We are developing privacy-preserving smart-meters that are cost-effective and designing billing protocols that rely on Zero-Knowledge Proofs to produce certified meter readings.
We are also designing algorithms to mitigate side-channel attacks on smart meter data.
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The project is building an electric bike sharing testbed to study Electric Vehicles (EVs) and the interaction between EVs and the grid. The project also seeks to make electric bikes a viable transport in small towns.
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In this project, we are designing a smart textile called Tribexor, that robustly senses joint motions by observing the open circuit voltage of an all-textile triboelectric harvesting device.
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The project involves designing grid-friendly solar arrays that can autonomously control the rate at which solar power is delivered to the grid.
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