
How Coinbase scaled AI to 1,000+ engineers | Chintan Turakhia
Claire Vo (host), Chintan Turakhia (guest)
In this episode of How I AI, featuring Claire Vo and Chintan Turakhia, How Coinbase scaled AI to 1,000+ engineers | Chintan Turakhia explores coinbase’s playbook for scaling AI adoption across 1,000+ engineers Chintan Turakhia explains how Coinbase moved from superficial AI trials ("hello world" usage that didn’t stick) to sustained adoption across 1,000+ engineers by treating AI as an “adapt or die” accelerant rather than a mandate.
Coinbase’s playbook for scaling AI adoption across 1,000+ engineers
Chintan Turakhia explains how Coinbase moved from superficial AI trials ("hello world" usage that didn’t stick) to sustained adoption across 1,000+ engineers by treating AI as an “adapt or die” accelerant rather than a mandate.
The approach centered on a high-conviction, hands-on leader demonstrating real wins, focusing first on eliminating engineering toil (tests, linting, PR setup) and creating social proof via shared channels and live “PR speed runs.”
He emphasizes measuring impact through end-to-end cycle time—ticket to production/user value—then compressing each stage (draft PR creation, review time, release) to unlock customer feedback loops.
The episode also demos practical systems: using Cursor analytics to cohort users and generate a playbook, and an internal Slack/Linear agent (“Claude Bot”) that turns live feedback into tickets and PRs while meeting security requirements.
Key Takeaways
AI adoption fails when it’s trialed, not operationalized.
Coinbase saw early Copilot/tool adoption spikes that faded because engineers tried it once, found it lacking, and wrote it off. ...
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A single credible, hands-on champion can change the culture faster than policy.
Chintan argues leaders must “show, not tell” by using the tools in real coding work, learning failure modes, and demonstrating concrete wins—engineers ignore decrees but follow evidence.
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Start with soul-sucking toil to create immediate trust and pull demand.
Targeting unit tests, linting, and other “paper cut” tasks made AI valuable quickly and freed engineers to do higher-leverage work, building momentum for broader use.
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Create viral visibility of wins (and losses) inside existing communication hubs.
A dedicated channel (“cursor-wins”) let engineers broadcast successes, prompting peers to copy techniques. ...
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Time-boxed “PR speed runs” convert skepticism into belief in minutes.
By having everyone ship a trivial PR during an all-hands, teams experienced a rapid, tangible output spike (e. ...
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Measure AI impact with end-to-end cycle time, not vanity metrics.
He criticizes metrics like “AI lines of code” and instead tracks time from ticket to landed change for users, including PR authoring, review latency, and release steps.
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Internal agents become powerful when anchored to a shared context system.
Coinbase used Linear as the “source of context,” then built an in-house Slack bot that can generate PRs and query tools (Datadog, Sentry, Amplitude, Snowflake) via MCPs—especially important under security constraints.
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Notable Quotes
“It’s not only possible, it’s adapt or die.”
— Chintan Turakhia
“Show the engineers, not just tell. And the worst thing any eng leader could do is just be like, 'I decree you must use AI.'”
— Chintan Turakhia
“No one’s getting bonus points for memorizing Git commands.”
— Claire Vo
“It was really sort of a death to status updates, long live building moment.”
— Chintan Turakhia
“My calendar’s empty… the coordination overhead… No, you just do things.”
— Chintan Turakhia
Questions Answered in This Episode
In your early “trough of sorrow,” what specific prompting/workflow changes turned Cursor from “kinda sucked” into daily value for you personally?
Chintan Turakhia explains how Coinbase moved from superficial AI trials ("hello world" usage that didn’t stick) to sustained adoption across 1,000+ engineers by treating AI as an “adapt or die” accelerant rather than a mandate.
Get the full analysis with uListen AI
For the PR speed run: what guardrails did you set (scope, review expectations, rollback rules) to prevent chaos while still “breaking the rules”?
The approach centered on a high-conviction, hands-on leader demonstrating real wins, focusing first on eliminating engineering toil (tests, linting, PR setup) and creating social proof via shared channels and live “PR speed runs.”
Get the full analysis with uListen AI
You reduced PR review cycle time ~10× (150 hours to ~15 hours). What concrete process/tool changes caused the biggest drop?
He emphasizes measuring impact through end-to-end cycle time—ticket to production/user value—then compressing each stage (draft PR creation, review time, release) to unlock customer feedback loops.
Get the full analysis with uListen AI
How do you prevent “agent-generated PR spam” from overwhelming reviewers and CI/CD, especially after large-scale speed runs?
The episode also demos practical systems: using Cursor analytics to cohort users and generate a playbook, and an internal Slack/Linear agent (“Claude Bot”) that turns live feedback into tickets and PRs while meeting security requirements.
Get the full analysis with uListen AI
What Cursor rules or templates were the highest leverage for your team (unit tests, linting, PR descriptions, repo conventions)?
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Transcript Preview
People are skeptical that large, established, highly technical, highly capable engineering organizations can deploy AI at scale and get any effect. But I think you've proven it's possible.
It's not only possible, it's adapt or die. It's just been such a huge superpower for the team.
How many engineers are we talking about here?
A thousand plus.
So we're not messing around here.
The company tried to adopt other AI tools, and we saw this uptick in adoption. People opened it up, checked the box, did kind of like a hello world thing, but it didn't stick. My biggest thing is how do I make this damn thing stick? Because there's something here.
I do think that it's really important when you're doing this organizational transformation that you have a single person with incredible conviction at the leadership level who is also hands-on the metal.
Show the engineers, not just tell. And the worst thing any eng leader could do is just be like, "I decree you must use AI." Come on, no one's gonna listen to you.
[upbeat music] Welcome back to How I AI. I'm Claire Vo, product leader and AI obsessive here on a mission to help you build better with these new tools. Today we have Chintan Turakhia, senior director of engineering at Coinbase, and he's gonna show us, yes, it is possible to drive AI adoption and higher velocity in an engineering organization of thousands of engineers. He's also gonna show us the new expectations for engineering managers and engineering leaders, which is less meetings and more code. Let's get to it. This episode is brought to you by WorkOS. AI has already changed how we work. Tools are helping teams write better code, analyze customer data, and even handle support tickets automatically. But there's a catch. These tools only work well when they have deep access to company systems. Your copilot needs to see your entire code base. Your chatbot needs to search across internal docs. And for enterprise buyers, that raises serious security concerns. That's why these apps face intense IT scrutiny from day one. To pass, they need secure authentication, access controls, audit logs, the whole suite of enterprise features. Building all that from scratch, it's a massive lift. That's where WorkOS comes in. WorkOS gives you drop-in APIs for enterprise features so your app can become enterprise-ready and scale upmarket faster. Think of it like Stripe for enterprise features. OpenAI, Perplexity, and Cursor are already using WorkOS to move faster and meet enterprise demands. Join them and hundreds of other industry leaders at WorkOS.com. Start building today. Chintan, thank you so much for joining. What I love about what we're gonna talk about today is we spend so much time talking about the individual vibe coder or the non-technical person becoming a software engineer, and still people are skeptical that large, established, highly technical, highly capable engineering organizations can deploy AI at scale and get any effect. There's still so much skepticism, but I think you've proven it's possible, and you're hopefully gonna show us the way.
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