Check Our Awesome Portfolio

Stork was created by parents who understood how stressful it can be to juggle school drop‑offs, practice runs, and changing schedules while still wanting to protect their children at every step. The product needed to feel like a trusted partner, simple enough for busy parents, but robust enough to handle real‑world transportation challenges. We worked closely with the client team to capture that vision in a unified platform: a Flutter app for iOS and Android, Node.js/Express APIs, a MongoDB‑powered data layer, and a web‑based admin panel for operations and support. The parent app focuses on booking and tracking rides, while the driver experience and admin tools handle route management, safety protocols, and customer support. Features like background‑checked drivers, live GPS tracking, OTP‑verified pickups, and detailed driver profiles are woven into the core flows so parents don’t have to compromise between convenience and safety. On the design side, we created a warm, reassuring visual language, clean layouts, friendly iconography, and clear status indicators, to make the app approachable while still communicating seriousness around safety and reliability.

Stork Driver was created to support a very sensitive transportation model: moving children safely and reliably, while making the driver experience smooth enough to work in real-world conditions. The app needed to be simple for drivers to use, but powerful enough to handle route updates, ride status changes, communication, and safety checks without confusion. Our team designed and developed a Flutter-based driver app backed by Node.js/Express APIs, MongoDB, AWS infrastructure, and an admin panel for operational oversight. The result is a platform where drivers can manage incoming requests, track trip details, and follow structured ride workflows that keep the experience consistent from pickup to drop-off. The interface was built with clarity in mind: clean screens, straightforward actions, visible trip states, and minimal friction during active rides. Since drivers often operate on the move, we focused on fast interactions and dependable performance so they can concentrate on the child’s safety and the quality of service.

Celleey’s founders wanted more than a standard electronics store—they envisioned a platform where users not only find great deals on devices, but also earn cash back and enjoy a simple keep‑or‑return flow that removes the usual risk from online tech purchases. Our team translated that idea into a complete digital product: a cross‑platform Flutter app for iOS and Android, Node.js/Express APIs, a MongoDB database, and an admin panel that gives the Celleey team full control over products, rewards, orders, and user support. Core shopping journeys were designed around the “Shop, Earn & Pay” model—browse electronics, apply coupons, earn cashback credits, and manage claims and refunds—all wrapped in a clean, modern UI that feels like a premium tech retail experience. We also focused on customer trust by making policies such as the Keep or Return window, cashback rules, and refund steps clear in the app, so users always know what will happen after they place an order.

Choosing a college and preparing for entrance exams can feel overwhelming—multiple websites, different deadlines, and scattered study resources. Unichoice was designed to cut through this confusion and act as a digital mentor for students and parents. Inside the app, students can browse and compare colleges, apply directly, join live exam coaching sessions, and access curated notes, PDFs, and preparation materials for key entrance exams. Real‑time updates keep them informed about admission news, application dates, and result‑based eligibility. From a product standpoint, our team delivered a cross‑platform Flutter app, Node.js/Express APIs, a MongoDB backend, and web‑based admin tools. These pieces work together to support features like college matching based on marks, personalized course suggestions, and content management for live classes and study resources. The UI/UX was crafted to feel supportive and distraction‑free, with clear flows for college search, exam prep, and notifications, so students can focus on their goals rather than fighting with the interface.

Motherhood can feel isolating, especially when you’re navigating pregnancy, newborn life, or toddler chaos without a local “village”. Kinship was created to solve exactly that: connect moms who are experiencing similar joys, challenges, and milestones, and give them a simple space to talk, share, and meet. Inside the app, moms and moms‑to‑be sign up, share a few details about their life stage, and get matched into small local chat groups based on due date or child’s age. These are not massive forums; they’re intimate circles where conversations feel personal and manageable. Our team used Swift for iOS, Jetpack Compose for Android, and Node.js/Express with MongoDB on AWS for the backend, with a responsive web app for broader access. This stack powers matching logic, group chats, notifications, and admin controls, while keeping data secure and performance smooth as Kinship expands to new cities.

College life is full of talented, creative, and social students, but many of them do not have a dedicated platform to showcase who they are. iKonic was created to give students a place where their personality, creativity, fashion, music, interests, and social presence can stand out. The app allows students from colleges and universities to connect, discover profiles, share content, and participate in a community built around student culture. Rather than functioning as another generic social media platform, iKonic focuses on campus life and gives users the chance to gain recognition for their creativity and social engagement. Our team developed the iOS experience using Swift, supported by Node.js and Express APIs, MongoDB, and AWS infrastructure. The admin panel provides centralized control over users, content, reports, categories, and community activity, helping the platform maintain a positive and engaging environment as it grows.

In a city like Mumbai, great discounts are everywhere, on shop boards, WhatsApp statuses, and random social pages, but most shoppers never see them in time. SeekSagar set out to solve this by becoming a local “deal radar” for the neighbourhood. Using the app, users create a simple profile, allow location access, and immediately see live offers from nearby stores and vendors. Deals are organised by category (clothing, electronics, groceries, salons, games, medicine, and more), so people can quickly scan what’s relevant and decide where to go. For this first phase, SeekSagar is focused on Android users in Mumbai’s Western suburbs, with future plans to add delivery‑based listings, deal alerts, business dashboards, reviews, and price comparisons. Our team implemented the Android app in Kotlin, backed by Node.js/Express APIs, MongoDB, and an admin panel hosted on AWS/GoDaddy, so the product is ready to scale to new areas and features.

Weight management is not a one-time consultation. Patients often need regular check-ins, treatment adjustments, dietary guidance, and motivation to stay consistent. Medrev was created to connect patients with their dedicated doctors and diet support teams so they can receive ongoing care instead of relying only on occasional appointments. The Medrev Doctor App gives healthcare professionals a focused workspace to manage patient interactions, review shared progress data, answer clinical questions, and provide personalised guidance. Doctors can maintain communication with patients, monitor their journey, and support treatment decisions through a connected care model. The app works alongside the wider Medrev healthcare ecosystem, which supports medical assessments, consultations, treatment planning, and ongoing monitoring. The platform is designed around secure communication and professional oversight, helping doctors deliver a more structured and responsive care experience. We developed the mobile applications using Kotlin for Android and Swift for iOS, with React.js supporting the web experience. The interface was designed to keep important patient information, communication, and progress insights easy to access for busy healthcare professionals.

Managing weight and maintaining long-term health often requires more than a single consultation. Patients may need medical assessments, doctor reviews, dietary advice, treatment monitoring, and regular follow-ups. Medrev brings these steps together in one connected care experience. Through the app, patients can create their profile, provide relevant health information, book appointments, consult doctors, and access healthcare-related information. The platform helps patients stay connected with their care team while giving them a clearer understanding of their treatment journey. The app works alongside Medrev’s wider healthcare service, which includes patient assessment, doctor consultation, personalised treatment planning, and ongoing monitoring. Patients can also use the platform to track relevant progress information and share updates with their care team when required. The product was built with Kotlin for Android, Swift for iOS, and React.js for the web experience. The UI/UX focuses on clear navigation and easy-to-follow healthcare workflows, helping patients manage appointments and care without feeling overwhelmed.

Making plans with friends often sounds simple, but conversations can quickly become confusing. People suggest different dates, respond at different times, or leave messages unanswered. Eventually, the plan gets delayed or disappears completely. Planlark was designed to solve this familiar problem by giving users a structured way to move from discussion to decision. Users can create a plan, add the relevant details, invite friends, and receive clear yes-or-no responses. This removes the need to search through long message threads to understand who is interested, who is available, and what needs to happen next. The app was built with Kotlin for Android and Swift for iOS to provide a smooth native mobile experience. A React.js website supports the wider product ecosystem and gives the brand a flexible foundation for future social and planning features. From weekend outings and dinner plans to trips, celebrations, and group activities, Planlark helps people organise shared experiences without unnecessary back-and-forth.

Financial products are often complex, with scattered statements, confusing dashboards, and a lot of jargon that makes decision‑making harder than it should be. Rupeenex set out to change that by offering a clean, web‑based interface where users can view their key financial information, track performance, and access relevant services in a few simple clicks. The public website, built in React.js, introduces the brand, explains the value proposition, and guides visitors into the main platform. Once logged in, users interact with the Rupeenex web app, an SPA (single‑page application) that surfaces account information, analytics, and tools through responsive, card‑based dashboards. A separate React‑powered admin portal lets internal teams manage users, products, configurations, and content without touching code. Behind the scenes, a Node.js + Express backend handles authentication, business logic, and integrations with financial data sources, while PostgreSQL stores user profiles, transaction data, configurations, and reporting information. This stack gives Rupeenex a flexible, API‑driven architecture that can grow as new products or markets are added.

AIServe was created as an early‑stage AI project with a very practical first step: make it effortless for people to order from a local restaurant without dealing with clunky websites or phone calls. The product starts with one partner restaurant and one delivery zone, proving the experience before scaling to more partners and features. In the app, users tap “Get Started” to view the curated menu, pick their items, and move through a streamlined checkout flow powered by secure Stripe integration. Once an order is placed, users can review their order history from inside the app, giving them a simple record of what they’ve ordered and when. Even users outside the current delivery zone can still explore the app and see how AIServe works, building familiarity for future expansion. Under the hood, the system is built in Flutter for a consistent Android and iOS experience, with a Node.js backend managing products, orders, users, and payment flows. The architecture is intentionally lightweight but structured to support the next phase: voice ordering with “Tria” (the AI assistant), scheduled orders, tipping, and multiple restaurants across larger service areas.

Most habit apps are built for adults and feel like personal productivity dashboards. STACKT flips that idea for teens by treating habits like a team sport. Instead of tracking alone, users join or create “squads” with friends, set shared or individual habits, and hold each other accountable through real‑time progress and positive peer pressure. In the app, a teen can create a profile, start a squad, and invite friends to join. Each squad sets habits they want to build, like studying a little every day, practicing a skill, moving more, or getting enough sleep. Members check in on their habits daily, and the app visualises everyone’s streaks and progress in a way that feels more like a social club than a to‑do list. Simple reactions and encouragement features help friends celebrate wins and keep each other on track. Your team implemented STACKT using Flutter and Dart for a consistent experience across Android and iOS, while a Node.js backend handles authentication, squads, habits, streaks, and notifications. The overall design, copy, and flow are tuned to feel teen‑friendly: bright, fun, and low‑pressure, but still structured enough to build real consistency.

In textile and weaving businesses, costing is everything, but it’s often handled through manual formulas in notebooks or spreadsheets. That makes it easy to make mistakes and hard to respond quickly to price changes or new orders. TaanaBaana was created to solve this with a dedicated textile costing app that fits right into the daily workflow of mills and weaving units. Inside the app, users can enter details about warp and weft quality, yarn counts, densities, fabric width, and other key parameters. The app then calculates yarn consumption, weaving cost, fabric cost per unit, and estimated profit for a given order or design. Instead of re‑doing formulas each time, users can run multiple scenarios in seconds and save or export the results as professional‑looking reports. Built with Flutter and Dart, TaanaBaana offers a consistent experience across Android and future iOS deployment. A Node.js backend powers user accounts, saved calculations, and report management, while the admin panel allows the client to configure formulas, update defaults (like overheads or conversion factors), and support users as the product evolves.

Most theatre lovers currently track what they’ve seen using a mix of notes apps, photos, and social posts, none of which are built specifically for live performance. Ode was created to change that: a focused space where users can log each show, reflect on it, and discover more theatre through other people’s experiences. In the app, a user signs in and starts building their personal “theatre record.” They can search for a show, log when and where they saw it, add a rating and review, and tag companies or artists where available. Over time, this forms a diary of performances. Users can create and manage lists, such as favourites, “to‑see” shows, festival picks, or season goals, and browse editor‑curated lists that highlight important or interesting work. A social layer lets members follow other users, artists, and companies so their feed becomes a stream of reviews, logs, and lists from people they care about. On the technical side, Ode is built natively in SwiftUI to feel at home on iOS, with smooth interaction patterns and a modern, Apple‑first design language. A Node.js backend powers authentication, profiles, show metadata, logs, reviews, lists, and feeds. An admin panel allows the Ode team to manage catalogue data, highlight productions, handle reports, and maintain a respectful, spam‑free space.

Selling or buying used electronics often feels risky, uncertain device condition, confusing prices, and no clear process. Harage set out to fix that for the Qatar market by building a professional, app‑based platform that handles the heavy lifting: quality checks, pricing, logistics, and trust. From the customer side, the app is straightforward. Sellers can submit details about their device in just a few steps, receive a fair market evaluation, and schedule pickup or drop‑off anywhere in Qatar. Once Harage completes inspection and verification, the device enters the marketplace as a certified listing. Buyers, on the other hand, can browse a curated catalog of used smartphones, laptops, tablets, and other electronics, each with clear grading, real product photos, and transparent pricing. Because Harage oversees inspection, grading, packaging, and delivery, buyers know exactly what they’re getting, and sellers don’t need to worry about negotiations or logistics. Under the hood, the customer apps are built natively in Kotlin (Android) and Swift (iOS). A Node.js backend with MongoDB powers product listings, evaluations, orders, and user accounts, while an HTML/CSS/jQuery/Bootstrap‑based admin panel gives the Harage team full control over inventory, pricing rules, order flows, and customer support.

As Harage scaled its customer‑facing marketplace, the team needed more than spreadsheets and basic dashboards to stay in control. They required a secure, purpose‑built tool where admins, operations staff, and managers could oversee every part of the business: which devices are incoming, what stage each order is in, how pricing is applied, and how logistics are progressing. The Harage Superadmin app was created exactly for that. Using the mobile apps (Kotlin for Android and Swift for iOS), authorised team members can log in and see key operational data in real time, new seller requests, devices awaiting inspection, approved listings, orders in progress, and completed deliveries. They can update statuses, adjust prices where allowed, review quality‑check results, and handle escalations without needing a laptop. Alongside the mobile apps, a browser‑based admin panel built with HTML, CSS, jQuery, and Bootstrap offers a richer, desktop‑oriented view for office teams. Both the apps and panel connect to a Node.js backend with MongoDB, which stores users, devices, inspection reports, pricing rules, and order flows. This combination gives Harage a centralised “brain” for operations, accessible from both mobile and web.

Many people want to support local businesses but don’t always know who is nearby, what they offer, or whether they accept online orders. Golocal was built to solve that by acting as a digital bridge between customers and local shops, restaurants, home services, and other neighbourhood providers. With the Golocal customer app, users can create an account, set their location, and instantly see a list of nearby businesses inside the app. They can browse categories, view store or service profiles, explore products or service offerings, and place orders or service requests directly through the app. The experience is designed to feel like walking through a local market, only smarter, searchable, and available in your pocket. On the tech side, native Android (Kotlin) and iOS (Swift) apps handle the customer experience with smooth navigation and responsive design. A Laravel‑powered backend with a MySQL database manages user accounts, business listings, categories, orders, and ratings. The admin panel, built using HTML, CSS, Bootstrap, jQuery, and Laravel views, lets the Golocal team onboard new businesses, manage content, configure service areas, and track marketplace activity.