

Building Better Agents
Building Better Agents
From Hype to Helpful
Join this hands-on workshop exploring what it really takes to build AI agents that people can trust.
Most agent demos look magical for five minutes, then feel chaotic in practice. In this session, we'll break down the engineering patterns and design principles that separate impressive demos from production-ready systems.
What We'll Cover
Understanding Agent Architecture
What makes something an "agent" vs. a chatbot or script
The decision-action loop and why it matters
Common failure modes and how to avoid them
The Four Pillars of Reliable Agents
Clear intent: defining boundaries and constraints
Good memory: what to remember vs. what to forget
Disciplined tool use: when not to act
Feedback loops: correction and improvement over time
Autonomy vs. Trust
Why predictability beats flashiness
Human-in-the-loop as a feature, not a bug
Earning autonomy incrementally
Practical Patterns
Designing failure states first
Shipping observability before features
Building narrow, focused agents that work
Who Should Attend
Developers building with LLMs or agent frameworks
Product managers designing AI-powered features
Founders exploring agent-based products
Anyone curious about making AI feel less chaotic
No crypto knowledge required — we'll focus on universal agent design principles applicable across any stack.
What You'll Leave With
A clear mental model for agent architecture
Concrete patterns for trust-first design
Practical examples and anti-patterns
Resources and code samples to explore further
About the Hostess
Val Alexander is Lead DevRel Engineer at Ritual, where she works with teams building AI-native applications. She spend their days seeing what works, what breaks, and translating builder feedback into better tools, docs, and patterns.
Before Ritual, she was a Senior DevRel engineer at Morpho (2nd largest DeFi lender) and Chainlink Labs (largest oracle provider). She also cofounded a decentralized exchange in 2021 and brings almost a decade of professional experience in blockchain and machine learning engineering experience.