A brand new technical paper titled “Anti-Piracy Design of RF Transceivers” was revealed by researchers at Sorbonne Universite (France).


“We current a locking-based design-for-security methodology to stop piracy of RF transceiver built-in circuits. The answer is named SyncLock because it locks the synchronization of the transmitter with the receiver. If a key aside from the key secret’s utilized, synchronization and, thereby, communication fail. SyncLock is applied utilizing a novel locking idea consisting of two spatially separated mechanisms. A tough-coded error is hidden into the design to interrupt synchronization whereas error correction, i.e., unlocking, takes place in one other a part of the design by making use of the key key. SyncLock presents a number of benefits: the key secret’s distinctive, i.e., any incorrect key causes a denial-of-service, there isn’t any efficiency penalty, it may be seemingly built-in into the digital design movement, space and energy overheads are negligible, and it achieves most provable safety thwarting all identified counterattacks. SyncLock is demonstrated with {hardware} measurements.”

Discover the technical paper here. Revealed 2022.

Alán Rodrigo Díaz-Rizo, Hassan Aboushady, Haralampos-G. Stratigopoulos. Anti-Piracy Design of RF Transceivers. IEEE Transactions on Circuits and Programs I: Common Papers, IEEE, In press. ⟨hal-03808925⟩

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