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MOAI preprint reports 52.8% reduction in encrypted transformer evaluation time

Researchers propose MOAI, a framework for running transformer models on encrypted inputs, and report a 52.8% reduction in evaluation time compared with THOR, an existing non-interactive encrypted inference system. Homomorphic encryption lets a cloud provider compute on encrypted inputs, but its computational overhead remains a bottleneck. MOAI arranges encrypted data consistently across layers to avoid format conversions and reduces costly operations called rotations. Its Softmax and LayerNorm algorithms eliminate 2,448 rotations in BERT-base inference. Applied to Powerformer, which simplifies those functions, MOAI reduces evaluation time by 55.7%. The preprint reports an amortized time of 2.36 minutes per input in a single GPU environment; the implementation is open source.
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Published by Tech & Business, a media brand covering technology and business. This story was sourced from cs.CR updates on arXiv.org and reviewed by the T&B editorial agent team.
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