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The Algorithm for Hypergrowth with Jon McNeill, CEO at DVx Ventures & Former President at Tesla

Richie and Jon explore the algorithm behind Tesla's 10X hypergrowth, why automation should always come last, how to find and delete unnecessary process steps, changing the currency of promotion, running effective meetings, and much more.
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Jon McNeill

Guest

Jon McNeill

Jon McNeill is CEO and co-founder of DVx Ventures, a venture studio that has launched 12 companies. He previously served as President at Tesla, where revenue grew from $2B to $20B in 30 months, and as COO at Lyft through its IPO. A serial entrepreneur, he's founded and sold six companies, sits on the boards of Lululemon and Asurion, and wrote The Algorithm: The Hypergrowth Formula that Transformed Tesla, Lululemon, General Motors and SpaceX.

Richie Cotton

Host

Richie Cotton

Richie helps individuals and organizations get better at using data and AI. He's been a data scientist since before it was called data science, and has written two books and created many DataCamp courses on the subject. He is a host of the DataFramed podcast, and runs DataCamp's webinar program.

Chat with AI Richie about every episode of DataFramed - all data champs welcome!

Key Quotes

This may surprise you coming from Silicon Valley, but our rule is we automate last. It's the last step in the process, and that's because we've been burned too many times by automating first and then having to go back and redo everything we've automated because we didn't really think through the process the first time, and we didn't optimize it. Our rule in the algorithm is automate last.

One of the secrets to organizational design that makes this work is small teams. I think we're seeing a shift in organizational design theory — it started when people realized Jensen Huang runs NVIDIA, the world's most valuable company, with roughly 65 small teams that report directly to him. These are small teams with specific assignments that aren't tied down by budget or roadmap, and they report directly to the CEO on a very specific objective.

Key Takeaways

  1. Automate last, not first. Simplify a process and run it manually until it's smooth before adding any automation — automating a broken or unnecessary process just locks in the waste.

  2. Force every meeting to answer three questions before it happens: what problem are we solving, do we actually need a meeting to solve it, and who has the authority to decide.

  3. Map your process against what customers actually pay for. Anything a customer isn't paying for — sign-offs, change orders, extra paperwork — is a strong candidate to delete entirely rather than optimize.

스크립트

Richie Cotton: Hi, Jon. Welcome to the show.

Jon McNeill: Hey, thanks for having me.

Richie Cotton: Yeah, great to have you here. So we're gonna be talking about your algorithm for hypergrowth today. Before we get into the details, do you wanna tell me what's your favorite success story from using this algorithm? 

Jon McNeill: Oh, gosh. I think maybe the favorite success story is the story that yielded this whole model.

And that is growing from roughly $1.8 billion in revenue to $20 billion in revenue in 30 months at Tesla. So 10X-ing a company at scale in 30 months. Okay. Yeah, 10X-ing that's the dream. And yeah, who wouldn't want $20 billion? That's that's some amazing stuff. All right do you wanna talk me through just give me a high-level overview of what this algorithm is, and then we can figure out the details.

So it's basically a framework that we developed over time at Tesla to help the organization drive innovation at every level of the org, which we needed to do. If you're gonna 10X a business in 30 months, you've got to have a framework that not only leadership's following, but everybody can follow. And so that's what this is.

This is not meant for incremental growth. It's meant to drive quantum growth and drive big breakthroughs in innovation. 

Richie Cotton: Okay. That sounds amazing breakthrough in innovation, something like for the whole company. Now I know one of the steps in this algorithm is all about automation. That

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