A Verifiable Partial Key Escrow, Based on McCurley Encryption Scheme
Kooshiar Azimian, Javad Mohajeri, Mahmoud Salmasizadeh, Siamak Fayyaz
Abstract
In this paper, firstly we propose two new concepts concerning the notion of key escrow encryption schemes: provable partiality and independency. Roughly speaking we say that a scheme has provable partiality if existing polynomial time algorithm for recovering the secret knowing escrowed information implies a polynomial time algorithm that can solve a well-known intractable problem. In addition, we say that a scheme is independent if the secret key and the escrowed information are independent. Finally, we propose a new verifiable partial key escrow, which has both of above criteria. The new scheme use McCurley encryption scheme as underlying scheme.
Create a lesson
Related papers
Integrated Identity Protection for Semantic Communications in Embodied IoT Systems
Yu Zhang, JingQi Liu, Shuangrui Zhao et al.
Signed, Sealed, Leaked: Trust Beyond Signature for MCP Toolchains
Yichiet Aun, Mohammed A. Alhartomi, Jing Jie Tan et al.
Signed but Steerable: Measuring and Closing the Text-Vector Integrity Gap in Offline Retrieval-Augmented Generation
Georgios Feretzakis, Alexandros Papaspyridis
Towards Early Warning of Real-World Vulnerabilities: An Evidence-Aware Decoupled Method for CVSS Vector Prediction Based on Unstructured Disclosures
Jianhong Ma, Wenhao Li, Xixing Li et al.
Shoot on (Core)Sight: Re-enabling Secure Debug on the RP2350 with Photon-Emission Microscopy and Laser Fault Injection
Antoine Plin
CoRTeC: A Differentially Private Release for Synthetic Tabular Data, Decodable by Any Generator
Calister Nnona