Overview About Angelhack Devlabs

A Web3 platform engaged AngelHack DevLabs to build a next-generation crypto wallet app that simplifies the user experience for managing multiple wallets, assets, and decentralized applications. With support for Bitcoin and newer token formats, the app empowers users to securely manage their digital assets while streamlining access to decentralized ecosystems — all from one unified interface. Challenge: Fragmented Wallet Management and Poor UX Crypto users frequently struggle with scattered wallets, opaque transaction flows, and limited interoperability between assets and DApps. The client’s platform was no exception, facing: High friction in wallet setup and import flows. User confusion around balances and address tracking. Limited support for sending/receiving tokens and interacting with decentralized applications. These pain points not only hampered user experience but also stifled the adoption of newer token features and Web3 services. Solution: A Unified Crypto Wallet for Enhanced Control AngelHack Developer Labs partnered with the client’s team to design and implement a comprehensive wallet application, purpose-built for seamless asset and transaction management. Key features: Multi-Wallet Support: Easy creation and import of multiple wallets from a single interface. Balance & Address Visibility: Real-time tracking of Bitcoin and token balances with clean address views. Secure Asset Transfers: Send and receive both Bitcoin and token assets with transparent transaction history. Token Management Tools: Full support for handling new asset types, including inscription-like transfer flows. DApp Connectivity: Streamlined interaction with decentralized applications for increased user engagement. Impact: Stronger User Engagement The new wallet experience significantly improved how users interacted with their assets and with the broader Web3 ecosystem. Accelerated product adoption: By reducing complexity, the wallet made it easier for new users to onboard, boosting overall user acquisition and activation. Improved user trust and retention: The app’s clear UX, real-time asset visibility, and secure transfer capabilities gave users more confidence in managing their digital assets. Stronger ecosystem engagement: The unified wallet experience encouraged users to engage more deeply with the client’s broader platform offerings, including staking, governance, and NFT utilities.

When new startup envisioned a comprehensive mathematics learning platform, they knew it would require innovative solutions and expert guidance. As a fledgling company in the education technology space, they were looking to transform how students and parents engage with math education while navigating the unique challenges of building a scalable product from scratch. That’s where AngelHack Developer Labs stepped in. Challenge: Building an Interactive Education Platform for Students & Parents Our client aimed to create an intuitive, AI-powered platform for secondary school students. The platform needed to integrate traditional learning methods with digital interactivity, all while ensuring scalability and a user-friendly design. Despite a clear vision, the execution posed hurdles: How to digitize complex math questions while preserving flexibility in how students answered. How to offer immediate, meaningful feedback that supports learning. How to optimize for tablets, widely used in schools as Personal Learning Devices. How to provide parents with insights into their child’s progress without overwhelming them. Solution: Building a Web App from the Ground Up To bring the product to life, we designed a full-stack solution from the ground up. Through rapid prototyping, product strategy workshops, and ongoing iteration, we helped them transform early ideas into a functioning product. Our approach ensured each feature was tightly aligned with user needs—giving students a highly interactive learning experience and giving parents actionable insights. The result? A scalable, AI-integrated platform built for real-world education outcomes. Efficient AI Functions Most companies were experimenting with Agentic Frameworks—complex systems where one AI agent delegates tasks to others—but this approach proved slow, expensive, and often unreliable. We took a simpler route: AI Functions. These are clear, focused instructions written in plain English to perform specific tasks—like evaluating math answers or reading handwritten formulas. This reduced errors, sped up response time, and kept development costs low. Developers no longer needed to build tools like OCR from scratch. They could just describe what they needed, and the AI Function handled the rest. With new tools in place, developers could create, test, and publish these functions directly from their browser in minutes. This streamlined, modular approach made development faster, more consistent, and easier to scale. Learning Tools for Students Interactive AI Assistance: A built-in AI feature helps students when they’re stuck, providing step-by-step guidance to reduce frustration. Tablet-Optimized Interface: Designed for touch input, the platform includes a drawing canvas with pen and eraser tools for solving problems naturally. Handwriting and Image Recognition: Students can write out solutions or upload photos of their handwritten work, combining traditional and digital learning. Progress Tracking: Students can revisit their practice history and retry incorrect questions Dashboards for Parents Weekly Progress Reports: Simple, digestible emails provide updates on the child’s progress and performance relative to peers. Parent Dashboard: A comprehensive dashboard allows parents to dive deeper into practice frequency, solved questions, and specific challenges. Outcome: Launching a Disruptive EdTech Platform in Singapore With the completed platform, our client successfully entered the Singapore education market—not as just another player, but as a disruptor. The combination of AI Functions, tablet-optimized design, and real-time feedback tools gave students a smarter, more interactive way to learn math. Meanwhile, parents had unprecedented visibility into their child’s progress, creating a new standard for academic transparency. By delivering a modern, scalable, and AI-powered solution, AngelHack Developer Labs helped our client move from idea to impact—enabling them to challenge the traditional tuition industry and attract a growing user base in a highly competitive space.

An organization needed a scalable digital solution to track physical fitness of a large group. They partnered with AngelHack Developer Labs to design a web-based application that could track, analyze, and visualize individual workout performance in real time. The result was a highly intuitive platform that streamlined fitness tracking and personalized progress reporting, leading to improved consistency in training and better performance outcomes. Challenge: Fragmented Fitness Tracking and Low Motivation Many individuals interested in improving their fitness struggled with fragmented or manual tracking methods, making it difficult to stay on top of workout routines or interpret their own performance data. The lack of actionable insights led to decreased motivation and inconsistent training habits. At the same time, administrators overseeing the broader fitness initiative needed a way to securely monitor and verify fitness data, track performance trends across large groups, and provide guidance or support based on real-time analytics. Their existing tools were insufficient for managing fitness readiness at scale, prompting the need for a more robust, centralized platform. Solution: A Unified Fitness Platform AngelHack Developer Labs collaborated closely with the client to architect a secure, mobile-friendly web app tailored to the fitness and performance tracking needs. The solution included: Seamless Device Integration: Established secure connections with popular fitness tracking devices—including Fitbit, Garmin, and Polar—to capture real-time performance data. Dynamic Performance Dashboards: Users could view personalized analytics including workout intensity, pace, and progress over time. Automated Progress Insights: The system generated individualized reports with improvement suggestions based on past performance. Admin Control Panel: Allowed authorized personnel to manage user accounts, access performance trends, and ensure compliance with fitness readiness standards. Impact: Fully Automating Fitness Tracking The web app quickly became a go-to tool for users focused on improving their fitness. It fully automated what was once a manual and fragmented process of assessing and tracking fitness performance, significantly reducing the administrative burden for both users and administrators. The engaging, data-driven insights not only provided clearer visibility into progress but als