WeeTech Solution Pvt Ltd

Client & Goal

The client wanted to build a web and mobile dating platform that speeds up and improves the matchmaking process by pairing users based on their personality types, creating a more thoughtful and engaging experience.

Project Requirements:

• Build a compatibility-driven matching system.
• Provide a seamless experience across web and Android platforms.
• Enable profile creation, swiping/matching and secure real-time chat.
• Ensure scalability as the user base expands globally.

Our Solution & Execution

We developed So Syncd as a complete dating ecosystem with both web and mobile access:

• Built iOS and Android apps using Flutter for reliable cross-platform performance.
• Created a responsive web platform with Flutter Web for easy accessibility.
• Implemented a personality-based matching algorithm to connect compatible users.
• Integrated real-time chat through WebSockets for instant messaging.
• Used Node.js and Nest.js for backend logic to manage users, matches and chats.
• Utilized MongoDB for secure storage of profiles, interactions and chat history.
• Deployed on AWS to ensure security, scalability and high availability.
• Designed an intuitive UI/UX to enhance engagement with notifications, privacy options and reporting tools.

The goal was to deliver a platform that feels safe, personalized and simple to use for people seeking meaningful relationships.
 

Results

We delivered a platform that connects users through personality-based compatibility, offering a smooth experience across web and mobile. Users can create profiles, discover compatible matches and chat securely in real time. Since launch, So Syncd has helped people around the world build meaningful relationships. Its scalable architecture supports easy platform growth and feature expansion.
 

Techstack: Flutter, Flutter Web, Node.js, Nest.js, MongoDB, WebSockets, AWS

Client & Goal

A renewable energy company committed to making solar power affordable and accessible for households and businesses wanted to build a modern website that could generate quality leads and better educate customers about the advantages of solar energy.

Project Requirements:

• Present services and environmental benefits in a professional, user-friendly format.
• Include a solar savings calculator for customers.
• Capture inquiries through contact and consultation forms.
• Support continuous content publishing to build trust and strengthen SEO.
• Ensure a scalable and secure foundation for future expansion.

Our Solution & Execution

We developed American Solar’s web platform as both an educational hub and a lead-generation system:

• Built the platform using Flutter Web for fast performance and a responsive layout.
• Integrated a CMS (WordPress/Headless) for blogs, case studies and educational articles.
• Designed a solar pricing and savings calculator to offer personalized insights.
• Added lead capture forms, referral CTAs and quote request options to improve conversions.
• Implemented SEO enhancements and analytics tools to boost visibility and track results.
• Deployed on AWS for secure and scalable hosting.
• Crafted a clean, modern UI/UX with intuitive navigation to keep users engaged.

The focus was to create a reliable digital presence that educates visitors while driving business growth.
 

Results

We delivered a responsive, content-focused and conversion-oriented website that highlights American Solar’s mission and services while helping customers understand the benefits of clean energy. Users can calculate savings, learn about solar and request consultations easily. Since launch, AmericanSolar.com has strengthened brand credibility and begun generating qualified leads.
 

Techstack: Flutter Web, WordPress (CMS), AWS

Client & Goal

An organization in the election management sector wanted an Android-based system capable of securely collecting and transmitting election data, while also offering accessible insights for internal teams even in regions with limited network coverage. The goal was to support accurate evaluation and reporting across various locations in Kenya and Uganda.

Project Requirements:

• Capture election and administrative data efficiently in the field.
• Ensure secure transmission to prevent data tampering.
• Provide offline functionality where internet access is limited.
• Offer internal reporting and dashboards for real-time assessment.

Our Solution & Execution

We developed Tumana RTS as a secure and reliable Android platform:

• Built the app using Flutter for smooth performance and quick deployment.
• Implemented offline storage with SQLite, enabling field teams to collect data without internet.
• Added data encryption to safeguard sensitive election information during transmission.
• Enabled cloud syncing for real-time access to reports by internal teams.
• Designed a simple, intuitive interface to help staff record information accurately and efficiently.
• Connected the platform to AWS for secure and accessible cloud-based data storage.
• The focus was to build a lightweight, secure and efficient tool for election and administrative data capture.

Results

We delivered an Android app that allows field teams to collect, save and transmit data securely, even in low-connectivity regions. Internal teams can view real-time reports and dashboards. Since launch, Tumana RTS has supported organizations in Kenya and Uganda in streamlining election data gathering with high-level security.
 

Techstack: Flutter, SQLite (offline storage), AWS (cloud sync), Data Encryption

Client & Goal

The client wanted to create a comprehensive automotive service and cybersecurity platform, a unified app ecosystem that safeguards vehicles from cyber threats, detects issues like odometer fraud and delivers everyday car services in a smooth, dependable way.

Project Requirements:

• Support vehicle diagnostics for 2,000+ car models.
• Detect fault codes and offer actionable insights for each issue.
• Provide real-time services such as car washes, roadside help, fuel recharges, insurance comparison and vehicle resale.
• Fully responsive and functional on both Android and iOS.
• Scale effectively to handle large amounts of vehicle and service data.

Our Solution & Execution

We built VT Scan as a complete automotive and cybersecurity platform combining diagnostics, vehicle services and user convenience:

• Created mobile apps for iOS and Android using Flutter for consistent cross-device performance.
• Built a web platform with Angular and PHP for service oversight and user dashboards.
• Implemented the backend with Java and SpringBoot to manage vehicle data, diagnostics and service requests efficiently.
• Used MySQL for structured data storage and ElasticSearch for quick querying of fault codes and diagnostic information.
• Integrated cybersecurity modules to detect odometer fraud and other CAN Bus vulnerabilities.
• Designed intuitive UI/UX for easy navigation across diagnostics, services and vehicle management.
• Added real-time features including instant roadside assistance, car wash scheduling and fuel account top-ups.
• Included comparison tools for insurance pricing and vehicle resale to make vehicle management convenient.

Our goal was to deliver a platform that merges vehicle protection, diagnostics and everyday services in one seamless ecosystem.
 

Results

We delivered a scalable hybrid solution that allows car owners to monitor vehicle health, guard against cyber threats and access multiple services from a single app. Users can review diagnostic data, book maintenance, compare insurance and manage all aspects of car care efficiently. Since launch, VT Scan has become a valuable tool for modern car owners, offering cybersecurity safeguards, real-time help and comprehensive vehicle services in one platform.
 

Techstack: Java, SpringBoot, Angular, Flutter, PHP, MySQL, ElasticSearch

Client & Goal

The client set out to build a mobile-first parking solution designed to eliminate the daily hassle of urban parking by allowing users to locate and reserve spots instantly, while also integrating navigation, payments and value-added vehicle services.

Project Requirements:

• Display real-time availability for on-street and garage parking.
• Allow instant spot reservations with dynamic pricing.
• Provide seamless navigation, including AR-based walking directions.
• Integrate services such as EV charging and car washes.
• Support personalized parking profiles and analytics for fleet operators.
• Offer an operator dashboard for inventory monitoring and rate optimization.

Our Solution & Execution

We developed EasyPark as a cross-platform mobile experience powered by real-time data, AI and service integrations:

• Built iOS and Android apps using Flutter for consistent, reliable performance.
• Implemented AI-driven parking detection with real-time updates and color-coded availability indicators.
• Created interactive 3D maps with integrated navigation and AR walking guidance.
• Added secure Stripe payments for quick, one-tap reservations with dynamic pricing logic.
• Enabled user profiles for vehicles, preferences and saved payment methods.
• Delivered fleet-management tools for bulk booking, optimized routing and spend analytics.
• Integrated EV charging, car wash and maintenance services via third-party APIs.
• Designed a clean, intuitive UI featuring voice commands, one-tap shortcuts and dark mode.
• Deployed backend services on AWS for scalability, real-time processing and operator dashboards.

Results

EasyPark launched as a complete urban mobility assistant, helping users quickly locate, reserve and pay for parking while accessing additional vehicle services within one app. Fleet operators and parking providers benefit from analytics and optimization tools, creating value across the entire ecosystem. By unifying parking, navigation and mobility services, EasyPark establishes itself as a scalable, future-ready platform that reduces congestion, lowers emissions and saves users time.
 

Techstack: Flutter, AWS, Firebase

Client & Goal

The client aimed to create a digital solution that transforms personal aspirations into clear, actionable goals. The platform was envisioned as a mix of goal planning, progress monitoring, social interaction, and AI-driven motivation, helping users stay focused, inspired, and accountable.

Project Requirements:

• Enable users to define, visualize, and monitor goals and milestones.
• Provide AI-based guidance to support personal growth.
• Encourage community engagement through sharing and collaboration.
• Deliver a consistent experience across Web, Android, and iOS.
• Build a scalable, real-time system to manage user activity efficiently.

Our Solution & Execution

We designed and developed Dreemz as a complete social productivity platform:

• Created a clean and intuitive UI/UX in Adobe XD, focusing on goal visualization and progress insights.
• Developed cross-platform mobile apps using Flutter for Android and iOS.
• Built a powerful backend with Node.js to manage users, goals, and AI-driven recommendations.
• Used MongoDB to store goals, progress data, and community interactions flexibly.
• Deployed the system on AWS to ensure scalability, performance, and security.
• Integrated reminders, notifications, and progress tracking features.
• Enabled real-time data syncing across devices for seamless goal management.

The platform was designed to combine productivity, social motivation, and AI insights into a single engaging experience.
 

Results

We delivered a fully functional digital ecosystem that allows users to visualize ambitions, track achievements, and interact with a supportive community. The web and mobile apps provide a smooth and motivating journey that keeps users focused on their goals. Since its release, Dreemz has supported users in organizing their ambitions and pursuing personal growth through a scalable, real-time platform built for future expansion.

Techstack: Node.js, Flutter, MongoDB, AWS, Adobe XD

Client & Goal

The client aimed to create a next-generation food discovery and ordering platform that blends fast ordering with social interaction, going beyond the limitations of traditional delivery apps.

Project Requirements:

• Make food browsing and ordering quick, simple, and visually appealing.
• Enable restaurants to automate orders, manage stock, and promote special offers.
• Support group ordering with bill splitting for shared meals.
• Introduce community features such as food feeds, reviews, and loyalty rewards.
• Offer real-time delivery tracking for a smooth end-to-end experience.

Our Solution & Execution

We developed Ur Shout M8 as a feature-rich, cross-platform mobile application:

• Built iOS and Android apps using Flutter.
• Developed a secure Node.js backend with PostgreSQL for managing orders, menus, inventory, and payments.
• Implemented WebSocket-based real-time chat to enable instant communication between users, restaurants, and delivery partners.
• Created restaurant dashboards for order automation, service area management, promotions (“Shout Deals”), and timing controls.
• Enabled group orders with split payment functionality for social dining.
• Integrated live delivery tracking using GPS technology.
• Designed a social food feed allowing users to share reviews, photos, videos, and earn Foodie Badges.
• Optimized the interface for rich, engaging menu discovery.

Results

Ur Shout M8 launched as a community-focused food ordering experience that combines convenience with interaction. Users enjoy fast ordering, group coordination, and authentic food discovery, while restaurants gain automation, greater visibility, and improved customer loyalty. The platform stands out as more than a delivery app, it acts as a social destination for food lovers, supporting both engagement and revenue growth.
 

TechStack: Flutter, Node.js, PostgreSQL, Real-time Chat, Web Socket, Figma"

Client & Goal

A communications consultancy specializing in broadcast PR, live streaming, podcast production, media training, and strategic content creation wanted a modern, professional website that reflects their expertise while communicating credibility, creativity, and industry leadership.

Project Requirements:

• Create a visually engaging and interactive website aligned with their brand identity.
• Present services and case studies in a compelling and easy-to-explore format.
• Include an Insights section to share industry knowledge and thought leadership.
• Add a Careers area with job listings and an integrated application process.
• Ensure full responsiveness across desktop and mobile devices.

Our Solution & Execution

We designed and developed the Marketeers website as a media-rich digital platform:

• Built the frontend using Flutter Web to deliver smooth animations and consistent cross-device performance.
• Designed a dynamic hero section with engaging typography and transitions.
• Organized services into a modular layout with interactive elements for intuitive browsing.
• Developed a flexible case study and portfolio section to showcase work effectively.
• Implemented an Insights section for blogs and industry updates.
• Created a Careers module allowing users to view open roles and apply directly through integrated forms.
• Optimized performance, SEO, and accessibility for fast and discoverable experiences.

The platform balances visual appeal with usability, serving both prospective clients and job seekers.
 

Results

We delivered a fully responsive, high-performance website that enhances Marketeers’ digital presence. The site now functions as a brand showcase, lead-generation tool, and recruitment platform, reinforcing their position as innovators in the communications industry. Since launch, the website has increased engagement, strengthened credibility, and provided a scalable foundation for future growth.
 

Techstack: Flutter Web (frontend), Cloud Hosting (deployment), Integrated Form Handling (job applications & contact), SEO Optimization Tools

Client & Goal

The client set out to create a mobile-first nightlife platform that redefines how people discover and plan nights out. The goal was to combine venue discovery with real-time crowd insights, exclusive drink partnerships, and social coordination tools, while also giving venues a direct way to engage their audience.

Project Requirements:

• Enable discovery of bars, clubs, and lounges with live venue insights.
• Offer exclusive drink deals and perks to enhance nightlife experiences.
• Support social planning through group polls, check-ins, and bill splitting.
• Deliver a sleek, dark-mode UI optimized for nighttime use.
• Provide venues with tools for promotion and customer analytics.

Our Solution & Execution

We developed Moonshine as a cross-platform mobile app focused on social nightlife experiences:

• Built iOS and Android applications using Flutter for consistent performance.
• Designed an interactive pulse map powered by real-time APIs displaying crowd levels, music genres, dress codes, and pricing filters.
• Implemented a membership and rewards system with secure in-app payments.
• Developed social features including group polls, synced check-ins, and automated bill splitting supported by a scalable backend.
• Enabled venues to promote offers and access audience insights through cloud-based APIs.
• Crafted a nightlife-friendly UI with dark mode and neon accents for easy nighttime use.
• Integrated push notifications for promotions, crowd changes, and group activity.
• Deployed the backend on cloud infrastructure to handle peak nightlife traffic reliably.

The focus was on creating an engaging experience for users while delivering real value to venues.
 

Results

Moonshine launched successfully as a nightlife companion that helps users discover venues, unlock exclusive perks, and plan nights out with friends. Venues benefit from a targeted marketing channel and real-time customer insights. Today, Moonshine continues to grow as a tech-driven nightlife platform that seamlessly connects people, places, and experiences.
 

TechStack: Flutter, Cloud Backend, Real-time APIs, Push Notifications, Secure Payments

Client & Goal

A construction company set out to modernize traditional hoist elevators by transforming them into intelligent, data-driven assets. The goal was to build an AI-powered digital platform that connects hardware and software, enabling smarter monitoring, predictive analytics, and improved operational efficiency across construction sites.

Project Requirements:

• Enable real-time monitoring of hoist elevators with predictive maintenance capabilities.
• Improve job-site productivity through AI-generated insights.
• Provide mobile dashboards for on-site teams and a web-based portal for management.
• Ensure secure access using biometric authentication and encrypted data sharing.
• Integrate seamlessly with existing ERP, BIM, and IoT construction systems.

Our Solution & Execution

We developed Liftech as a fully integrated AI and IoT-enabled platform:

• Built cross-platform Flutter apps for iOS and Android to monitor hoists in real time, trigger anomaly alerts, and display predictive maintenance insights.
• Implemented secure mobile access with biometric login and encrypted document sharing.
• Created a web-based management portal featuring Gantt charts, efficiency analytics, and collaboration tools.
• Integrated AI models with sensor data to deliver predictive maintenance and equipment performance optimization.
• Enabled API-based integrations with ERP, BIM, and IoT platforms to fit into existing construction workflows.
• Optimized backend systems for scalable, real-time data processing and analytics.
• The platform was designed to connect people, machines, and data into one intelligent ecosystem.

Results

Liftech launched as a complete hardware-software solution that helps construction companies minimize downtime, increase efficiency, and optimize workforce planning. Field teams gain real-time insights on-site, while managers benefit from a centralized view of equipment performance and project schedules. The platform continues to evolve with advanced features such as predictive scheduling and safety compliance, positioning Liftech as a smart intelligence layer for modern construction environments.
 

Techstack: Flutter, Node.js, IoT, MySQL, Python, BLE

Client & Goal

The client aimed to create a global mobile phone research and comparison platform that simplifies how users explore devices. The goal was to provide complete and accurate smartphone specifications across brands and models, helping users make confident purchasing decisions.

Project Requirements:

• Enable users to browse detailed specifications for flagship, budget, and upcoming smartphones.
• Support side-by-side comparison of up to four devices.
• Provide real-world performance insights to aid buying decisions.
• Offer price comparisons across multiple currencies.
• Deliver a fast, intuitive experience for both casual buyers and tech-savvy users.

Our Solution & Execution

We developed TechSpecs.Info as a scalable and content-driven comparison platform:

• Designed a clean and modern interface in Figma focused on easy navigation and quick comparisons.
• Built the website using Next.js to ensure speed, SEO performance, and smooth user experience.
• Implemented Strapi CMS to efficiently manage device specifications and structured content.
• Integrated a WordPress blog for reviews, buying guides, and industry trends.
• Used PostgreSQL and Elasticsearch to enable fast, accurate search and comparison features.
• Implemented multi-currency price aggregation showing offers from multiple vendors.
• Deployed the platform on AWS for scalability, performance, and global accessibility.
• The focus was on combining rich data with a simple, user-friendly experience.

Results

TechSpecs.Info launched as a comprehensive resource for mobile phone research, making it easy for users worldwide to explore devices, compare features, and find the best deals. Fast search, clean design, and reliable comparisons deliver a smooth experience across devices. The platform continues to expand its database, establishing itself as a trusted destination for smartphone research and informed purchasing decisions.
 

Techstack: Next.js, Strapi, Wordpress, PostgreSQL, Elasticsearch, Figma, AWS

Client & Goal

A transportation services company aimed to enhance its digital presence by launching a cab booking mobile app that makes ride-hailing simple, fast and reliable for passengers.

Project Requirements:

• Enable quick ride booking with an intuitive interface.
• Support referral codes and promo offers to encourage user growth.
• Provide real-time GPS tracking for drivers and passengers.
• Offer secure, cashless payment options.
• Create a scalable system to support a growing network of users and drivers.

Our Solution & Execution

We developed Leap Taxi as a comprehensive ride-hailing ecosystem available on web and Android:

• Built the Android app using Flutter for smooth performance and faster development.
• Developed a responsive web platform with Flutter Web for easy ride management and user onboarding.
• Integrated GPS-based ride tracking and navigation with Google Maps API.
• Implemented fare estimation, ride history and real-time notifications via WebSockets.
• Added referral and promo code functionality to boost user adoption.
• Integrated secure payment gateways along with cash options.
• Built the backend with Node.js + Nest.js and MongoDB for managing rides, users and payments.
• Deployed on AWS for scalability, reliability and secure hosting.
• Designed a clean and user-friendly UI/UX to make booking and managing rides simple and intuitive.

Our focus was to deliver a fast, reliable and scalable platform that simplifies booking for passengers while improving driver operations.
 

Results

We delivered a full taxi booking platform covering web and mobile apps with end-to-end ride management features. Users can quickly register, track rides and pay securely, while drivers can manage bookings and navigation efficiently. Since launch, Leap Taxi has provided a smooth and dependable ride-hailing experience, supporting user growth through referral incentives and scalable architecture.
 

Techstack: Flutter, Flutter Web, Node.js, Nest.js, MongoDB, WebSockets, Google Maps API, AWS

Client & Goal

A fintech company wanted to develop a mobile app that lets users easily track their cryptocurrency portfolios including Bitcoin and various altcoins in one place, allowing them to monitor individual coins and total portfolio value without the complexity of full trading platforms.

Project Requirements:

• Support 250+ cryptocurrencies for flexible portfolio tracking.
• Deliver real-time market data and instant portfolio updates.
• Ensure smooth Android performance with a clean, intuitive interface.
• Provide fast performance while efficiently managing dynamic data.

Our Solution & Execution

We built CryptoTrax as a performance-driven Android application with a simple, user-friendly layout:

• Developed the app in Flutter to ensure smooth Android performance and future cross-platform options.
• Implemented a Node.js + Nest.js backend to securely manage user data, portfolio updates and API interactions.
• Used MongoDB for efficient storage of user portfolios, transaction records and app preferences.
• Integrated live cryptocurrency APIs to fetch real-time coin prices and market data.
• Designed intuitive portfolio tools enabling users to add, edit and track multiple altcoin holdings.
• Optimized dynamic data processing for instant calculations and real-time updates.
• Created a lightweight, responsive UI/UX to keep the app fast and easy to use.
• The objective was to offer a powerful yet simple crypto tracking experience that users of any level could adopt quickly.

Results

We delivered a streamlined Android app that makes cryptocurrency tracking simple and accessible. Users can manage over 250 coins, view real-time prices and instantly check their complete portfolio value. Since launch, CryptoTrax has become a go to option for crypto users seeking a fast, user-friendly portfolio tracker, helping them stay informed about their assets confidently.
 

Techstack: Flutter, Node.js, Nest.js, MongoDB, Cryptocurrency APIs

Client & Goal

The client wanted a mobile application for individual servicemen such as electricians, gardeners, plumbers and contractors, offering a simple CRM tool to manage clients, streamline communication and increase revenue by improving service quality.

Project Requirements:

• Maintain client information and service history.
• Track follow-ups, invoices, billing and payments.
• Avoid losing potential clients or deals due to weak communication.
• Operate smoothly on both Android and iOS for easy adoption.

Our Solution & Execution

We created Done IT as a mobile-first CRM solution focused on simplicity and usability for individual service providers:

• Built Android and iOS apps using Flutter for consistent and dependable user experience.
• Developed a strong backend with Node.js and MongoDB for secure storage of client data and transaction management.
• Added modules for invoicing, billing and payment tracking to ease financial processes.
• Designed tools for client follow-ups and reminders, helping servicemen maintain relationships and avoid missed opportunities.
• Hosted the solution on AWS for scalability and reliable performance.

Our goal was to keep the system lightweight and intuitive so non-technical users could adopt it easily without training.
 

Results

We delivered a complete mobile CRM tailored for individual servicemen. The app enables users to manage clients, track payments and maintain communication from one place, helping them operate more professionally. Since launch, Done IT has helped independent service providers stay organized, improve customer satisfaction and increase revenue through better service management.
 

Techstack: Flutter, Node.js, MongoDB, AWS

Client & Goal

A UK-based delivery services company wanted to create a digital platform that connects independent and self-employed riders with restaurants and takeaways, streamlining the food delivery workflow while allowing riders to earn income using their own vehicles.

Project Requirements:

• Build a platform that links multiple restaurants with a wide network of delivery riders.
• Ensure smooth and dependable functionality across Web, iOS and Android.
• Provide real-time tracking for deliveries and payments.
• Create a scalable solution to support growth as more restaurants and riders join.

Our Solution & Execution

We built Suitable Riders as a comprehensive delivery management ecosystem:

• Designed an intuitive UI/UX in Adobe XD tailored for both rider and restaurant users.
• Developed iOS and Android apps using Flutter for consistent cross-device performance.
• Created a responsive web platform with Vue.js for real-time control and analytics.
• Implemented a strong backend using Node.js, Nest.js, TypeScript and MongoDB to manage orders, rider allocations and payments.
• Integrated GPS for live delivery updates and Stripe for secure payment transactions.
• Deployed the solution on AWS for scalability, reliability and high availability.

The aim was to make the platform easy for riders and restaurants while ensuring a strong and scalable system to manage operations and expansion.
 

Results

We delivered the complete platform including design, web development, mobile apps and ongoing support. Restaurants can quickly assign orders to riders, while riders can view, accept and track deliveries in real time using an intuitive interface. Since launch, SuitableRiders.com has helped restaurants extend delivery coverage and allowed independent riders to earn consistently.
 

Techstack: Flutter, Vue.js, Node.js, Nest.js, TypeScript, MongoDB, Stripe, AWS

Client & Goal

A UK-based food and beverages company wanted to create an online platform for food ordering (delivery & takeaway) and restaurant table bookings, offering a smooth, user-friendly experience for customers while providing operational advantages for restaurant owners.

Project Requirements:

• Develop a unified platform for delivery, takeaway and reservations.
• Deliver seamless experiences across Web, iOS and Android.
• Integrate a secure payment gateway with a scalable backend.
• Support multiple restaurants with real-time menu and order management.

Our Solution & Execution

We designed and developed Suitable Eats as a complete digital ecosystem connecting customers with restaurants:

• Created a modern and user-friendly UI/UX in Adobe XD for easy navigation.
• Built iOS and Android apps using Flutter for consistent cross-device performance.
• Developed a dynamic website using Vue.js for fast and responsive interactions.
• Implemented a robust backend with Node.js, Nest.js, TypeScript and MongoDB for real-time restaurant and order management.
• Integrated Stripe to enable secure and reliable online payments.
• Deployed the platform on AWS to ensure scalability and high availability.

The goal was to build a solution that feels simple for users while being strong and flexible for restaurants handling daily operations.
 

Results

We delivered the complete platform including design, web and mobile development, along with ongoing support. The apps and website offer a smooth customer journey for browsing menus, ordering food or making reservations. Restaurants receive tools to manage menus, reservations and orders in real time, supported by clear insights that simplify daily workflows. Since launch, SuitableEats.com has been helping customers across the UK enjoy an easy food ordering and table booking experience, backed by a scalable foundation ready for future expansion.
 

Techstack: Flutter, Vue.js, Node.js, Nest.js, TypeScript, MongoDB, Stripe, AWS

Client & Goal

A wedding-tech startup aimed to create an all-in-one digital platform accessible on both mobile and desktop to streamline wedding planning, guest coordination and vendor interactions, making the entire wedding preparation experience stress-free.

Project Requirements:

• Combine multiple features (planning tools, invitations, blogs and vendor management).
• Ensure a seamless experience across iOS, Android and Web.
• Design for easy scalability to accommodate thousands of couples and vendors.

Our Solution & Execution

We developed the Happy Wedding App as a comprehensive digital ecosystem for couples, guests and vendors:

• Designed a clean, user-friendly interface in Figma, prioritizing simplicity.
• Built Android and iOS apps using Flutter for consistent performance.
• Developed a secure and scalable website with PHP & CodeIgniter.
• Implemented a WordPress blog to share wedding advice, trends and inspiration.
• Optimized backend and APIs to ensure smooth communication across apps and website.
• Architected the system for scalability, enabling effortless addition of features as the platform expands.

Our focus was to deliver a solution that feels simple for users while being robust enough to grow with the business.
 

Deliverables & Results

We provided the end-to-end solution from design to development for Web, Android and iOS. The intuitive design encouraged fast adoption by couples and vendors, while the scalable architecture supports future expansion and feature updates. The platform launched successfully, assisting thousands of users in planning weddings effortlessly.
 

Techstack: Flutter, PHP, CodeIgniter, WordPress, Figma

Client & Goal

A fitness industry company wanted to build a digital platform that brings together workout programs and meal planning, helping clients stay consistent with their health goals. Many people struggle to follow structured routines or balance exercise with proper nutrition, so the idea was to create one app that puts everything in a single place.

Project Requirements:

• Guided workout program library combined with nutrition support.
• Fitness and diet tracking to keep users accountable.
• A responsive design that works seamlessly across Web, iOS and Android.
• Reminders, progress insights and a motivating experience to support long-term engagement.
• And more.

Our Solution & Execution

We created FizzUp as a complete fitness and wellness ecosystem available on both web and mobile:

• Built iOS and Android apps using Flutter for consistent multi-device performance.
• Developed a responsive web platform that syncs perfectly with the mobile apps for a unified experience.
• Added fitness tracking features to monitor workouts, repetitions and overall progress.
• Integrated meal tracking tools and structured meal plans.
• Implemented reminders and push notifications to help users stay motivated and consistent.
• Focused on a clean, intuitive UI/UX for simple, engaging user interactions.
• Designed the system for scalability, allowing new programs and features to be added easily.
• Built a backend with Node.js and MongoDB to securely manage user data, workouts and nutrition details.
• Deployed on AWS for reliable hosting, high availability and smooth scalability.

Our approach ensured the platform is easy for everyday users while powerful enough to support ongoing growth and new features.
 

Results

We delivered a complete fitness platform that merges workouts, nutrition and progress tracking into a seamless cross-platform experience. The apps and website make it simple for users to follow structured programs, track meals and monitor results confidently. Since launch, FizzUp has been helping users stay consistent with their fitness journey, providing a scalable solution that supports growth and evolving health functionalities.
 

Techstack: Flutter, Node.js, MongoDB, AWS

Client & Goal

The client aimed to create a community-driven music identification app that helps users recognize unknown electronic tracks by combining audio technology with social interaction.

Project Requirements:

• Allow users to record or upload short audio clips for track identification.
• Include core social features such as likes, comments, and notifications.
• Ensure smooth audio playback and fast-scrolling content feeds.
• Provide user profiles and maintain a growing collection of identified tracks.

Our Solution & Execution

We developed Hack The Track as a mobile-first application with a strong focus on audio performance and community engagement:

• Built the Android application using Flutter with a modern interface.
• Leveraged Flutter audio and media plugins to support in-app recording, uploading, and playback.
• Implemented a real-time community feed with APIs supporting posts, likes, comments, and notifications.
• Designed profile management screens allowing users to track uploads, activity, and identified songs.
• Integrated secure cloud storage for hosting and streaming music clips.
• Developed a lightweight backend API to manage users, audio uploads, and identification updates.
• Delivered a clean, intuitive UI/UX optimized for quick navigation between feed, uploads, and profiles.

The goal was to keep music discovery smooth, social, and enjoyable for users.
 

Results

We delivered a reliable Android application that enables users to collaboratively identify electronic music tracks. With seamless audio handling, active community features, and secure storage, Hack The Track became a social platform where DJs and fans crowdsource track names together. Since launch, the app has grown into a dedicated hub for electronic music enthusiasts, turning curiosity into shared discovery.
 

Techstack: Flutter (UI, cross-platform framework), Flutter Media Plugins (recording, playback), Cloud Storage (audio hosting), Backend APIs (user management, posts, community), Push Notifications