Steve Jobs in Exile
Episode
122 min
Read time
3 min
Topics
Investing, Startups, Fundraising & VC
AI-Generated Summary
Key Takeaways
- ✓Technical Bets Compound Over Decades: NeXT's 1987 choice of Objective-C with dynamic runtime binding over C++ gave Apple a 15-plus-year lead when the acquisition occurred in 1996. That decision still surfaces in iOS and macOS today — every NSString and NSArray class carries the "NS" prefix from NeXT/Sun's OpenStep collaboration. Developers building on Apple platforms are still running on architectural decisions made by a team of roughly 300 people in a 10,000-square-foot building.
- ✓University Markets as Strategic Beachheads: Lewin structured 24 university consortia — including Stanford, MIT, and Carnegie Mellon — before the 1984 Macintosh launch, placing roughly 50,000 units into higher education in August–September 1985. This move absorbed excess inventory when retail sales stalled at four units per dealer per month against an 80,000-unit monthly manufacturing ramp. Targeting research institutions that invented the underlying technologies eliminated the need for traditional sales convincing and generated organic developer ecosystems.
- ✓The Three-M Specification as Product Anchor: Carnegie Mellon defined the target machine in 1986 as one megabyte of RAM, one million pixels on screen, and one million instructions per second — all under $3,000. This concrete specification gave NeXT a measurable engineering target and a credible pitch to academic buyers. Product teams can replicate this by extracting a quantified performance threshold directly from the target customer community before finalizing hardware or software architecture decisions.
- ✓Platform Pricing Killed Otherwise Superior Hardware: NeXT's cube launched above $10,000 fully configured — more than three times the $3,000 ceiling academic buyers had specified. Despite technical superiority over Sun workstations, total cube sales over the product's lifespan reached approximately 50,000 units, with many delivered on credit to distributors rather than sold outright. The lesson: a product priced outside the customer's stated budget ceiling fails regardless of capability, and ignoring explicit price feedback from early adopters accelerates that failure.
- ✓Software Licensing Saved the Company When Hardware Failed: After closing the hardware division in late 1993, NeXT survived by porting NextStep to Sun, HP, and Compaq hardware through the OpenStep API layer. That software licensing arrangement generated an estimated 40–50% of NeXT's revenues during the mid-1990s. Without OpenStep, NeXT would have dissolved before Apple needed a new operating system. Companies with strong software IP should treat hardware as one distribution channel, not the only one, and build portability into the architecture from the start.
What It Covers
Jeffrey Kane, author of *Steve Jobs in Exile*, and Daniel Lewin, NeXT co-founder, trace how NeXT Computer (1985–1996) was not a failed detour but the technical and managerial crucible that produced macOS, iOS, and the iPhone. The episode covers NeXT's university market strategy, Objective-C adoption, the IBM near-deal, WebObjects, and the 1996 Apple acquisition that reshaped modern computing.
Key Questions Answered
- •Technical Bets Compound Over Decades: NeXT's 1987 choice of Objective-C with dynamic runtime binding over C++ gave Apple a 15-plus-year lead when the acquisition occurred in 1996. That decision still surfaces in iOS and macOS today — every NSString and NSArray class carries the "NS" prefix from NeXT/Sun's OpenStep collaboration. Developers building on Apple platforms are still running on architectural decisions made by a team of roughly 300 people in a 10,000-square-foot building.
- •University Markets as Strategic Beachheads: Lewin structured 24 university consortia — including Stanford, MIT, and Carnegie Mellon — before the 1984 Macintosh launch, placing roughly 50,000 units into higher education in August–September 1985. This move absorbed excess inventory when retail sales stalled at four units per dealer per month against an 80,000-unit monthly manufacturing ramp. Targeting research institutions that invented the underlying technologies eliminated the need for traditional sales convincing and generated organic developer ecosystems.
- •The Three-M Specification as Product Anchor: Carnegie Mellon defined the target machine in 1986 as one megabyte of RAM, one million pixels on screen, and one million instructions per second — all under $3,000. This concrete specification gave NeXT a measurable engineering target and a credible pitch to academic buyers. Product teams can replicate this by extracting a quantified performance threshold directly from the target customer community before finalizing hardware or software architecture decisions.
- •Platform Pricing Killed Otherwise Superior Hardware: NeXT's cube launched above $10,000 fully configured — more than three times the $3,000 ceiling academic buyers had specified. Despite technical superiority over Sun workstations, total cube sales over the product's lifespan reached approximately 50,000 units, with many delivered on credit to distributors rather than sold outright. The lesson: a product priced outside the customer's stated budget ceiling fails regardless of capability, and ignoring explicit price feedback from early adopters accelerates that failure.
- •Software Licensing Saved the Company When Hardware Failed: After closing the hardware division in late 1993, NeXT survived by porting NextStep to Sun, HP, and Compaq hardware through the OpenStep API layer. That software licensing arrangement generated an estimated 40–50% of NeXT's revenues during the mid-1990s. Without OpenStep, NeXT would have dissolved before Apple needed a new operating system. Companies with strong software IP should treat hardware as one distribution channel, not the only one, and build portability into the architecture from the start.
- •Talent Identification Through Defended Conviction: Jobs screened candidates by asking directly whether they considered themselves the best in their field, ending interviews immediately if anyone hedged. He then tested retained employees by walking the office unannounced and asking pointed questions — not to intimidate but to verify that people could defend their ideas under pressure. Lewin notes that more than half the company participated in every hire. This cross-functional interview structure filtered for mission alignment and character alongside technical credentials.
- •Legacy IP Outlasts the Original Product: The worldwide web was built on a NeXT computer by Tim Berners-Lee in 1991, and WebObjects — NeXT's dynamic web application framework from 1996 — powered Apple's iTunes Store well into the 2000s. NeXT's Mach kernel work, sourced from Avi Tevanian's Carnegie Mellon research, became the foundation of macOS and iOS. Organizations should document and patent core software architecture aggressively; NeXT's intellectual property portfolio was a material factor in Sun's licensing deal and ultimately in Apple's $427 million acquisition price.
Notable Moment
When Apple's board evaluated NeXT against rival Be Inc. in 1996, Be's founder Jean-Louis Gasséé treated the deal as already closed and gave a dismissive presentation. Jobs and Avi Tevanian responded by simultaneously playing eleven video streams on a single NeXT machine — a feat considered impossible on competing hardware at the time — effectively deciding the acquisition on the spot.
Episode Transcript
The popular story of Steve Jobs is that he co founded Apple, got pushed out, wandered through a failed venture called NeXT, then returned to save the company and usher in the iPod and iPhone. It's a memorable story, but it treats his years at next as a footnote. In reality, they were among the most consequential of his life and career. Jeffrey Kane is the author of Steve Jobs in Exile, which draws on previously unpublished material and new interviews to illuminate the next years. The book argues that NeXT was not a failure, but the hidden turning point. Its operating system, Next Step, became the foundation of Mac OS X and later the iPhone, and its fingerprints are still visible in Apple's code today. Daniel Lewin was an early Apple employee who led the initial launch of the Macintosh into higher education. In 1985, he left the company alongside Steve Jobs to cofound NeXT, where he served as VP of marketing and sales. Over more than thirty years in Silicon Valley, he went on to hold senior roles at Sony and Microsoft and later served as president and CEO of the Computer History Museum. In this episode, Jeffrey and Daniel join Matt Merrill to discuss the story behind NeXT, the nineteen eighties computing landscape that shaped it, the technical bets like Objective C and Dynamic Binding that gave Apple a long head start, why the university market mattered so much, and how the company ended up shaping the devices in our pockets. Matt Merrill is a software engineering leader with over twenty years of experience building and scaling software teams across enterprise and product focused organizations. His background is in back end development, cloud architecture, and distributed systems design. He currently architects and delivers software products and leads a team of engineers at DEBT Agency. You can learn more about his work at code.theothermattm.com. Alright. Hello, everybody. I'm Matt Merrill, and I am here with Jeffrey Kane and Danil Lewin. Jeffrey is the author of the book Steve Jobs in exile, the untold story of Next and the remaking of an American visionary. It's a very unique and excellent book about Steve Jobs before he became kind of the legend he is today. Most people know that Steve Jobs started Apple, but what you may not know is that Jobs was forced out of the company. And after he left, he created a new company, NeXT, with the idea of creating a powerful computer for the academic market. And so we have Jeffrey here who wrote the book and did all the research, and we have Dannel who was actually a cofounder of NeXT and left Apple to create the company with Steve Jobs in 1985. And I think that I looked you up on LinkedIn, Daniel, and you have probably the only phrase that anybody could accurately say left Apple to establish a pioneering startup with Steve Jobs. I don't think anybody else can accurately say that. …
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