Nidhin Mahesh is the Lead Engineer at Jupiter Meta, bringing his extensive blockchain expertise to drive innovation in the Web3 space. Previously, he co-led the development and support of Rubix Layer 1 Blockchain Protocol, where he and his team made substantial contributions to develop Rubix's revolutionary Proof-of-Pledge protocol, peer-to-peer data transfer, and transaction processing functions. His work included building the payment interface, staking mechanisms, and on-chain wallets that supported the Rubix ecosystem, helping establish it as a state-of-the-art, no gas fee L1 green blockchain platform.
Nidhin holds a bachelor's in technology from Amrita University, where he demonstrated leadership by heading the Google Developer Student and Free and Open-Source Software club, significantly increasing open-source code contributions from various developers. His passion lies in distributed networks, connected devices, and distributed ledger technologies, with a focus on transforming the current financial services landscape.
His academic contributions include multiple published research papers in collaboration with Amrita Wireless networks and TIFAC-Core in cyber security, Coimbatore. Throughout his career, Nidhin has shown dedication to community building by actively recruiting and mentoring developers, contributing to the growth of blockchain technology adoption and development.
Interests. Blockchain for data provenance - testbed, Service Mesh, Flutter, Edge AI.
Publications
2020
2019
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Conceptualizing Blockchain based Energy Market for Self Sustainable Community,
2nd Workshop on Blockchain-enabled Networked Sensor Systems (BlockSys 2019) November 10th 2019, Columbia University, New York, in conjunction with ACM SenSys 2019.
Nidhin Mahesh A, Sai Shibu N B, Balamurugan S.
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Decentralized Power System and Future Mobility: The Use Cases of Community Driven Electric Vehicle Charging Infrastructure,
1st ACM International Workshop on Technology Enablers and Innovative Applications for Smart Cities (TESCA – 2019) November 10, 2019 at Columbia University, New York.
Sai Shibu N B, Balamurugan S, Arjun D, Nidhin Mahesh A
Rejected Proposals
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GSoC 2019: Analytical Visualization Tool for Processing
This project aims at making an analytical dashboard for Processing. A visually minimalistic and carefully designed
dashboard is essential for effortless insights and important usage information at a glance. Proposed visualization
tool consists of top 3 most used in Processing Development Environment (PDE), most used per type and community growth graphs.
Another feature the project will introduce is to send auto-generated emails containing monthly insights to permitted members of Processing.