Exploring security vulnerabilities by exploiting buffer overflow using the MIPS ISA
AT Phillips, JSE Tan - ACM SIGCSE Bulletin, 2003 - dl.acm.org
AT Phillips, JSE Tan
ACM SIGCSE Bulletin, 2003•dl.acm.orgBy exploiting a well known security vulnerability in many C library implementations, it is
possible for an unprivileged user to gain unrestricted system privileges. With an
understanding of how the process execution stack is allocated and managed during process
execution, a user can override the return address of a C library routine and thereby resume
execution at a different address where a set of malicious functions can be invoked [1]. This is
known as the buffer overflow exploit. With buffer overflow as the underlying theme, an …
possible for an unprivileged user to gain unrestricted system privileges. With an
understanding of how the process execution stack is allocated and managed during process
execution, a user can override the return address of a C library routine and thereby resume
execution at a different address where a set of malicious functions can be invoked [1]. This is
known as the buffer overflow exploit. With buffer overflow as the underlying theme, an …
By exploiting a well known security vulnerability in many C library implementations, it is possible for an unprivileged user to gain unrestricted system privileges. With an understanding of how the process execution stack is allocated and managed during process execution, a user can override the return address of a C library routine and thereby resume execution at a different address where a set of malicious functions can be invoked [1]. This is known as the buffer overflow exploit. With buffer overflow as the underlying theme, an example will be described using C and the MIPS assembly language that simultaneously exposes students to issues in computer security, operating systems concepts such as memory management and function invocation/return, and the MIPS instruction set architecture.
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