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Crowdsourcing platform engineering
How Cash App built a culture of shared ownership in platform engineering–where empathy, collaboration, and visibility drive developer experience and delivery velocity.
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In partnership with TailscaleInclusion: What works, and why I’m still talking about it
Explore practical ways to make inclusion part of everyday teamwork, from communication styles to better collaboration and decision-making.
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In partnership with DXThe state of AI in software development: Insights across 400+ organizations
Learn where AI actually boosts developer productivity, how leading teams measure impact, and practical ways to separate measurable gains from hype.
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In partnership with UnblockedYour agents lack context: Here’s how to fix “You’re absolutely right!”
Learn how to build the context layer AI agents need to produce organization-aware, permission-safe, genuinely useful code.
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In partnership with PagerDutyProduction AI agents: The gap between promise and reality
Learn what it really takes to move AI agents from impressive demos to safe, reliable production systems.
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Mentoring that actually changes careers
A practical, human take on mentoring that actually helps people grow, by sharing real experience and honest guidance.
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The mechanics of scaling: Why delivery slows as you grow, and what to do about it
In this talk, I will show how rising incidents, fragile systems, slower delivery and constant firefighting are often signs of hitting systemic limits rather than execution failure.
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Finding the 80/20: Lessons from delivering our first LLM feature
How to choose what actually matters when shipping your first LLM feature, balancing evaluation, trust, and delivery without overengineering.
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Inclusive leadership across cultures: Practical patterns for global engineering teams
Concrete, repeatable patterns for leading global teams across cultures, reducing friction, building trust, and helping diverse voices contribute fully.
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Things fall apart – Architecture to avoid progressive collapse
How to design systems so small failures stay contained, preventing cascading outages and large-scale architectural collapse.