r/SecurityAnalysis

Dating apps may be a non-clearing market: congestion, cheap signaling, and why rational behavior produces bad outcomes
▲ 173 r/SecurityAnalysis+10 crossposts

Dating apps may be a non-clearing market: congestion, cheap signaling, and why rational behavior produces bad outcomes

I spent the last several months trying to understand why online dating appears to produce so much frustration despite giving people access to vastly more potential partners than any previous matching system.

I eventually came to think the interesting explanation isn't primarily cultural or gender-specific. It's a market-design problem.

The starting point is thickness.

Matching markets generally benefit when more participants enter because the probability of finding a compatible counterparty rises. But beyond some point thickness produces congestion: too many potential transactions, inadequate mechanisms for evaluating them, and difficulty sending credible signals through the resulting noise.

Dating apps appear to combine several features that make this unusually severe:

1. The market is heavily asymmetric.

The large heterosexual platforms have substantially more men than women. That creates scarcity on one side and congestion on the other.

The same marketplace is therefore experienced as two almost opposite products.

2. Signaling is nearly costless.

A swipe or like carries almost no cost.

When expressing interest is cheap, broadly signaling interest can become individually rational. But aggregate cheap signaling destroys information content.

The receiving side then gets more approaches but less information about which approaches represent serious intent.

3. Congestion changes selection behavior.

Experimental research on online dating has found that continued exposure to large sets of potential partners makes participants progressively more rejecting.

In randomized experiments, acceptance probability fell roughly 27% from the first potential partner shown to the last.

The options themselves weren't getting worse.

Exposure to the option set changed the decision-maker.

This is the part I find most interesting: abundance can reduce successful selection rather than improve it.

4. The scarce side adapts too.

When matches become difficult to obtain, the rational response isn't necessarily to continue evaluating every match as a potential long-term partner.

A scarce match can be reclassified into a lower-commitment interaction.

So the congested side becomes more selective while the scarce side becomes less willing to treat the matches that clear as serious candidates.

Neither side needs to be behaving irrationally or maliciously.

Each side is responding rationally to its own incentives.

Yet the aggregate market clears worse.

5. The intermediary has a peculiar objective function.

Historically, intermediaries in courtship—friends, family, community, school, church, neighborhood—had reputational exposure to the outcome.

Modern platforms largely disintermediated those institutions.

But the replacement intermediary has an unusual economic characteristic:

Its revenue is earned while the search continues.

A successful terminal match removes two customers from the market.

That doesn't require anyone inside the company to deliberately prevent successful relationships. It simply means that engagement and successful clearing point in different directions as optimization targets.

6. We therefore measure almost everything except clearing.

Dating companies can measure registrations, active users, likes, matches, conversations, retention, payers and revenue per payer with enormous precision.

What remains remarkably difficult for an outsider to determine is the obvious denominator:

What percentage of people entering the system successfully leave it because they found the durable relationship they wanted?

Hinge is the especially interesting case because the brand promise is literally Designed to Be Deleted.

Yet the public operating metrics overwhelmingly measure people remaining, returning, engaging and paying.

There is some offline feedback—Hinge's "We Met" feature can ask whether a match produced a date and whether someone wants another date—but that is very different from longitudinally measuring relationship formation, duration, permanent successful exits and reactivation after dissolution.

That brought me to a broader hypothesis:

The public "gender war" around online dating may partly be the social symptom of a market-design failure.

Two populations experience radically different sides of the same mechanism.

Both possess accurate information about their own experience.

Neither sees the system producing the other side's experience.

So each concludes that the other population is the problem.

I ended up writing a much longer piece tracing this through matching-market economics, signaling theory, behavioral psychology, the history of courtship, the disappearance of social intermediaries, and eventually the financial statements of Match Group.

The last part became a public-equity short thesis because I realized the sociology generates financial predictions.

If the underlying marketplace is structurally impaired, eventually I would expect to see:

  • payer attrition;
  • heavier monetization of the participants who remain;
  • difficulty expanding the total category;
  • growth increasingly sourced from geographic expansion rather than deeper successful adoption;
  • and eventually a lower terminal valuation for the companies operating it.

That makes the public company an interesting way of putting an otherwise difficult sociological hypothesis under an empirical clock.

The full essay and sources are here:

https://dljlevfin.substack.com/p/the-undisclosed-denominator

I'm especially interested in criticism of the behavioral mechanism rather than the stock call.

Where does the causal chain break?

Is congestion actually the right framework?

Does cheap signaling necessarily degrade matching efficiency here?

And most importantly: what metric would you use to distinguish a dating marketplace that generates enormous engagement from one that actually clears successfully?

u/Icy-Drawer5856 — 4 days ago

Alphabet made more from its investments than from Google. It sold almost none of them.

I recently saw that Alphabet reported $112.2bn of net income last quarter while the actual business, ads and cloud, earned $40.8bn of it, so I looked into where the rest came from. It is a $99.0bn gain on investments, and only $278m of that came from selling anything. $77,354m of it is Alphabet raising the value of stakes it holds in private companies. I asked Eli Bartov, professor of accounting at NYU Stern, who advises money managers on financial reporting and has testified as an expert in securities fraud cases, what to make of a profit built that way. He said there is a risk management could use that discretion to influence reported gains or losses and achieve its desired reporting outcomes, potentially resulting in misleading information for investors.

Alphabet can do this under ASC 321. With no share price to look up, you hold the stake at what you paid and move it only when someone else buys into the same company at a different price. So the value rises whenever a new investor pays more, and whether the company itself makes or loses money never touches your income statement. Over the first half of 2026 those markups grew $41.2bn while write-downs grew $295m, about 140 to 1. Microsoft has enough influence over OpenAI to use accounting that passes results straight through, and its OpenAI line reads minus $1.5bn, minus $4.8bn, then plus $6.5bn across FY2024 to FY2026.

Bartov also put a number on it. Taxing the gain at the roughly 19% rate Alphabet paid for the quarter, he had about 70% of net income as non-recurring, and warned investors could overestimate its sustainable earnings power and bid the stock above fundamental value. He gave the fair counter too, that accounting rules have to work across thousands of companies and will never perfectly fit one, so the adjustment is the reader's job. Figures from the 10-Q filed 23 July 2026.

Full write-up with all figures and data: https://www.theresearchnote.com/articles/alphabet-99-billion-equity-gains-measurement-alternative

u/LeopardCharacter7140 — 3 days ago
▲ 7 r/SecurityAnalysis+2 crossposts

I built a new metric called Y220. Given a company's true FCF yield today and its 3-year revenue CAGR, how long until it reaches 20% yield?

The PEG ratio tries to blend valuation and growth, but I have a few problems with it. First I use true FCF not reported earnings. Second, true FCF is too erratic year to year so I use three-year revenue CAGR as a more stable growth proxy.

So I came up with FEG: price-to-true-FCF divided by three-year revenue CAGR. But FEG still doesn't tell you when you get paid. A P/E of 10 is intuitive - you get your money back in ten years. True FCF yield is even better because you compare directly to the risk-free rate. My portfolio yields 9.9% in true FCF against a 5% treasury, which makes me happy (even happier when people talk about potential bond crises and such).

In thinking about growth: NVDA (a stock I wouldn't consider) sits at 1.65% true FCF yield today. If it keeps doubling, in four years it reaches 8%. For that moat quality, maybe you would wait four years. I wanted a way to make that calculation concrete across every name.

Y220: Years to 20% true FCF yield, compounding at current three-year revenue CAGR applied to true FCF.

Why 20%, because CMCSA sits there right now and I own some CMCSA. That's my Godfather number, the offer [yield] I can't refuse.

What the screen shows:

NVDA reaches 20% in 3.6 years if growth holds. This is tempting until you remember it's a $5 trillion company. Compounding at that rate off that base is a different bet than it was at $500 billion.

LLY is the most interesting name that fails my yield test but passes Y220. Revenue has gone parabolic and they're retiring shares aggressively. GLP-1 is early innings. The question is durability at this scale. Not a position but I watch it closely.

LYFT: I took a small starter position based on this screen. Revenue growth trajectory combined with aggressive buyback produces a Y220 that got my attention.

FDS vs. SPGI vs. ROP: I've done the direct comparison before and FDS won on organic growth and share retirement. But Y220 surfaces SPGI and ROP as legitimate quality alternatives if FDS's thesis weakens or its valuation compresses.

HCI: flattered by no major Florida hurricanes. Normalize the yield downward before trusting the Y220 number.

BRK.B: $334B in cash drags the screen. That cash is part of the point, but it makes the screener number worse than the investment case actually is.

The $50B+ scatter plot is the most useful visualization. NVDA is the outlier. Everything else clusters normally. LLY, APP, UBER, BSX, and BKNG all fail the yield test but pass Y220 with varying degrees of revenue growth durability.

Important disclaimer: these metrics are like alcohol. Use them responsibly! PEG says NVDA grows 145% per year — it's already making $159B TTM. That base gets harder. True FCF at 20% for CMCSA is great today but won't be true forever. Tools for thinking. Not verdicts.

Part II coming on smaller cap names where the alcohol warning applies double.

Full piece with scatter plots, trendlines, and the full screener tables: https://cavemanscreener.substack.com/p/my-new-godfather-metric-how-long

u/JoeInOR — 3 days ago