Security is a system-wide problem which must include software solutions for update capability and application flexibility. Software security is enhanced in both performance and security when supported by hardware features. This paper proposes hardware characteristics that support software security. These hardware security features are code agnostic and application independent. Example hardware features in the form of hardware components and secure instructions are described. Some example security enhancement implementation features are shown based on MIPS architecture
Abstract—Embedded systems present significant security chal-lenges due to their limited resources an...
Abstract—Embedded systems present significant security chal-lenges due to their limited resources an...
Bugs are prevalent in a large amount of deployed software. These bugs often introduce vulnerabilitie...
The increasing need for security has caused system designers to consider placing some security suppo...
The security level in existing workstation and server systems is not sufficient for most application...
Security issues appearing in one or another form become a requirement for an increasing number of em...
Hardware and software do not operate in isolation. Neither should they be regarded as such when secu...
The examples shows, that Hardware is a good choice to a high security level at computers and other e...
Abstract--The technologies of computer security are more logic oriented. Designing a program with se...
International audienceThe increasing complexity of software and hardware layers makes them likely to...
For decades, software security has been the primary focus in securing our computing platforms. Hardw...
Nowadays embedded systems in many application areas such as automotive, medical and industrial autom...
International audienceEmbedded systems have to increasingly support cryptographic primitives such as...
Abstract—Embedded systems present significant security chal-lenges due to their limited resources an...
Many corporations, private organizations, and government agencies maintain sensitive data that must ...
Abstract—Embedded systems present significant security chal-lenges due to their limited resources an...
Abstract—Embedded systems present significant security chal-lenges due to their limited resources an...
Bugs are prevalent in a large amount of deployed software. These bugs often introduce vulnerabilitie...
The increasing need for security has caused system designers to consider placing some security suppo...
The security level in existing workstation and server systems is not sufficient for most application...
Security issues appearing in one or another form become a requirement for an increasing number of em...
Hardware and software do not operate in isolation. Neither should they be regarded as such when secu...
The examples shows, that Hardware is a good choice to a high security level at computers and other e...
Abstract--The technologies of computer security are more logic oriented. Designing a program with se...
International audienceThe increasing complexity of software and hardware layers makes them likely to...
For decades, software security has been the primary focus in securing our computing platforms. Hardw...
Nowadays embedded systems in many application areas such as automotive, medical and industrial autom...
International audienceEmbedded systems have to increasingly support cryptographic primitives such as...
Abstract—Embedded systems present significant security chal-lenges due to their limited resources an...
Many corporations, private organizations, and government agencies maintain sensitive data that must ...
Abstract—Embedded systems present significant security chal-lenges due to their limited resources an...
Abstract—Embedded systems present significant security chal-lenges due to their limited resources an...
Bugs are prevalent in a large amount of deployed software. These bugs often introduce vulnerabilitie...