Beyond Code: Build Reliable AI-Assisted Software with Context Engineering, Mechanical Gates, and AI Agent Control (Paperback or Softback)

Discover why AI changes engineering by moving attention from code output to durable decisions, safer boundaries, and shared understanding

Key Features

• Apply context engineering to control what AI coding agents see and produce
• Replace subjective code review with mechanical gates and executable acceptance criteria
• Design and coordinate multi-agent workflows that close the build-test-deploy loop reliably

Book Description

The advent of AI coding agents has triggered an identity crisis in tech. But the core of software engineering was never just about writing syntax. It is about solving problems, defining constraints, and translating business reality into scalable software solutions. Beyond Code is the practitioner's survival guide to the new landscape of software development, teaching you how to stop competing with the machine and start directing it.

The book covers the forces that determine whether AI assistance produces reliable software: context discipline, which shapes what agents see and what they ignore; mechanical gates, which replace advice-based review with verifiable pass-fail conditions; and loop closure, which keeps multi-agent coordination from drifting off-mission through Goodhart traps and proxy decay. You will work through input design, information filtering, decomposition as constraint topology, hierarchical agent coordination, and multi-pass thinking for output verification.

By the end of this book, you will be able to manage the information environment your AI agents operate within, enforce the constraint structures that keep them aligned, and build multi-agent workflows that close the build-test-deploy loop without fragile handoffs or compounding failures.

What you will learn

• Engineer context to control what AI coding agents produce
• Filter irrelevant information that degrades model output quality
• Use decomposition to create verifiable, independently testable seams
• Replace code review opinions with executable mechanical gates
• Identify and escape Goodhart traps in developer metrics and evals
• Coordinate AI agents hierarchically to reduce overhead and drift
• Apply multi-pass thinking to catch failures before they compound
• Translate software decisions into terms that align engineering teams

Who this book is for

This book is for developers, software engineers, tech leads, engineering managers, and architects who want to stay effective as code generation becomes a default part of the development workflow. It is particularly useful for those who have started using AI coding tools in production and are noticing where the outputs break down in system coherence, review quality, or team alignment. Readers should have experience building, reviewing, or leading software projects.

Table of Contents

1. The Inversion
2. Why Vibe Coding Fails
3. Context Is the Substrate
4. Feeding the Machine
5. What Not to Feed
6. Mechanical Gates Over Advisory Review
7. Decomposition as Design
8. The Constraint Topology
9. Coordination Without Dialogue
10. Why Hierarchy Fails (and Why You Need It Anyway)
11. The Goodhart Trap
12. Grokking
13. Multi-Pass Thinking
14. Them Problems vs You Problems
15. Organizational Navigation
16. What Engineers Become
17. What We Build Next

Jeremy McEntire works at the intersection of software engineering, organizational dynamics, and AI coordination. He has built large-scale systems, led engineering teams, researched multi-agent architectures, and written on how complex technical systems succeed or fail.