Critical Infrastructure Resilience and Sustainability Reader (Paperback) (ISBN-13: 9781394179527)

Identify and protect critical infrastructure from a wide variety of threats

In Critical Infrastructure Resilience and Sustainability Reader, Ted G. Lewis delivers a clear and compelling discussion of what infrastructure requires protection, how to protect it, and the consequences of failure. Through the book, you'll examine the intersection of cybersecurity, climate change, and sustainability as you reconsider and reexamine the resilience of your infrastructure systems.

The author walks you through how to conduct accurate risk assessments, make sound investment decisions, and justify your actions to senior executives. You'll learn how to protect water supplies, energy pipelines, telecommunication stations, power grids, and a wide variety of computer networks, without getting into the weeds of highly technical mathematical models.

Critical Infrastructure Resilience and Sustainability Reader also includes:

• A thorough introduction to the daunting challenges facing infrastructure and the professionals tasked with protecting it
• Comprehensive explorations of the proliferation of cyber threats, terrorism in the global West, climate change, and financial market volatility
• Practical discussions of a variety of infrastructure sectors, including how they work, how they're regulated, and the threats they face
• Clear graphics, narrative guides, and a conversational style that makes the material easily accessible to non-technical readers

Perfect for infrastructure security professionals and security engineering firms, Critical Infrastructure Resilience and Sustainability Reader will also benefit corporate security managers and directors, government actors and regulators, and policing agencies, emergency services, and first responders.

Author: Ted G. Lewis
ISBN-10: 1394179529
ISBN-13: 9781394179527
Publisher: Wiley
Language: English
Published: 09/26/2023
Pages: 288
Format: Paperback
Weight: 1.45lbs
Size: 10.71h x 8.43w x 0.71d