 Hello. Good evening, everyone. Our project is eSIM web version. eSIM is an open source circuit simulation design and analysis tool. It is an integrated tool built using open source software such as Kikad and NG Spice. The eSIM web application, it is a client-server construct-based circuit simulation website. So simulations can be executed, parameters entered, and the results can be viewed both in text format and graphically from a standard web browser. The circuit simulation is done by NG Spice, which runs on the server machine. As a result, the installation of additional software such as Kikad or NG Spice on the client machine are not required. The motivation behind this project is that although there are many highly comprehensive tools available, they are very expensive since they are proprietary. So eSIM is an open source project and it is based on Weptronics. The major task that we did during the project were adding various components like analog and digital components and defining their properties and the acceptable values. We processed the circuits for the analysis information entered by the users. We generated a net list corresponding to the information entered by the user and finally we plotted a graph corresponding to the generated net list. On the front end, we worked on HTML, CSS, and JavaScript while the server-side development was done using NodeJS. NodeJS modules like Express and Socket.io were extensively used. jQuery has also been used for event handling and easy manipulation of the HTML document. Now I'll hand over to Amrita to explain further. The features we added were the components can be added and deleted for creation of the circuit. Then properties corresponding to each of the parts are added by right clicking on the component. Schematics are created with the help of the components. Three analysis types namely AC, DC, and Transient are available. The net list is generated after processing the analysis information and ngSpice is executed on the generated net list. Plotting the data, the ngSpice executed net list data is parsed and stored in JSON format. The data is then processed and parsed to Plotly. Plotly then returns the created graph which was shown when the user clicks the analysis button. This is the summary. The user can draw the schematic diagram, enter the values, and get the generated net list. And this is the future work. We can make ESOM desktop and ESOM web version compatible so that user can import ESOM projects. A functionality to upload and submit the net list can be added if the net list is already available with the user. And evaluation function can be made so that it evaluates the expression entered by the user for x-axis and y-axis for plotting the graph. Thank you. Is the net list compatible with other EDA tools? No. Okay. Now we'll move on for a quick demo. So there's already a circuit that the user has, he can import it into the website and enter the properties. There are three different type of analysis AC, DC and Transient. So we can enter any of those. This is the generated net list and this is the corresponding graph. So you can see for different nodes, the values and everything. This is it.