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The program is part of a new partnership called the “NC-Viral Vector Initiative in Research and Learning.” It includes collaboration with other Triangle universities and industries with an aim to roll out products better, at lower cost and faster.

Homomorphic encryption allows third parties and third-party technologies to conduct operations on encrypted data. Homomorphic encryption is appealing because it preserves data privacy but allows users to make use of the data. It is considered a next-generation data security technology, but researchers have identified a vulnerability that could allow threat actors to steal data even as it is being encrypted.

A group of academics from the North Carolina State University and Dokuz Eylul University have demonstrated “the first side-channel attack on homomorphic encryption” that could be exploited to leak data as the encryption process is underway.

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NC State ranks at #7 in Technology Transfer and Commercialization.

The five winning teams, including NC State’s Wenyuan Tang, will each receive $50,000, and had the best-performing forecasting models and strongest plans to accelerate the adoption of probabilistic forecasts.

Iqbal Husain has secured a prestigious Fulbright Future Scholarship funded by the Kinghorn Foundation where he will collaborate with Curtin renewable energy experts to develop a model for electric vehicle charging stations, with a particular focus on the resources sector.

A group of academics from the North Carolina State University and Dokuz Eylul University have demonstrated what they say is the “first side-channel attack” on homomorphic encryption that could be exploited to leak data as the encryption process is underway. “Basically, by monitoring power consumption in a device that is encoding data for homomorphic encryption, we are able to read the data as it is being encrypted,” Aydin Aysu, one of the authors of the study, said. “This demonstrates that even next generation encryption technologies need protection against side-channel attacks.”