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Researchers at NYUAD Designs Chip That Processes Encrypted Data

Researchers at NYU Abu Dhabi (NYUAD) have modeled a co-processor that depends on partially homomorphic encrypted (PHE) execution, enabling it to carry out computations straight on encrypted information.

Processors in PCs and smartphones presently compute on ordinary, unencrypted information. The brand new processor, CoPHEE, lessens data leakage and limits threats and vulnerabilities from hackers, by computing straight using encrypted information without decryption.

The report is led by NYUAD assistant professor of electrical and computer engineering Michail Maniatakos, with contributors together with research engineers at NYUAD’s center for cybersecurity Mohammed Nabeel and Mohammed Ashraf, NYUAD CCS post-doctoral member Eduardo Chielle, and NYU alumni and assistant professor of electrical and computer engineering at the University of Delaware, Nektarios Tsoutsos. The research is sponsored by GlobalFoundries, which is owned by Mubadala, a funding agency based in Abu Dhabi.

Researchers embody the necessity for non-conventional arithmetic models (modular inverse, best common divisor), very wide datapaths (2048 bits), and the demand for secure multiplexer items enabling normal-purpose execution on encrypted values. Even solutions like Intel SGX require the info to be processed as plaintext, which renders the complete microprocessor core and cache memories susceptible to hardware Trojans and side-channel strikes.

The researchers stated that if a system-on-chip approach is taken where CoPHEE is also positioned on the same bus, the communication with the first CPU would be a lot quicker than this experimental off-chip set-up. Assuming a 32-bit ARM structure, on-chip communication on AHB-Lite would speed up connection to around 9.65E-08 seconds per movement.

The arithmetic models for modular multiplication, exponentiation, inversion, and GCD speed up the computation of huge datapaths, while its secure multiplexer and true random quantity generator allow standard computation in the encrypted domain.

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