Projects

Project Silpi

Single point contact for authentic artisans and creators. This project is on user-centric research and vision identification. It focuses on changing the consumer to creator relationship by providing a safe space through user-friendly applications on the global platform "Silpi". (https://www.canva.com/design/DAEqEys7SBI/VdvZT8vdMSAF856p6 tNI1w/view?utm_content=DAEqEys7SBI&utm_campaign=designshar e&utm_medium=link&utm_source=homepage_design_menu)

Project Bhoomi

Optimized Agriculture for sustainability. Project Bhoomi takes the agro-parametric conditions and predicts the most suitable crop to grow on the basis of those parameters. https://github.com/Dasika-Vaishnavi/Bhoomi

Project Pheha (Winner of Google Developer Groups hackathon)

Creating a user-centric design and web development based e-commerce platform for newly developing sustainable business in Lesotho, Africa. Project Pheha is a part of the Google Developer Groups hackathon to create a website suitable for the requirements of budding e-commerce in Lethoso, South Africa.

(github.com/Dasika-Vaishnavi/Google_Developer_Groups_Lethoso)

Project Dharma

To automate court proceedings such that they are secure and efficient and user friendly. This includes the use of ML and AI algorithms to train pre-existing judiciary data obtained from the Open government data website and storage of that data through both cloud and blockchain to obtain utmost security and integrity and finally obtaining the abstracted results through a user-friendly interface either as an app or a website.

(https://www.canva.com/design/DAE73AUyZ3E/1KNlxIPqRslg6IXwp4o8JA/view?utm_content=DAE73AUyZ3E&utm_campaign=designshare&utm_medium=link&utm_source=homepage_design_menu)

Project Sujala

Aquaculture and sustainability.

Featured project on a government-initiated international student exchange program. (https://r2s.exchange/2021/reports/03/). Sujala is a physical project that analyses water bodies currently used in aquaculture. The establishment owner gets notified when any parameters of the water body deflect from optimum conditions necessary for best yields. This project uses deep learning and sensors to deploy under critical and practical physical conditions (https://www.canva.com/design/DAE8Lap91WA/4O5cXblykS7zv4n5Auta8Q/view?utm_content=DAE8Lap91WA&utm_campaign=designshare&utm_medium=link2&utm_source=sharebutton)