A counterargument to bearish VC math posits that the majority of the $250B annual deployment is late-stage private equity, not true early-stage venture. The actual venture segment (~$25B/year) only needs ~$150B in exits, a goal achievable with just one 'centicorn' (like OpenAI) and a handful of decacorn outcomes annually.

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Similar to the dot-com era, the current AI investment cycle is expected to produce a high number of company failures alongside a few generational winners that create more value than ever before in venture capital history.

Sequoia Capital's Roloff Botha calculates that with ~$250 billion invested into venture capital annually, the industry needs to generate nearly $1 trillion in returns for investors. This translates to a staggering $1.5 trillion in total company exit value every year, a figure that is difficult to imagine materializing consistently.

The standard VC heuristic—that each investment must potentially return the entire fund—is strained by hyper-valuations. For a company raising at ~$200M, a typical fund needs a 60x return, meaning a $12 billion exit is the minimum for the investment to be a success, not a grand slam.

Aggregate venture capital investment figures are misleading. The market is becoming bimodal: a handful of elite AI companies absorb a disproportionate share of capital, while the vast majority of other startups, including 900+ unicorns, face a tougher fundraising and exit environment.

Botha argues venture capital isn't a scalable asset class. Despite massive capital inflows (~$250B/year), the number of significant ($1B+) exits hasn't increased from ~20 per year. The math for industry-wide returns doesn't work, making it a "return-free risk" for many LPs.

The venture capital return model has shifted so dramatically that even some multi-billion-dollar exits are insufficient. This forces VCs to screen for 'immortal' founders capable of building $10B+ companies from inception, making traditionally solid businesses run by 'mortal founders' increasingly uninvestable by top funds.

Conventional venture capital wisdom of 'winner-take-all' may not apply to AI applications. The market is expanding so rapidly that it can sustain multiple, fast-growing, highly valuable companies, each capturing a significant niche. For VCs, this means huge returns don't necessarily require backing a monopoly.

The majority of venture capital funds fail to return capital, with a 60% loss-making base rate. This highlights that VC is a power-law-driven asset class. The key to success is not picking consistently good funds, but ensuring access to the tiny fraction of funds that generate extraordinary, outlier returns.

True alpha in venture capital is found at the extremes. It's either in being a "market maker" at the earliest stages by shaping a raw idea, or by writing massive, late-stage checks where few can compete. The competitive, crowded middle-stages offer less opportunity for outsized returns.

AI startups' explosive growth ($1M to $100M ARR in 2 years) will make venture's power law even more extreme. LPs may need a new evaluation model, underwriting VCs across "bundles of three funds" where they expect two modest performers (e.g., 1.5x) and one massive outlier (10x) to drive overall returns.

VC Exit Math Works If You Exclude Late-Stage PE and Account for One 'Centicorn' Like OpenAI | RiffOn