Secure FPGA Design by Filling Unused Spaces

FPGA Based Secure System Design-an Overview

The implementation of cryptographic algorithm on FPGA is highly addressed in different forums due to its paramount advantages over the other platforms. Most of the secure systems are designed using SRAM based FPGAs with additional security features provided by the manufactures. In this paper, firstly, attempts are made to address different security problems of FPGA based secure systems. The dif...

FPGA Fault Injection Platform for Secure Device Design Evaluation

In this paper, we describe our current work on developing tools for experimental evaluation of the efficiency of implemented countermeasures against differential fault attacks on cryptographic cores in the FPGA based systems. The developed fault injection platform enables us to analyze the impact of injected faults at the selected points of the FPGA in its run time operation. In its compact ver...

Design and FPGA Implementation of Secure Key Management

Cryptographic device ensures the secure information exchange and private authentication even in the face of various attacks. In this paper, we focus on how to prevent physical attacks and present the PUF-based security secret-key generation architecture. We develop a novel Spread PUF architecture that is more secured and has higher performance than existing PUF architectures. Our thesis also gi...

Synthesis of Secure FPGA Implementations

This paper describes the synthesis of Dynamic Differential Logic to increase the resistance of FPGA implementations against Differential Power Analysis. The synthesis procedure is developed and a detailed description is given of how EDA tools should be used appropriately to implement a secure digital design flow. Compared with an existing technique to implement Dynamic Differential Logic on FPG...

Recreating Secure Spaces

Secure FPGA as a Service - Towards Secure Data Processing by Physicalizing the Cloud

Securely processing data in the cloud is still a difficult problem, even with homomorphic encryption and other privacy preserving schemes. Hardware solutions provide additional layers of security and greater performance over their software alternatives. However by definition the cloud should be flexible and adaptive, often viewed as abstracting services from products. By creating services relia...