ABSTRACT:
Ciphertext-arrangement characteristic based encryption (CP-ABE) is a promising cryptographic method that incorporates information encryption with access control for guaranteeing information security in IoT frameworks. Be that as it may, the proficiency issue of CP-ABE is as yet a bottleneck constraining its advancement and application. A broad accord is that the calculation overhead of bilinear blending is intemperate in the down to earth utilization of ABE, particularly for the gadgets or the processors with restricted computational assets and power supply.
In this paper, we proposed a novel blending free information get to control plot dependent on CP-ABE utilizing elliptic bend cryptography, shortened PF-CP-ABE. We supplant entangled bilinear blending with basic scalar augmentation on elliptic bends, in this manner decreasing the general calculation overhead. Also, we planned another method for key dispersion that it can specifically repudiate a client or a trait without refreshing other clients’ keys amid the property disavowal stage. In addition, our plan utilize straight mystery sharing plan get to structure to improve the expressiveness of the entrance strategy. The security and execution investigation demonstrate that our plan fundamentally enhanced the general productivity and also guaranteed the security.
BASE PAPER: A Novel Efficient Pairing-Free CP-ABE Based on Elliptic Curve Cryptography for IoT
