NFT Marketplace for Motorsport enthusiasts providing Motorsport-related interactive digital assets like helmets, gloves, cubes, racing moments, etc. The marketplace is developed over the Ethereum blockchain with ETH as a cryptocurrency along with Fiat payments option for web 2.0 users. For storage, Pinata services have been used to store files over IPFS.  

A custom tracking portal for a Mobile Personal Emergency Response System (mPERS) that includes wearable devices, a software platform, and a call center service, providing immediate attention and help to ageing adults and those in need. The solution utilizes wireless connectivity, cellular technology, and GPS to allow seniors to feel protected while outside their homes. It features fall detection and alerts caregivers, emergency responders, and contacts in case of emergencies. The proposed solution addresses the growing market for medical alert systems driven by an aging population. 

It serves as an interface between IoMT devices, a server, and stakeholders, offering a user-friendly interface for caregivers to manage customers and their devices. The portal includes functionalities such as device inventory management, data tracking, customer support, reports, product purchasing, order history, help section, and account management.

Medical assistant application that leverages AI to enhance the efficiency and accuracy of healthcare delivery. By integrating OpenAI's advanced language models, the application aims to automate several critical aspects of medical documentation and decision-making processes, including generating ICD-10 codes, SOAP notes, and comprehensive treatment plans based on patient symptoms.

Another key objective is to provide personalized treatment plans that consider the patient’s symptoms, ICD-10 codes, and SOAP notes. These plans include recommendations for lab tests, medications, and follow-up care, helping doctors offer more personalized and effective treatments. 

The AI assistant is easy to integrate with existing EMR system and scalable to handle large amounts of data as more users join.   Using AI, the application can lead to better decision-making, less administrative work, and better health outcomes for patients.

The objective of the application provides the best customer experience with the best price for delivery. Customers have control to choose carriers based on the price shared by them.
It is an online platform acting as a medium between the customers having load requests and are searching for carriers service providers with the best possible deal for them in order to complete the shipment consignments.

The app is a digital lock that gets operated with the Phone app (IOS as well as Android). The device itself is a padlock with BLE connection to the phone. Communication between lock and app is done with BLE (GATT protocol). TI CC2650 chip is used with specific firmware and protocol. Major achievement in this project is to handle app connection with the BLE device, while the application is running in background mode.

We handled scanning for devices, connected with BLE without any user interaction, while the user can turn on BLE device after few days as well. Achieved various types of encryption to make data more secure and reliable. The encryption we used is SHA-256, SHA-HMAC, ECDHE-CURVE25519, etc. The connection between app and server is done via https.

VoIP NLP simulates the real-time human interaction using voice, and help businesses to streamline their customer journey and reducing the number of contacts into the customer support team. The voice bot helps customers to make/manage their taxi booking by communicating with the bot just like they are communicating with a human on the other side. The bot integrates SIP (Session Initiation Protocol) module to handle various incoming requests from the customers and communicates on a defined user conversation decision tree after analyzing the context from the user’s responses using NLP (Natural language Processing).