Our method

The research behind Pinpoint Alpha

Most trading tools are built on an assumption: more data leads to better decisions. Give investors real-time dashboards, thousands of data points, configurable filters, and let them figure it out.

Decades of peer-reviewed research says that assumption is wrong.

We built Pinpoint Alpha on the opposite thesis. Here's the evidence behind our approach.

5 findings · 1 framework · 18 published sources

The research

Five findings that shaped the product

More data doesn't make you a better investor. It makes you a more confident one.

There's a critical difference between confidence and accuracy, and more information widens the gap between them.

Researchers at the University of Chicago ran three experiments testing what happens when decision-makers receive increasing amounts of data. The result: confidence rose significantly with each additional piece of information, but accuracy barely moved. People don't adjust for the fact that their brains can't actually process the additional inputs. They just feel more certain while being no more correct.

This shows up in real portfolios. A landmark study in The Journal of Finance tracked 66,465 real investor accounts over five years. The investors who traded the most, driven by confidence in the information they were consuming, earned 6.5 percentage points less per year than the market. More data led to more activity, and more activity destroyed returns.

A separate study found that when investors gained access to faster online trading tools and more market data, their returns dropped by over 5 percentage points compared to their own prior performance. Same investors, same market. Just more information access, and worse outcomes.

Sources

Tsai, C.I., Klayman, J., & Hastie, R. (2008). "Effects of Amount of Information on Judgment Accuracy and Confidence." Organizational Behavior and Human Decision Processes, 107(2), 97‑105. View paper

Barber, B.M. & Odean, T. (2000). "Trading Is Hazardous to Your Wealth." The Journal of Finance, 55(2), 773‑806. View paper

Barber, B.M. & Odean, T. (2002). "Online Investors: Do the Slow Die First?" The Review of Financial Studies, 15(2), 455‑487. View paper

Investors who focus on fewer names outperform those who spread their attention.

If more data isn't the answer, what is? The research points to depth over breadth.

A study in The Journal of Finance tracked mutual fund performance over 15 years and found that managers who concentrated their holdings in a few industries they knew deeply outperformed diversified managers by 1.2% per year on a risk-adjusted basis. A separate analysis from Harvard Business School took this further: fund managers' highest-conviction positions, the handful of stocks they knew best, outperformed the market by 2.8% to 4.5% annually. The rest of their holdings, the filler picked to meet diversification mandates, added nothing.

This pattern holds for individual investors too. A study of 66,465 household brokerage accounts found that investors who concentrated their portfolios in fewer stocks outperformed those with diversified accounts, particularly when they invested in names they were familiar with. The edge came from genuine information advantages built through repeated, focused engagement.

Economists at NYU and Columbia formalized this into a mathematical proof: rational investors who can choose where to direct their attention will naturally specialize in a small number of assets, because the more you know about something, the more valuable additional learning becomes. It's a virtuous cycle: focus creates knowledge, knowledge creates edge, edge rewards focus.

This is why Pinpoint Alpha tracks 15 tickers per subscriber. Not 50. Not 500. Fifteen names you choose, tracked deeply every single day, with flow patterns that compound into a multi-week narrative you can't get from scanning a dashboard.

Sources

Kacperczyk, M., Sialm, C., & Zheng, L. (2005). "On the Industry Concentration of Actively Managed Equity Mutual Funds." The Journal of Finance, 60(4), 1983-2011. View paper

Antón, M., Cohen, R.B., & Polk, C. (2021). "Best Ideas." Harvard Business School Working Paper. View paper

Ivković, Z., Sialm, C., & Weisbenner, S. (2008). "Portfolio Concentration and the Performance of Individual Investors." Journal of Financial and Quantitative Analysis, 43(3), 613‑655. View paper

Van Nieuwerburgh, S. & Veldkamp, L. (2010). "Information Acquisition and Under-Diversification." The Review of Economic Studies, 77(2), 779‑805. View paper

Narratives move markets. Raw numbers don't.

Here's a finding that surprises people: when MIT and NBER researchers studied equity analyst reports, they found that the written narrative analysis, the qualitative “here's what we think is happening” section, contained market-moving information that the raw numbers alone did not. When they included the narrative in their statistical models, the quantitative measures (earnings forecasts, price targets, ratings) lost their significance. The story wasn't decoration on top of the data. The story was the signal.

This aligns with broader research on how humans process complex information. A foundational study in the Journal of Personality and Social Psychology presented identical evidence to two groups: one received it as a structured narrative, the other as raw unorganized facts. Same information, different format. The narrative group made significantly more confident and decisive judgments. Raw recall of individual facts was the same across both groups. It was the organization into a coherent story that improved decision quality.

Nobel laureate Robert Shiller made this the centerpiece of his 2017 Presidential Address to the American Economic Association: narratives, not raw data, are what actually drive investment decisions. The human brain is built for stories. Fighting that wiring by presenting investors with data tables and dashboards is working against biology.

Every Pinpoint Alpha email is a narrative. Each one covers what the options and trade tape showed today, what it means in the context of this week, and what conditions would change the picture. What you get is a short, plain-English read of how the market is positioned and what it means for the stocks you follow. The research says that format is easier to read and produces a better signal.

Sources

Asquith, P., Mikhail, M.B., & Au, A.S. (2005). "Information Content of Equity Analyst Reports." Journal of Financial Economics, 75(2), 245‑282. View paper

Pennington, N. & Hastie, R. (1992). "Explaining the Evidence: Tests of the Story Model for Juror Decision Making." Journal of Personality and Social Psychology, 62(2), 189‑206. View paper

Shiller, R.J. (2017). "Narrative Economics." American Economic Review, 107(4), 967‑1004. View paper

AI synthesis outperforms the original data.

This is the finding that convinced us the product should exist.

Researchers at the University of Chicago Booth School of Business fed complex corporate disclosures into an AI and compared the AI-generated summaries against the original full-length documents. The summaries were dramatically shorter. They were also better predictors of subsequent stock price movements. The AI synthesis didn't just save time. It produced a higher-fidelity signal than the raw source material.

Meanwhile, Wharton researchers reviewed 97 head-to-head comparisons of simple versus complex forecasting methods across 32 published papers. The result: not a single study found that more complexity reliably improved forecast accuracy. On average, complexity increased forecast errors by 27%. The simple models won because complex models overfit to noise, mistaking randomness for patterns and degrading when applied to new data.

Our pipeline ingests thousands of data points every evening: options chains, institutional trade prints, dark pool activity, volatility surfaces, open interest shifts. From there, it computes a focused set of metrics, each one graded against what the market did next. Then an AI synthesizes those metrics into a narrative analysis for each of your 15 tickers. The raw data goes in. A clear, actionable read comes out. The research says that compression is a gain in signal quality, not a loss of information.

Sources

Kim, A.G., Muhn, M., & Nikolaev, V. (2023). "Bloated Disclosures: Can ChatGPT Help Investors Process Information?" University of Chicago Booth School of Business Working Paper. View paper

Green, K.C. & Armstrong, J.S. (2015). "Simple versus Complex Forecasting: The Evidence." Journal of Business Research, 68(8), 1678‑1685. View paper

Human-curated AI earns more trust and produces better outcomes.

A field experiment published in Management Science tested how investors respond to three types of advice: pure human, pure AI, and human-curated AI. Investors were significantly more likely to follow recommendations from the human+AI combination than from either source alone, especially for higher-stakes decisions. The researchers found that having a human expert validate and contextualize AI-generated insights didn't compromise quality. It increased adoption.

There's a good reason for this. Separate research from Wharton found that people abandon purely algorithmic tools faster than human advisors after seeing equivalent errors, even when the algorithm objectively outperforms. This means that a pure AI product, no matter how accurate, faces a trust deficit that a human-curated product does not.

Pinpoint Alpha is AI-generated and human-curated. The data pipeline and analysis engine are algorithmic. The interpretation rules, signal prioritization, and quality control are designed and maintained by a human who trades the same markets and uses the same data daily. This isn't a black box that spits out “bullish” or “bearish.” It's a system built by someone who understands what these signals mean in practice, using AI to scale that understanding across 15 tickers every day.

Sources

Yang, C., Bauer, K., Li, X., & Hinz, O. (2025). "My Advisor, Her AI, and Me: Evidence from a Field Experiment on Human-AI Collaboration and Investment Decisions." Management Science, 72(1), 242‑264. View paper

Dietvorst, B.J., Simmons, J.P., & Massey, C. (2014). "Algorithm Aversion: People Erroneously Avoid Algorithms After Seeing Them Err." Journal of Experimental Psychology: General, 144(1), 114‑126. View paper

The framework

The Pinpoint Conviction Score

The Pinpoint Conviction Score is a four-component framework that produces a single committed read on the market every trading day. The four components combine into one signed score from −100 to +100, mapped to seven regime labels, from Strong Bull through Sideways to Strong Bear.

The framework is anchored by 30+ years of trend-following research. Each pillar maps to a published, validated piece of the trend literature; the integration logic and flip rules are tested against 26 years of SPY data.

  1. Maturity

    How long has the trend held?

    Faber's quantitative work on tactical asset allocation shows that price relative to a long-term moving average is the single most robust predictor of forward returns and drawdown risk across asset classes.

  2. Stretch

    How far is price from its 21-day average?

    Mean-reversion research demonstrates that extreme deviations from short-horizon moving averages predict near-term mean-reversion pressure. The further price stretches above (or below) trend, the more fragile the move becomes.

  3. Slope

    Is the average itself rising or falling?

    Weinstein's stage analysis defines a market in four phases by the slope of its long-term moving average. A flat or rising slope reduces drawdown probability sharply; a downward-sloping average is the strongest signal that supply has overtaken demand.

  4. Stack

    Do multiple timeframes agree?

    CBOE multi-timeframe research and Detrick's LPL trend studies show that trend signals which align across short, medium, and long horizons are materially more durable than signals that fire on a single timeframe in isolation.

Honest scope

What the Conviction Score does and doesn't do

The score is built on a deliberate trade-off. By design:

  • It stays with a trend through short pullbacks, even when daily flow data looks contradictory underneath. A flip needs three straight closes beyond a narrow band around the 21-day average, so a one- or two-day dip reads as a trend holding through a pullback, not as a break.

  • It turns once a decline is under way. Across all 11 SPY declines of 10% or more since 2000, the score turned bearish a median 9 sessions after the peak, at a median 3.0% below it, before the bulk of most declines. In the COVID crash of 2020 it turned bearish 5 sessions after the peak, at 7.9% below it, before the 34% drawdown that followed.

  • It does not call a top in advance. No framework reliably does. The Conviction Score is explicitly designed to be slow at absolute turns. If you want a tool that calls every wiggle, this is not it.

  • We show texture flags as context. Light-volume up days, RSI or VIX disagreeing with a new high, and similar patterns appear as flags on the chart. Tested across 26 years, none of them, alone or repeated over several days, showed a measurable change in the odds for the next few weeks, so we describe them and never treat them as warnings. They never flip the read.

The framework optimizes for net trend capture minus drawdown survival rather than for predicting tops. Since 2000 the score spent 65% of SPY sessions on the bull side. That figure describes where the score sat, not how often it was right; the backtest table below shows what each side meant for risk.

Case study

April 10 → May 8, 2026

Sessions held bullish
21
SPY move
$679 → $738

SPY closed above its 21-day band on April 8 at $676. After the third such close, on April 10 at $679, the score turned bullish and held that read for 21 straight sessions as the index rallied to $738. Along the way, five up days came on light volume and VIX disagreed with one new high; those flags appeared on the chart as context, and the read never flipped. This is the kind of run the framework is built to keep subscribers in.

Backtest summary

What the score said, period by period

PeriodDetailOutcome
Pullback or break117 SPY uptrend dips of 3% or more · 2000-2026When the score held its bullish read through the dip, SPY regained its prior high within 40 sessions 66% of the time. When the read turned bearish, 47%.
Every 10%+ decline11 SPY declines from a 52-week high · 2000-2026All 11 turned bearish before the low: a median 9 sessions after the peak, at a median 3.0% below it. The cost: about two in three bearish turns were not followed by a 10% decline.
Risk on each side6,734 SPY sessions · 2000-2026On bull-side days, SPY fell 10% or more within the next 60 sessions 11% of the time. On bear-side days, about one time in four. The score sorts risk; bull-side days do not return more on average.
2020 COVID crashFeb 19 peak → bearish Feb 26 · 5 sessionsTurned bearish at 7.9% below the peak, before the bulk of the 34% peak-to-trough decline.
Spring 2026 (live)Apr 10 → May 8, 2026 · 21 sessionsBull side every session as SPY rallied from $679 to $738.

Backtest results reflect what the score said, not what any individual subscriber earned. Past framework readings do not guarantee future regime accuracy.

Sources

Faber, M.T. (2007). "A Quantitative Approach to Tactical Asset Allocation." Journal of Wealth Management, 9(4), 69‑79. View paper

Lo, A.W. & MacKinlay, A.C. (1988). "Stock Market Prices Do Not Follow Random Walks: Evidence from a Simple Specification Test." The Review of Financial Studies, 1(1), 41‑66. View paper

Weinstein, S. (1988). "Secrets for Profiting in Bull and Bear Markets" (Stage Analysis). McGraw-Hill, ISBN 978-1556236839. View paper

Detrick, R. (LPL Research, ongoing). "Multi-Timeframe Trend and Breadth Studies" (CBOE / LPL Research notes). LPL Financial Research. View paper

In practice

What this means in practice

  • 15 tickers, not 500.

    Because concentrated attention outperforms scattered attention by 1-4% annually, and the research proves that rational investors should specialize.

  • Daily narrative, not a dashboard.

    Because narrative structure produces better decisions than raw data presentation, and analyst narratives contain market-moving information that numbers alone do not.

  • AI synthesis with human curation.

    Because AI summaries outperform original source documents, but human oversight earns the trust that sustains long-term use.

  • Fewer signals, higher conviction.

    Because complexity increases forecast error by 27%, and simple models outperform in uncertain environments like financial markets.

  • Weekly carry-forward analysis.

    Because multi-day persistence is where the real signal lives, and no single-day data point is as informative as a week-long narrative.

The result: you spend 5 minutes scanning your daily email instead of 45 minutes interpreting a dashboard. The research says that's not a shortcut. It's a better process.

Read the market in five minutes a day.

Pinpoint Alpha

Pinpoint Alpha is an analytical newsletter, not a financial advisor. We provide data-driven market and options analysis, not investment recommendations. Past signal accuracy does not guarantee future results. Always do your own research before making investment decisions.