Item Description

Build Secure, Dependable Systems in a Connected World

Now that software is embedded in virtually everything—from smartphones and cloud services to cars and medical devices—how can we make systems truly secure? Written by Cambridge University professor Ross Anderson, this newly updated third edition of the seminal classic teaches engineers, developers, and tech leaders how to design, implement, and test systems that withstand both error and attack.

Key Highlights & What You’ll Learn:

• Modern Security Engineering: Discover how classic principles of cryptography, protocols, and access control apply to mobile platforms, cloud services, social media, and the Internet of Things (IoT).

• Comprehensive Threat Landscapes: Understand who today's threat actors are—ranging from nation-states and criminal syndicates to business competitors, stalkers, and online harassers.

• Evolved Attack Vectors: Deep-dive into modern exploitation techniques including phishing, SIM swapping, software exploits, DDoS, carding, and disinformation campaigns.

• Human-Centric Security & Psychology: Explore security usability, privacy dynamics, trust, and how human behavior impacts system safety.

• Economics of Security: Uncover why companies build vulnerable architecture, how market incentives shape dependability, and why policy often lags behind.

• DevSecOps & Agile Integration: Learn practical methods to combine security and safety engineering within modern agile workflows and modern software development pipelines.

• The Grand Challenge of Sustainable Security: Gain insights into defending safety-critical durable goods (like medical equipment and connected vehicles) over decades-long lifecycles.

Who Is This Book For?

Essential reading for systems architects, security engineers, software developers, IT leaders, computer science students, and policy experts who need to understand how complex, connected systems succeed or fail in the real world.