KAIST Researchers Develop Transistor for Hardware-Based Time-Locked Cryptography
Researchers at KAIST have designed a semiconductor transistor that enforces temporal decryption rules directly through physical state changes in hafnium oxide layers.
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Researchers at KAIST have designed a semiconductor transistor that enforces temporal decryption rules directly through physical state changes in hafnium oxide layers.
The financing will support World ID infrastructure, but the transaction is a crypto-token sale rather than a conventional venture equity round.
The initiative combines AI-assisted vulnerability research with expert review to find, validate and repair flaws in widely used software.
The Berkeley company will accelerate work on fault-tolerant machines while pursuing additional federal support for U.S. quantum infrastructure.