This chapter considers further details in how to implement the deceptions described in this
book. For readers interested in still more details, Heckman et al.(2015) provides a detailed …

In the era of software-intensive, smart and connected systems, the growing power and
sophistication of cyber attacks poses increasing challenges to software security. The …

This report documents our accomplishments during Phase II of the Intelligent Software
Decoys Project, including the development of a theory of cyber deception, tools for …

The goal of this article is to educate software leaders, engineers, and architects on the
potential of deception for systems resilience and the practical considerations for building …

Cyber deception can become an essential component of organizing cyber operations in the
modern cyber landscape. Cyber defenders and mission commanders can use cyber …

Security-critical systems demand multiple well-balanced mechanisms to detect ill-
intentioned actions and protect valuable assets from damage while keeping costs in …

The role and significance of deception systems such as honeypots for slowing down attacks
and collecting their signatures are well-known. However, the focus has primarily been on …

Deceptive techniques played a prominent role in many human conflicts throughout history.
Digital conflicts are no different as the use of deception has found its way to computing since …

Deception engineers play a crucial role in cybersecurity by introducing sophisticated threat
detection mechanisms and deceptive measures. Their work involves designing traps …

Deception techniques play a crucial role in enhancing cybersecurity by misleading attackers
and safeguarding critical systems. The strategic placement of decoys constructs an …