly. This not only increased our own experiences and knowledge but bridged the gap between businesses and their access to state-of-the-art technology.

## Running Fitness App with Native Device Integration [brownfield]

 

The client is an industry-leading hardware manufacturer company located in Asia. When they contacted the Scriptide team, they had already developed an application alongside subcontractor companies for the past three years.

The app was already a cross-platform (iOS, Android) mobile application that allowed users to track their running progress from a fitness standpoint. The app came with many features, including trackable, interactive goals that helped users increase their overall fitness, track their progress in terms of speed and distance they could cover, and build endurance.

The app provides valuable insights into the user’s progress over time and actively provides tips on how and where to improve. Importantly, the app could also communicate with certain types of watches, motion sensors, and fitness trackers to provide a more detailed analysis of your activities. The app can be linked with other third-party applications to export and import data between each other.

 
 

<Carousel />

 
 

### Objective

 

The Scriptide team was tasked with making the hardly maintainable codebase manageable, up-to-date, and easy to extend and scale with upcoming updates.

Once tidied, the team would then develop new features and fix bugs in the existing code. Alongside the existing app, we needed to release a similar app with a different goal with a shared codebase between the two.

 
 

### Process

 

<ListWithGradientSideLine />

 
 

### Scope

 

<Scope />

 
 

### Tech stack

 

<TechStacks />

 
 

### Technical challenges

 

<TechnicalChallenges />

 
 

### Outcome

We've always managed to deliver on time, and this project was no exception. Having worked with the team for the last two years, the application was quickly made modular, maintainable, and extendable. Updates have been continuously released since and remain a growing success in the East Asian regions, used by over 10K+ users. Both our client and their users have been thrilled with the app experience and continue to grow with us.

## High-Performance Marketing Email Delivery System [complete rewrite]

 

The client for this project was a long-standing business that had been in operation for over 20 years and sent billions of emails to customers in the Asian regions every single month. They had used a PHP-based codebase with a ton of extra backend and frontend features that various developers and teams had added to the system over the two decades.

The software was capable of managing the high output and was used daily, but the system was a bit old fashioned and inefficient. It was getting harder and hareder to maintain it due to the ever growing complexity of the codebase, and scaling further was incredibly challenging. It had reached a point where it was more expensive and complex to add more stable code to the existing codebase than it was to rewrite the app entirely.

 
 

<Carousel />

 
 

### Objective

 

Our job was to completely rewrite the application from scratch while maintaining the exact same functionality as the current codebase. The current code was extensive and unnecessarily sprawling and needed to be condensed and optimized. However, the client wanted to stay with PHP as their team was familiar with that.

So, we approached this project by ‘black-boxing’ several parts of the existing codebase that were well-written and already fit for purpose so they could be used in the new edition of the application. We then decided to move forward using a Laravel backend and a Vue frontend. This allowed us to have the flexibility to create a stunning, usable app that was optimized, scalable, and ready for anything while maintaining the foundations of the original PHP codebase.

We separated the front and back end and found a dated PHP app mixed with Smarty templates and SQL queries, many of which were tens of thousands of long lines of code. Our main mission was to take this code and make it neat, organized, and maintainable, updating the front end to remind modern and fast to use while ensuring everything else remained stable and secure.

 
 

### Process

 

<ListWithGradientSideLine />

 
 

### Scope

 

<Scope />

 
 

### Tech stack

 

<TechStacks />

 
 

### Technical challenges

 

<TechnicalChallenges />

 
 

### Outcome

After a year of hard work and countless hours, the Scriptide team pulled it off. We created an functionally identical application capable of handling millions of emails daily. It is extensible, modular, and incredibly cleanly written and optimized for the best results in the most lightweight fashion. The client was extremely satisfied with the result. We handed the application over to their in-house development team, which has maintained and extended the application since then.

## A Full-Scale Employee Management Software [brownfield]

 

The client is an industry-leading Asian corporation in the MDM (Mobile Device Management) industry. They wanted to partially rewrite their own internal employee management system, allowing them access to all kinds of helpful features, including event management, in-house messaging and optimized communications, tracking holidays, meeting organization, status checks, time tracking, and so on. The application required integrations with several popular business apps, such as Microsoft Teams, Google Calendar, etc.

 
 

<Carousel />

 
 

### Objective

 

Our team would take the previously written, unfinished application that was incorrectly structured, hard to maintain, and barely usable and use it as a foundation to create a fully-featured, optimized, working application. Our task was to re-implement parts of the codebase that were inefficiently implemented and then complete the app by adding missing features and fixing any bugs.

 
 

### Process

 

<ListWithGradientSideLine />

 
 

### Scope

 

<Scope />

 
 

### Tech stack

 

<TechStacks />

 
 

### Technical challenges

 

<TechnicalChallenges />

 
 

### Outcome

We handed the client a fully-functioning, extendable, maintainable application in less time than the original deadline. We even managed to save them money, spending less of their budget than expected. We have been providing support for the application in the form of updates, new features, and bug fixes.

Let's Talk

Some of our previous projects

Click for details

Electric Bike App

Click for details

AI Translator App

Click for details

Supermodularized Web App

Click for details

Running App

Click for details

Email Management System

Click for details

Employee Management System

Decline

Accept

Want to discuss your project?

Find your way

Services

More from us

Channels