Crypto Analytics Platform

Token Metrics

As the Engineering Manager at Token Metrics, I played a pivotal role in transforming the platform's technology infrastructure. My primary focus was on improving the speed and availability of the platform while leading a team of 15 developers.

When MeraSkool.com needed a solution to eliminate the need for parents to download a dedicated app, I introduced and built a WhatsApp bot in just one week. This bot allows parents to receive notifications about their children's activities, ask for fees, pay fees online, access results, and more, all through WhatsApp. we made it easier for parents to stay informed and engaged without the need for additional applications, thus improving user convenience and engagement.

Astrobot Society NFT

Token Metrics

I was tasked with developing the NFT minting page for the Astrobot Society, a critical component that allows users to mint their own NFTs from the collection. The project required swift execution, and I successfully built the minting page within a few days. Additionally, I implemented a feature that enables users to log in to the Token Metrics analytics platform using their NFTs, enhancing security and providing a seamless user experience. This integration ensures that NFT holders can easily access and utilize the benefits associated with their digital assets.

I created Add2Watchlist.com from scratch within just two weeks. This platform, built with NextJS and Tailwind CSS, offers movie recommendations based on user preferences. Leveraging OpenAI's ChatGPT, the website provides intelligent and engaging interactions to enhance user experience. As the sole developer on this project, I handled everything from initial concept and design to implementation and deployment.

Email Marketing Solution

Contaqt

I significantly contributed to the development of version 2 of the platform. My most notable achievement was enabling the platform to send millions of emails per day. Initially, the platform struggled with handling large volumes of emails. To address this, I introduced Advanced Message Queuing Protocol (AMQP) and RabbitMQ, which allowed the system to scale from sending thousands to millions of emails daily. Additionally, I developed the email flow system to track email opens, link clicks, and perform actions based on user interactions.

Cloud Infrastructure for DAO

AstraDAO

I was responsible for creating the cloud infrastructure and ensuring the platform's stability and scalability as traffic increased. Utilizing Docker and Kubernetes, I optimized the deployment process to enhance auto-scalability and reliability. Additionally, I implemented various cloud services to maintain uptime and reduce latency, ensuring that AstraDAO could handle high volumes of transactions seamlessly.

E2E Test Automation Framework

Mantra Labs

I was responsible for creating the end-to-end automation testing platform for Change Healthcare. This involved designing and implementing a comprehensive test automation framework that could handle the complexity and scale of their healthcare solutions. My work included developing automated test scripts, setting up continuous integration (CI) pipelines, and ensuring that the framework was robust and scalable to meet the demands of various healthcare applications.

When I joined the Cointribe project, the team had struggled to achieve the desired accuracy and efficiency in parsing bank statements. I developed an AI model capable of handling various types of bank statements, extracting relevant data from tables within these documents. This model was built and optimized within three months, significantly improving the platform's performance. The AI model I created not only parses the data but also categorizes and structures it, making it easier for financial institutions to derive actionable insights.

I was responsible for the entire development process, from design to implementation. I designed the outer plastic enclosure using Fusion 360, ensuring it was compact and aesthetically pleasing. I also developed the circuit, selecting the ESP32 board for its reliable WiFi capabilities and low power consumption. I wrote the Arduino code to manage the switch operations, and designed the web application using React and Next.js, allowing users to control the switch from their mobile devices. This comprehensive approach ensured that the smart switch was both functional and user-friendly.

During the early phase of my career, I was assigned a challenging project to retrieve data from an old medical device. This device was outdated, and the manufacturing company was no longer in business, leaving us with no available documentation. The primary goal was to access and interpret the data being sent by this device, which used a proprietary and obsolete communication protocol.

To tackle this problem, I utilized Burp Suite to intercept and analyze the data packets being sent by the device. By carefully studying the intercepted data, I reverse-engineered the communication protocol. I then developed a custom server that could understand and respond to the device's communication protocol, enabling successful data retrieval. This involved setting up a man-in-the-middle relay to capture the traffic and using tools like MITM_RELAY to convert and relay the data between the device and our server.

As part of my role at Skugal, I led the development of the online video call system. My work focused on enhancing the audio and video quality to ensure clear and uninterrupted communication. I also integrated AR and VR capabilities, enabling teachers to utilize 3D models during their lessons, which significantly improved the interactivity and engagement of virtual classes. By implementing these features, I helped create a more dynamic and effective online learning environment.

Infrastructure/Cloud of Insure tech

Wimwisure

I was brought on to optimize WIMWIsure’s existing infrastructure and improve database performance to handle big data and heavy traffic more efficiently. I introduced Docker and Kubernetes to enhance auto-scaling capabilities, ensuring the platform could handle increased load without compromising performance. Additionally, I defragmented and optimized the database, which significantly improved data retrieval speeds and reduced operational costs. These optimizations led to a 90% increase in uptime and a 40% reduction in overall costs, enabling WIMWIsure to provide a more reliable and cost-effective service to its users