The First OpenAI Employees to Sell Their Shares Have Become Millionaires

marsbitОпубліковано о 2026-05-14Востаннє оновлено о 2026-05-14

Анотація

Early OpenAI Employees Become Millionaires Before IPO A recent report reveals that OpenAI allowed over 600 current and former employees to sell shares in October, cashing out a total of $6.6 billion. Approximately 75 employees each realized about $30 million. This highlights a significant shift in the AI industry: employees at top companies can now gain substantial wealth through secondary market sales, tender offers, and other liquidity events long before a traditional IPO. For OpenAI, this generous equity incentive strategy, alongside high salaries and bonuses, has become a powerful tool to attract and retain top AI talent amid fierce competition. The company has adjusted its policies, increasing individual sale limits and allowing newer employees to participate. This trend extends beyond OpenAI. Chinese AI firm DeepSeek is reportedly seeking its first external funding round at a potential $50 billion valuation. This move is seen as crucial for establishing an external market price, which is necessary to make employee equity grants meaningful and competitive for retaining talent. The pathways to wealth creation in AI are diversifying. Beyond waiting for IPOs (e.g., Anthropic, chipmaker Cerebras), companies are exiting via acquisitions (e.g., Databricks buying MosaicML) or through complex deals like technology licensing and team transfers (e.g., Google's deal with Character.AI). These mechanisms allow investors, founders, and employees to realize gains earlier and throug...

To Mass-Produce Multi-Million Dollar Millionaires, Why Wait for the Company to Go Public?

The Wall Street Journal disclosed a set of impactful data. In October last year, more than 600 current and former OpenAI employees cashed out a total of $6.6 billion through stock sales, with about 75 people each cashing out $30 million.

This means that before OpenAI goes public, a group of executives and ordinary employees have already received the wealth returns from this wave of AI boom.

This is also one of the most noteworthy changes in the current AI industry. In the past, startup employees usually had to wait until after an IPO to truly cash in their shares. But now, top AI companies are significantly advancing the timing of wealth realization.

OpenAI is the most prominent example. DeepSeek is currently catching up on external valuation and equity incentives, while companies like Anthropic, Cerebras, and Character.AI illustrate that AI wealth creation pathways are becoming more diverse—through financing, tender offers, secondary market transactions, technology licensing, and team transfers.

For AI companies, this is a new weapon to attract top talent. For AI talent, technical skills no longer just translate into high salaries and options; they are also more likely to become real earnings before the company goes public.

1

Let's first look at OpenAI's "wealth creation myth."

That OpenAI executives earn a lot has already been made public through recent court battles.

Recently, the lawsuit where Musk sued OpenAI, Altman, and others went to trial.

President Brockman testified in court that the value of his equity holdings is approximately $30 billion. At the same time, former Chief Scientist Sutskever also disclosed during the Musk vs. OpenAI trial that the value of his OpenAI equity holdings is about $7 billion.

CEO Sam Altman stated that he does not hold shares in the company, citing its non-profit nature. However, some investors anticipate that if OpenAI's transition to a for-profit structure proceeds smoothly in the end, Altman may still receive equity arrangements in the future.

Many ordinary employees have also realized substantial wealth.

The Wall Street Journal reported that last October, OpenAI organized a large-scale stock sale where over 600 current and former employees cashed out their shares on the same day, totaling approximately $6.6 billion.

Among this group of employees, about 75 reached the company's maximum sale limit, each cashing out $30 million.

Some employees donated their remaining shares to donor-advised funds to support public welfare causes and receive tax deductions for that year.

This sale is one of the largest employee equity realization events in the AI industry to date.

This transaction also marked the first time since ChatGPT's release that OpenAI allowed newly hired employees to cash out their stock.

This is a significant change: OpenAI is becoming increasingly generous regarding employees cashing out stock.

Previously, the company required employees to have been with the company for at least two years before they could sell shares, so many technical experts who joined the company earlier were unable to cash out before this.

Compared to the initial stock grants seven years ago, the equity value for early employees has grown over 100 times. Contrasted with the roughly three-fold increase in the Nasdaq index during the same period, this far exceeds the wealth growth levels of traditional tech companies.

OpenAI's equity incentive system itself has also undergone adjustments.

The previous maximum sale limit per employee was $10 million, which was adjusted to $30 million in the fall of 2025 in response to investor and employee demands.

This system addresses external investors' demand to buy shares while also providing a channel for employees to realize the paper wealth in their hands. Historical data shows that if early employees could only sell shares after an IPO, their wealth appreciation might be affected by market fluctuations. OpenAI's early realization mechanism effectively mitigates this risk.

Compensation and stock incentives are important means for OpenAI to attract and retain top talent.

Some technical positions at OpenAI offer annual salaries of up to $500,000, plus stock awards and one-time bonuses, some of which can be worth millions of dollars. This combination provides employees with significant economic returns while also enhancing the stability of key positions, supporting the company's rapid progress in technology development and product iteration.

Meta offered compensation packages worth up to $30 million to its top AI talent last year. The intense competition for high-end AI talent and compensation levels within the AI industry are generally higher than in traditional tech companies.

AI is mass-producing newly minted millionaires in San Francisco, even to the extent of heating up San Francisco's long-depressed housing market.

Some houses sold for prices far exceeding their asking price due to multiple competing buyers, such as one listed for $1.6 million selling for $2 million. According to Apartment List data, San Francisco's citywide rent increased by 14% year-over-year in February, ranking highest in the United States.

2

These pieces of news—whether it's executives holding vast wealth, or the high salaries, high bonuses, and increasingly "generous" equity plans for ordinary employees—have an obvious benefit for OpenAI: they are bound to create new attractiveness for talent.

This appeal is not just "higher salaries." More importantly, it shows employees a viable path to realization. Join a top AI company, receive options or stock, wait for the company's valuation to continue rising, and then realize wealth through tender offers, secondary market transactions, or a future IPO.

This is also why DeepSeek's recent financing rumors are noteworthy.

According to Reuters, DeepSeek is advancing its first external funding round, with a target valuation possibly reaching $50 billion and a funding size of about $3 to $4 billion. In rumors less than a month ago, DeepSeek's valuation was only $10 billion.

On the surface, this is a Chinese AI star company gaining capital recognition. But viewed in the context of OpenAI's case, this matter has another layer of meaning: what DeepSeek needs is not just money, but a price acknowledged by the external market.

DeepSeek was not a typical venture capital-driven company in the past. Its funding mainly came from founder Liang Wenfeng and his background in the quantitative firm Qraft (幻方量化).

Because of this, it could maintain a "research team" image for a long time: low-key, technology-oriented, emphasizing model efficiency. But when a company truly enters the global AI competition arena, it becomes difficult to sustain an organization solely on technical reputation in the long run. Models require computing power, products need commercialization, and teams also need long-term incentives.

The first role of financing is to value the company. Once a valuation is established, the options and equity in employees' hands have a price that can be discussed. Otherwise, so-called equity incentives are more like a forward commitment: theoretically valuable, but employees don't know exactly how much it's worth or when it can be realized.

The reason OpenAI employees could complete large-scale cash-outs before going public is precisely because the company has undergone multiple financing rounds and tender offers, forming a pricing system that investors are willing to accept.

If DeepSeek wants to retain core members in the long-term battle for Chinese AI talent, it also needs to fill this gap.

This is especially important for DeepSeek. Reuters reported that the funds from this financing round will be used to strengthen computing infrastructure and improve employee benefits.

The report also mentioned that DeepSeek faces talent and capital competition from Chinese AI companies like ByteDance, Alibaba, as well as MiniMax, Moonshot AI, and has already seen cases of talent outflow, such as Luo Fuli joining Xiaomi.

Whether it can provide sufficiently convincing long-term returns to core talent in an industry where compensation standards have been raised by companies like OpenAI, Anthropic, and Meta is a new challenge for DeepSeek.

3

OpenAI's employee cash-outs show that top AI companies can already create large-scale wealth before going public; DeepSeek seeking external financing indicates that latecomers are also catching up on valuation, equity incentives, and computing power investment.

This wave of AI wealth creation does not only have the one path of "waiting for the company to IPO."

In the past, the most standard wealth exit for startups was going public. Now, money is flowing through more complex paths.

Employees can cash out early in the secondary market, startups can exit through mergers and acquisitions, and chip companies and infrastructure companies can also enter public markets riding the AI boom.

The most direct exit is still an IPO. Besides OpenAI, Anthropic is another example among model companies.

It is currently believed that Anthropic may go public as early as 2026. Its particularity is that, unlike DeepSeek, which is still in its first external financing stage, and unlike OpenAI with its complex non-profit to for-profit controversy, it has Claude, enterprise customers, and support from cloud providers like Google and Amazon.

Another type of IPO example is the chip startup Cerebras.

Reuters reported that due to strong investor demand, Cerebras plans to raise its IPO price range from $115-$125 per share to $150-$160, and increase the number of shares offered from 28 million to 30 million.

Calculated at the highest price, the fundraising amount is about $4.8 billion. This deal received over 20 times subscription and plans to list on Nasdaq under the ticker CBRS. The report also stated this could become the world's largest IPO in 2026.

The AI boom is not only making model teams more expensive but also turning chips, computing power, and data centers into new wealth exits.

Mergers and acquisitions are another path.

In June 2023, Databricks announced the acquisition of the generative AI platform MosaicML for approximately $1.3 billion, with the transaction amount including retention incentive packages. MosaicML, which focused on helping enterprises train and deploy their own generative AI models, was essentially acquired by Databricks for its model training platform, team, and enterprise AI capabilities.

MosaicML had only about 62 employees at the time. So, the media described the deal's expensiveness as "approximately $21 million per employee."

Mergers and acquisitions are no longer just about "a company being bought outright."

Character.AI is a more typical new example.

In 2024, Google and Character.AI reached a technology licensing deal worth approximately $2.7 billion, granting Google a license to its model technology, while also hiring co-founders Noam Shazeer, Daniel De Freitas, and some core research members to join Google DeepMind.

The Financial Times later reported that after this deal, Character.AI abandoned further training of cutting-edge large models, shifting focus to strengthening consumer-grade chatbot products.

Additionally, the company used the funds to buy out investors' shares, transferred company ownership to employees, and employees also received one-time cash compensation. About 30 employees joined Google, while about 100 remained at Character.AI.

In other words, in this case, Google did not fully acquire Character.AI but obtained the technology and most scarce talent through a high licensing fee; the original company continues to exist, and investors and employees also gained liquidity early.

The company doesn't necessarily get bought, but the technology, team, and future profit rights have been repriced by the tech giant.

This is also a difference between this wave of AI boom and many past tech cycles: wealth is no longer only concentrated and released at the moment of IPO, nor does it belong only to founders and investors.

The people behind models, data, computing power, products, and infrastructure are gaining earlier and more complex realization opportunities through secondary markets, technology licensing, team transfers, mergers and acquisitions, and IPOs.

For AI companies, this is a new weapon to attract talent; for AI talent, this means they don't necessarily have to wait for an IPO and may turn their technical capabilities into real earnings earlier.

This article is from the WeChat public account "Alphabet List" (ID: wujicaijing), author: Little Gold Tooth (小金牙).

Пов'язані питання

QHow many OpenAI employees sold their shares and how much did they cash out in total in the sale mentioned in the article?

AOver 600 current and former OpenAI employees sold their shares, cashing out a total of approximately $6.6 billion.

QWhat was the maximum individual payout for some OpenAI employees in the October share sale, and how many employees reached this limit?

AApproximately 75 employees each cashed out $30 million, which was the maximum individual payout allowed.

QWhy is DeepSeek seeking external funding according to the article, beyond just needing capital?

ADeepSeek is seeking external funding to establish an external market valuation. This is crucial for giving its employee stock options and equity a clear, discussable value and for improving long-term incentives to compete in the AI talent market.

QBesides traditional IPOs, what are some alternative paths mentioned in the article for AI employees to gain wealth from their equity before a company goes public?

AAlternative paths include secondary market share sales, mergers and acquisitions (like Databricks buying MosaicML), and technology licensing deals with team transfers (like Google's deal with Character.AI).

QHow did the Character.AI deal with Google differ from a traditional acquisition, and what were the outcomes for the company and its employees?

AGoogle did not fully acquire Character.AI. Instead, it paid roughly $2.7 billion for a technology license and hired key founders and researchers. Character.AI used the funds to buy out investors, transferred ownership to employees, gave them a cash payout, refocused its business, and continued operating with a smaller team while about 30 employees joined Google.

Пов'язані матеріали

Deconstructing the U.S. Stock Quantum Computing Sector: IonQ, Rigetti, D-Wave, Which of These Concept Stocks is Worth Betting On?

**Title:** Analyzing the US Quantum Computing Race: IonQ, Rigetti, D-Wave – Which Concept Stock is Worth Betting On? **Summary:** The podcast discusses the resurgence of quantum computing as a national priority for both the US and China, driven by its potential to break current encryption, revolutionize drug discovery, finance, and logistics. The core challenge is commercializing the technology, which is hampered by high error rates in quantum bits (qubits). Quantum error correction, requiring thousands of physical qubits per reliable logical qubit, is key but years away. The analysis compares three main publicly traded US quantum computing firms: * **IonQ (Ion Trap):** Considered the most financially stable with the fastest commercial progress (2025 revenue: $130M, +202%) and high-quality clients. Its valuation is very high, pricing in significant future growth. * **Rigetti (Superconducting):** Seen as the highest-risk, highest-potential-reward bet. It has the smallest revenue but recently launched a 108-qubit system. Its valuation multiples are extreme, making it highly sensitive to news. * **D-Wave (Quantum Annealing):** Has the most unique positioning with real-world enterprise clients today (e.g., Mastercard, Volkswagen) solving optimization problems. Its recent acquisition moves it into general-purpose quantum computing ("dual-platform"), adding execution risk. Major tech giants like Google, IBM, and Microsoft are also heavily invested, pursuing various technical approaches. Nvidia is positioning itself as the essential bridge between classical and quantum computing. The investment phase is likened to AI in 2018-2020: promising underlying technology with accelerating breakthroughs but a commercial inflection point still 3-7 years away, suggesting potential for a market correction ("bubble washout"). For investors, suggested approaches include gaining exposure through tech giants with quantum divisions (e.g., Google, IBM) or using niche ETFs like WQTM for pure-play quantum exposure, rather than direct stock picks in the highly volatile pure-play companies at this early stage.

marsbit12 хв тому

Deconstructing the U.S. Stock Quantum Computing Sector: IonQ, Rigetti, D-Wave, Which of These Concept Stocks is Worth Betting On?

marsbit12 хв тому

From Parallel Finance to Mainstream Finance: The On-Chain Securities Era Ushers in a Historic Window

From Parallel Finance to Mainstream: The Dawn of On-Chain Securities For over a decade, the crypto industry has operated as a parallel financial system with its own currencies, markets, and assets—from Bitcoin and ICOs to DeFi, NFTs, and memecoins. Despite building a robust internal ecosystem, a wall has separated it from the traditional financial world. That barrier is now crumbling. The industry's first act was one of internal evolution: ICOs streamlined fundraising, DeFi recreated financial services on-chain, and layer-2 networks competed for scalability—all within the crypto bubble. While innovative, this cycle remained closed, with capital and users circulating internally, leading to volatile boom-bust cycles. Even Bitcoin ETFs, while attracting Wall Street capital, merely provided a channel to buy crypto assets without bridging the systems. The next, larger narrative is Real-World Assets (RWA) moving on-chain. This involves tokenizing stocks, bonds, funds, and future cash flows. Blockchain can compress the complex traditional processes of trading, settlement, clearing, and custody into a seamless, automated network operating in seconds. This shift is creating a new financial gateway: the native crypto securities broker. This entity will combine functions of an exchange, broker, bank, and custodian into a unified global financial operating system. Consequently, the next major battleground won't be the "public chain wars" focused on speed and cost, but the competition to build the financial infrastructure capable of hosting high-quality, liquid real-world assets. Access to global equities, index funds, or stakes in companies like SpaceX could erase the boundary between crypto and traditional finance, unlocking a market orders of magnitude larger than crypto's current valuation. In summary, after years of creating a separate financial world, crypto's next decade will be defined by its integration into the existing global financial system, marking the true beginning of its largest growth story.

marsbit33 хв тому

From Parallel Finance to Mainstream Finance: The On-Chain Securities Era Ushers in a Historic Window

marsbit33 хв тому

Wang Chuan: When the Neighbor Old Wang Made 30x on Memory Stocks, How to Avoid Anxiety (Part Six) - The Trap of Commoditized Goods

Wang Chuan: When the Neighbor Lao Wang Made 30x on Storage Stocks, How to Stay Anxiety-Free (Part 6) - The Trap of Commoditized Goods. This essay uses historical and current examples to analyze the cyclical and high-risk nature of the data storage industry. It begins with the 1990s rise and dramatic fall of Iomega, whose stock soared over 160x in 18 months before collapsing 97% from its peak, illustrating the fleeting success of storage "meme stocks." The core problem is that storage products, like DRAM and flash memory, are highly commoditized. This leads to extreme volatility: prices have plummeted over 80% multiple times, and company stocks often crash 95% or go bankrupt. The industry's dynamic is defined by "elastic demand facing heavy-asset, long-cycle, rigid supply." When demand spikes and supply is fixed, prices skyrocket, as seen recently with AI-driven demand for High Bandwidth Memory (HBM). Companies like Sandisk and Micron have reported massive revenue and gross margin jumps (e.g., Sandisk's gross margin rising from 22.5% to 78.3%) despite minimal increases in production volume. However, these high margins are self-defeating. They incentivize massive new capacity investments (hundreds of billions planned from 2026), with supply expected to surge by late 2027. Once new supply meets demand, prices and profits will crash, potentially leading to a scenario where "selling more results in earning less." The article debunks the safety of long-term supply agreements, comparing them to fragile non-aggression pacts easily broken when market conditions shift. It warns that when an industry is highly profitable but trades at low P/E ratios, the risk is greatest, as plummeting prices quickly erase those earnings. Multiple asymmetric risks loom, including economic recession, reduced AI spending, faster-than-expected capacity expansion (especially from Chinese firms), and technological innovations that reduce memory requirements. In conclusion, the storage sector is a cyclical trap where periods of euphoric profits are often precursors to devastating downturns, luring unprepared investors into a "wealth incinerator."

marsbit42 хв тому

Wang Chuan: When the Neighbor Old Wang Made 30x on Memory Stocks, How to Avoid Anxiety (Part Six) - The Trap of Commoditized Goods

marsbit42 хв тому

Wang Chuan: When the neighbor Lao Wang earned thirty times from investing in memory storage stocks, how can you still avoid anxiety (6) - The trap of homogeneous products

The article, "Wang Chuan: How to Remain Unanxious After Neighbor Lao Wang's Thirty-Fold Gain on Storage Stocks (Part 6) - The Trap of Commoditized Goods," analyzes the cyclical and perilous nature of the data storage industry through historical and current case studies. It begins with the example of Iomega, whose Zip drives led to a stock surge of over 160x in the mid-1990s before collapsing over 97% from its peak due to competition from cheaper CD-R technology. This pattern is characteristic of storage, where products like DRAM are highly commoditized, leading to extreme price volatility. The sector has seen prices crash over 80% multiple times, with companies often facing bankruptcy. The core dynamic is "elastic demand facing heavy-asset, long-cycle, rigid supply." High prices attract new capacity, but the long lead time means supply eventually overshoots, causing sharp price corrections. The current AI-driven boom, exemplified by surging demand for High-Bandwidth Memory (HBM), has led to skyrocketing prices and profit margins for companies like SanDisk and Micron, despite relatively flat production volumes. However, the author warns this high-margin environment is self-defeating. The high profits are already triggering massive new capacity investments (hundreds of billions starting 2026), with supply expected to ramp up by late 2027. When supply catches up, total revenue and profits may fall even as more units are sold. Long-term supply agreements offer little protection, as buyers can find ways to renegotiate if market prices drop, similar to fragile political treaties. Key risks include economic downturns, cuts in AI spending, faster-than-expected capacity expansion (especially from Chinese firms), and innovations in chip/algorithm design that reduce memory needs. A critical trap is that at the cycle's peak, storage stocks often appear cheap with low P/E ratios, luring value investors just before an impending downturn where profits evaporate. The conclusion cautions that for commoditized goods like storage, high margins inevitably destroy themselves, and the current asymmetry favors downside risk over further upside. The neighbor's dream of easy wealth from storage stocks is portrayed as a precarious illusion.

链捕手1 год тому

Wang Chuan: When the neighbor Lao Wang earned thirty times from investing in memory storage stocks, how can you still avoid anxiety (6) - The trap of homogeneous products

链捕手1 год тому

Торгівля

Спот
Ф'ючерси
活动图片