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AI agents promise to accelerate software systems by removing humans from many real-time decisions. Achieving true autonomy for business actions, security, observability, and other mission-critical activities requires a level of trust that agents have yet to earn in large-scale enterprise systems—especially in domains like banking and healthcare where there are rigid external governance requirements. Architecting for Autonomy teaches you how to update, adapt, and rebuild existing systems so that autonomous AI agents can operate safely and responsibly at scale.
Businesses of all sizes are actively building intelligent systems designed to reason over enterprise context, coordinate work, make recommendations, act, and adapt over time. In this important book, enterprise AI experts Anjali Jain and Philip O'Shaughnessy introduce the new architectural principles required for successful autonomous agents in production systems. By the end, you’ll have a working Agentic Enterprise Framework, a domain-agnostic toolkit of patterns, playbooks, and reference models that you can apply to make almost any architecture ready for autonomous agents.
Architecting for Autonomy is organized around the actual decision points facing an enterprise architect. You’ll work through six principles for governing delegated autonomy, and learn to quantify both the value—and the blast radius—of every agentic decision. From there, you’ll move into the applied architecture layers, redesigning value streams around explicit decision surfaces, classifying where autonomous authority should be exercised or reserved for humans, and designing human oversight. Best of all, you’ll learn to recognize anti-patterns like invisible autonomy, escalation deadlock, and agentic silos before they surface and start causing real problems.
As you go, you’ll see relevant examples that reflect the messy reality of enterprise change. You’ll explore industry case studies in autonomous loan approval, payments orchestration, a clinical pathway agent at a 400-bed hospital experiencing model drift, and even a Formula 1 race strategy! You’ll also see the real-world consequences of getting the architecture right, and the cost of getting it wrong.
By the end of the book, you’ll be able to design enterprise architectures for autonomous systems, turning agentic AI from an isolated pilot into full production-grade capabilities. You’ll know how to effectively assess where autonomy creates value, and where human controls still need to be tight. And by constructing an enterprise roadmap that connects strategy, architecture, governance, and production operations, you’ll be able to guide your whole organization into its agent-enhanced autonomous future.
what's inside
Six principles for governing delegated autonomy at runtime
Pricing autonomy with the Agentic Economics Canvas and Net Agentic Value
Designing decision surfaces, escalation triggers, and human oversight
Migrating agentic pilots into production-grade enterprise capability
A functional Agentic Enterprise Framework you can adapt and apply
about the reader
For enterprise and solution architects responsible for moving agentic AI from pilots into governed, production-scale capability.
about the authors
Anjali Jain is Enterprise Architect for AI and Intelligent Decisioning at Metro Bank, with 21 years of experience across enterprise architecture, data governance, and applied AI. She designs and governs agentic AI systems for regulated, production-grade environments, defining evaluation frameworks, decisioning architectures, and policy-as-code controls. Anjali also teaches AI engineering and Spec-Driven Development at the University of Oxford Department for Continuing Education and is Co-Founder and CTO of Erdos Research, where she develops reskilling programmes for AI-native roles.
Philip O’Shaughnessy is Head of Architecture at Metro Bank and a former Head of Racing Technology at McLaren Racing. He holds a master’s degree in Software Engineering from the University of Oxford and studied organization structures and leadership at Saïd Business School, University of Oxford. He has almost 30 years of experience in enterprise architecture, financial services, and high-performance technology, and is an international speaker on AI, architecture, and resilient technology. His current work focuses on agentic AI, resilient architecture, automation, and governance of autonomous systems in regulated enterprises.
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