This is a workflow automation platform that allows businesses to streamline their operations by automating routine tasks and processes. It uses
a drag-and-drop interface and a visual workflow builder to create and manage workflows. Users can design custom workflows by connecting
different cards that represent actions, integrations, or data transformations.
RCS (Rich Communication Services) is an advanced messaging protocol that enhances traditional SMS and MMS with features like read receipts,
typing indicators, high-resolution media sharing, and group chats. It works over mobile data or Wi-Fi and is designed to replace SMS as the
standard for text messaging on Android devices. RCS is supported by Google Messages and some carrier networks, offering an experience
similar to iMessage or WhatsApp.
This engine operate on the logic of resources requirement for logical csv processing.
Suppose application requirements requires more RAM then based on calculative
parameters it launches a server in the cloud, gives the data for processing and then kills
itself. All the logs are sent to Grafana for better tracking and debugging purpose.
This API handles large number of API requests on a small VM. This application is built
with a microservice architecture. It follows the producer and consumer pattern. This
application has large balance deduction queries. Also includes network cache for better
performance. This application also supports autoscaling for increased load in future.
The project required development of a dashboard in which
patient data was represented in different graphs with
global filters as well as filtering based on selection in the
graphs.
Technologies used:
• Angular
• D3
• Bootstrap
Clinical Management System
This application is being used by Nephrologist for upward of 6 lakh patient records. As
it is cloud-based, he can access the records of his patients while visiting various
hospitals. Complete data of his patients like personal health details, investigations and
their results, medicine prescriptions, illnesses, symptoms are stored and viewed. It
supports printing and scanning. Shows investigation results in graph during specified
period.
Technologies used:
• WPF
• ASP.NET Core
• MySql
• GoDaddy cloud
Aircraft Simulation Control System
This application runs on Tablets. The UI is designed for touch interaction. This application remotely controls the simulator. Pilots
train on the simulator. It enables to set the initial flying condition. The application collects data, records and takes snapshots of pilot’s activities
on the simulator. It maps the airplane’s flight on the map, provides graphical representation. It sends and receives data to and from the
simulator.
Technologies used:
• .NET
• WPF
• UDP Communication with Simulator
• Interop with C++
CAD System to Assign Scenarios to Ship Simulation
This application helps controllers design rooms and place simulation game PCs. The controllers can assign different simulation games and
deploy them on each PC for the participants. Before deployment scenarios and entities are assigned to each PC in all rooms,
communication settings are set. For the deployment it allows to select multiple files and folders and deployment is done parallelly on
multiple machines.
Technologies used:
• .NET
• WPF
Ship Combat Simulation Display System
This application helps brigadiers view exact position of ships in the sea during the combat exercise. The editing screen is displayed on the PC
and viewing screen is displayed on the attached TV screen. On Editing Screen: Names, positioning values, direction of ships, scale and range
is taken as text input. With respect to these values, the application places the ship on the board shown by circular rings. Upon changing
these values the ships position is immediately modified on the board on Editing screen and TV screen. The UI theme is configurable and can
be changed at run time depending on the forces that take part in the combat.
