The application converts a tourist place, historical place or any national park into virtual zones and take a tour. The owner or supervisor of space can provides users with smart devices or machines with API to access virtual spaces. The app is developed for the virtual zoning and tourism sector. A unique approach to geo-enclosing polygonal or polyhedral spaces for specific uses. The system can create zones with geofencing and create subzones into it. The complexity of the application is geofencing and managing the geo-fence for validation of users. 

The platform allows users to buy and sell discounted gift cards for stores, restaurants and more. You can get up to 25% off on gift cards for hundreds of high street stores. 

It is an entertainment and social networking site where you can connect with other professionals and build your career.

Remote monitoring application help in the diagnosis and treatment of heart rhythm disorders (arrhythmias). With the use of an Apple watch, we are importing and reviewing the electrocardiogram of the subscriber. The ECG in turn is presented to the provider who in turn analyzes the recording and creates an action plan which in turn is communicated via the platform to the designated staff. Thereafter the designated staff would contact the client and would obtain further information or would help schedule an appointment and such, as per the action plan.

The clinical staff's dashboard will display a listing of assigned patients by the healthcare provider with their action plan notes. They can view it by clicking on the action button, and read action detailed notes. Staff can search for patients from their internal EHR, check their number, and schedule provider appointments with patients (offline process). After taking an action plan, they can update the status of the assigned action plan in the system and close the loop. Every action plan default time interval will be 2 minutes. Timelog will display brief summary of the action, Date, and time. It will be average for each patient. 

Developed an algorithm for a tile manufacturing company that can analyze photographs of tile's surface to determine the smoothness. Various images were given as the data set for the development of an algorithm to find the roughness of the surface of the product. The algorithm is fed with two images namely reference image and distorted image and after comparing as well as analyzing both images, An estimated distortion percentage is calculated which is aligned with the human judgment in comparing the two images.

It is a cloud-based practice management system that provides comprehensive and scalable, easily dealing with as many additional clinicians as one would like along the way, yet at the same time, it is simple and intuitive. Primary care and other physicians can manage all aspects of their practice: patient scheduling, healthcare financial management, inpatient and outpatient collections, fee for service revenue cycle, as well as reporting and documentation compliance requirements.