The first analysis of how AI, robotics, and genetic engineering converge to reshape civilization
Most analyses of technological disruption examine AI, robotics, or genetic engineering in isolation. A Perfect World: The Unintended Consequences of the AI, Robotics and Biotech Revolution is the first work to analyze their inevitable convergence and the societal consequences it creates. William Nobrega, a Deloitte alumnus and Army Special Forces veteran who advises Fortune 500 companies on disruption strategies, introduces what he calls the "holy trinity of disruption."
Drawing on extensive research, expert interviews, and historical analysis spanning 50,000 years of human development, A Perfect World examines where these three technologies stand today and where expert consensus places them in fifteen years. Nobrega applies basic economic principles to reveal how their interaction effects will create impacts far exceeding what each technology produces independently, potentially yielding a bifurcated world.
Readers will also find:

• A framework for understanding how AI, robotics, and genetic engineering convergence will reshape industries and global labor markets
• Analysis of how genetic engineering may enable designed physical characteristics, disease elimination, and IQ augmentation within the coming decades
• Exploration of both utopian and dystopian outcomes grounded in military, corporate consulting, and academic research perspectives
• Historical parallels including examination of modern connections to Orwell's 1984 and the origins of human communication
• Analytical tools for business leaders and policymakers navigating what robotic labor replacement means for low-skilled workforces globally

Written for business leaders, policymakers, and informed citizens seeking to understand how the convergence of AI, robotics, and genetic engineering will transform their industries and society, A Perfect World provides the frameworks and analytical tools necessary to navigate the most consequential technological transformation in human history.