Software-intensive systems often exhibit dimensions in size and complexity that exceed the
scope of comprehension of system designers and analysts. With this complexity comes the …

The environment in which software projects are managed has evolved dramatically in recent
years. This evolution has been driven by an extraordinary increase in network connectivity …

Today's large-scale, highly distributed, networked systems improve the efficiency and
effectiveness of organizations by permitting whole new levels of organizational integration …

This report summarizes the analysis of information system survivability. It considers how
survivability relates to other requirements such as security, reliability, and performance. It …

The increasing size and complexity of software systems makes it hard to prevent or remove
all possible faults. Faults that remain in the system can eventually lead to a system failure …

Today's large-scale, highly distributed, networked systems improve the efficiency and
effectiveness of organizations by permitting whole new levels of organizational integration …

The complexity of today's large-scale networked systems increases their vulnerability to
intrusion, compromise, and failure. We are addressing the survivability of these systems by …

A key challenge confronting system architects is the specification, development,
procurement, operation, and maintenance of systems with critical survivability requirements …

Whole system assurance is necessary since over-reliance on protection solutions for system
components has actually contributed to the fragility of information systems when viewed as a …

As we all become more connected, system survivability, an issue that used to concern
mostly business or government, is now routinely covered in the mainstream press …