Title :
ABYSS: an architecture for software protection
Author :
White, Steve R. ; Comerford, Liam
Author_Institution :
IBM Thomas J. Watson Res. Center, Yorktown Heights, NY, USA
fDate :
6/1/1990 12:00:00 AM
Abstract :
ABYSS (a basic Yorktown security system) is an architecture for protecting the execution of application software. It supports a uniform security service across the range of computing systems. The use of ABYSS in solving the software protection problem, especially in the lower end of the market, is discussed. Both current and planned software distribution channels are supportable by the architecture, and the system is nearly transparent to legitimate users. A novel use-once authorization mechanism, called a token, is introduced as a solution to the problem of providing authorizations without direct communication. Software vendors may use the system to obtain technical enforcement of virtually any terms and conditions of the sale of their software, including such things as rental software. Software may be transferred between systems, and backed up to guard against loss in case of failure. The problem of protecting software on these systems is discussed, and guidelines to its solution are offered
Keywords :
security of data; software engineering; ABYSS; a basic Yorktown security system; application software; computing systems; execution protection; loss guarding; rental software; software back-up; software distribution channels; software protection architecture; software transfer; technical enforcement; token; uniform security service; use-once authorization; Application software; Authorization; Computer architecture; Data security; Guidelines; Licenses; Marketing and sales; Public key cryptography; Software protection; Software systems;
Journal_Title :
Software Engineering, IEEE Transactions on