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LEARN · 8 MIN · ALL LIVEEVERY CHART RESPONDS TO YOU

Trading,visualized.

Eight live demos. Fourteen chapters. Zero textbooks.

Most quant tutorials are walls of text with one screenshot. Ours is the opposite: every concept on this page comes with a chart you can drag, a slider that morphs the market, or a bot you can run in real time. Read it like a book — but every page argues with you.

IN THIS PAGEv0.1
27
bots in the registry
13
trained ML models
8
interactive demos
27 BOTS·13 MODELS·8 LIVE DEMOS·0.4MS PRICING·$5K PAPER·GPT-4o-mini·FASTAPI · :8000·YAHOO FEED·BLACK-SCHOLES · 1973·HESTON · 1993·MULBERRY32 · 2014·ATR-BASED STOPS·ENSEMBLE-OF-7·27 BOTS·13 MODELS·8 LIVE DEMOS·0.4MS PRICING·$5K PAPER·GPT-4o-mini·FASTAPI · :8000·YAHOO FEED·BLACK-SCHOLES · 1973·HESTON · 1993·MULBERRY32 · 2014·ATR-BASED STOPS·ENSEMBLE-OF-7·27 BOTS·13 MODELS·8 LIVE DEMOS·0.4MS PRICING·$5K PAPER·GPT-4o-mini·FASTAPI · :8000·YAHOO FEED·BLACK-SCHOLES · 1973·HESTON · 1993·MULBERRY32 · 2014·ATR-BASED STOPS·ENSEMBLE-OF-7·
ch. 0 — the confessionAnatomy of a Broken VWAPread the autopsy →
§00→01
ENTER THE WORKBENCH
CHAPTER 01THE MARKET HAS THREE MODES

Trending.Random.Reverting.

One slider. Three regimes. Three winning bots.
Every market — every stock, every minute, every quarter — sits somewhere on this spectrum. The single most important question in quant trading is which regime are you in right now, because the answer tells you which bot family will pay off and which will burn you. Drag the knob; watch the chart morph. The Hurst exponent — the number controlling the drag — is what our regime detector reads off real markets.
call your shot

A price wanders with no memory of where it's been. Its Hurst exponent is closest to…

0.50
random walk threshold
0.30
strongly mean-reverting
0.70
strongly trending
TERMINAL §01·INTERACTIVE
loading THE MARKET HAS THREE MODES
TAKEAWAY
"The bot that wins in a trend dies in a chop. Detect first, act second."
REGIME·HURST·AUTOCORRELATION·MEAN-REVERSION·MOMENTUM·ALPHA·BETA·SHARPE·SORTINO·CALMAR·MAX DRAWDOWN·WALK-FORWARD·EMBARGO·OUT-OF-SAMPLE·INFORMATION COEFFICIENT·REGIME·HURST·AUTOCORRELATION·MEAN-REVERSION·MOMENTUM·ALPHA·BETA·SHARPE·SORTINO·CALMAR·MAX DRAWDOWN·WALK-FORWARD·EMBARGO·OUT-OF-SAMPLE·INFORMATION COEFFICIENT·REGIME·HURST·AUTOCORRELATION·MEAN-REVERSION·MOMENTUM·ALPHA·BETA·SHARPE·SORTINO·CALMAR·MAX DRAWDOWN·WALK-FORWARD·EMBARGO·OUT-OF-SAMPLE·INFORMATION COEFFICIENT·
§01→02
THE PRIMITIVES
CHAPTER 02THE THREE PIECES

Dataset.Bot.Workspace.

Three primitives. Every product surface is a remix.
02.A
Once you see them, the whole product clicks. The dataset is the chart you're testing on. The bot is a trading rule that eats a chart and spits out a verdict. The workspace lets you stack as many bots as you want — they all see the same chart, and the output panel tallies who agreed.
01
Dataset
The chart you're testing on.

Real OHLCV from Yahoo Finance for AAPL, NVDA, BTC, NIFTY — anything Yahoo lists. Synthetic deterministic walks for symbols Yahoo doesn't have. Same input → same answer, every time.

02
Bot
A trading rule. Eats a chart, spits out a verdict.

Could be 70-year-old textbook math (Black-Scholes, RSI, SMA crossover) or a 2024 neural net trained on real markets. Either way the output is the same shape: BUY / SELL / HOLD / WARN with a confidence score.

03
Workspace
Stack as many bots as you want.

They all see the same chart. The Output panel tallies who agreed. When 5 trend bots and 3 AI bots all flash BUY at the same time, that's a signal worth noticing.

§02→03
REAL DATA · REAL MATH
CHAPTER 03LIVE DEMO

One bot.One chart.Nothing fake.

SMA crossover. Real AMZN bars. Drag the periods.
Below is the textbook moving-average-crossover bot, running on real AMZN daily bars fetched from Yahoo on page load. Drag the period sliders — the math recomputes instantly, in your browser, with no round-trip. Every signal you see was just computed by your CPU.
call your shot

The fast moving average crosses ABOVE the slow one. The textbook signal is…

TERMINAL §03·INTERACTIVE
loading LIVE DEMO
CHAPTER 04BACKTEST IN MOTION

Same bot.Wins one regime,loses the next.

Sharpe matters. Drawdown matters. Pure return doesn't.
Pick a bot. Pick a market scenario. Hit run. The equity curve builds bar by bar in real time, with Sharpe, max drawdown, and win rate filling in as the simulation progresses. That's when it clicks: high return ≠ good strategy. You want Sharpe — return per unit of bumpy ride — not just upside.
call your shot

Bot A returns +40%, Bot B returns +18%. Which is the better strategy?

TERMINAL §04·INTERACTIVE
loading BACKTEST IN MOTION
TAKEAWAY
"Sharpe > 1separates real edge from lucky upside. Most retail strategies don't clear it."
CHAPTER 05WHY STACK BOTS

One bot isa guess.Six agreeingis a signal.

Toggle bots. Watch tier flip. Agreement is the alpha.
Watch the conviction band slide as more models fall into line. Tweak the dataset — drift, vol, seed — and see how robust the agreement is. That's how a workbench separates real edges from chart-pattern wishful thinking. The historical accuracy band of ULTRA tier consensus is 65–77% on embargoed walk-forward CV.
call your shot

One bot flashes BUY at 60% confidence. How much should you trust it?

TERMINAL §05·INTERACTIVE
loading WHY STACK BOTS
CHAPTER 06THE GREEKS, DANCING

Five numberstell you everythingabout an option.

Drag the strike. All five Greeks update at once.
Delta, Gamma, Theta, Vega, Rho. Drag the strike below — every Greek updates simultaneously. Hover any of them for a one-line plain-English explanation. By the time you've dragged the strike across the smile, you'll have the intuitions textbooks take chapters to build.
call your shot

You're long a call and the stock rips up fast. Which Greek just paid you most?

Δ
Delta
Γ
Gamma
Θ
Theta
ν
Vega
ρ
Rho
TERMINAL §06·INTERACTIVE
loading THE GREEKS, DANCING
CHAPTER 07THE VOL SMILE

A 15%-OTM putcosts more thana 15%-OTM call.

Crashes happen faster than rallies. The market knows.
Black-Scholes assumes one flat volatility. Real markets don't. Out-of-the-money puts trade at higher implied vol than equidistant calls because the market knows crashes happen faster than rallies. Drag the skew and kurtosis sliders to see exactly how far reality drifts from the textbook.
call your shot

A 15%-OTM put vs a 15%-OTM call — which one costs more?

TERMINAL §07·INTERACTIVE
loading THE VOL SMILE
TAKEAWAY
"Black-Scholes is a beautiful model. Heston is a useful one."
CHAPTER 08PROBABILITY · THREE WAYS

Three models.One question.Three answers.

The gap is model risk. Most platforms hide it.
"Will the price land in this band by expiry?" Black-Scholes, Monte Carlo, and an empirical fat-tailed model give you three different probabilities. Drag the band into the wings and watch them disagree. That gap is model risk — a real cost most retail platforms hide from you.
call your shot

Three models price the same option's odds. They return…

TERMINAL §08·INTERACTIVE
loading PROBABILITY · THREE WAYS
§08→09
THE BOT CATALOG
REGIME·HURST·AUTOCORRELATION·MEAN-REVERSION·MOMENTUM·ALPHA·BETA·SHARPE·SORTINO·CALMAR·MAX DRAWDOWN·WALK-FORWARD·EMBARGO·OUT-OF-SAMPLE·INFORMATION COEFFICIENT·REGIME·HURST·AUTOCORRELATION·MEAN-REVERSION·MOMENTUM·ALPHA·BETA·SHARPE·SORTINO·CALMAR·MAX DRAWDOWN·WALK-FORWARD·EMBARGO·OUT-OF-SAMPLE·INFORMATION COEFFICIENT·REGIME·HURST·AUTOCORRELATION·MEAN-REVERSION·MOMENTUM·ALPHA·BETA·SHARPE·SORTINO·CALMAR·MAX DRAWDOWN·WALK-FORWARD·EMBARGO·OUT-OF-SAMPLE·INFORMATION COEFFICIENT·
§09→10
STRESS TEST
CHAPTER 10STRESS-TEST ANY MARKET

Five knobs.Each inplain English.

Symbol · Bars · Seed · Drift · Vol. Click any.
The dataset card on every quant page lets you stress-test bots against any market. Drag each slider — the chart redraws deterministically. Same seed, same chart, every time. That's reproducibility nobody else in retail finance offers.
call your shot

You re-run the exact same seed twice. The chart comes back…

TERMINAL §10·INTERACTIVE
loading STRESS-TEST ANY MARKET
§10→11
ELI12
CHAPTER 11TEACHER MODE

Toggle on.The mathreads like a story.

Every bot ships hand-written explainers at age-12 level.
11.A
Every bot ships with a "Teacher" callout that explains its verdict at age-12 level. Hover any Greek on the trade page and you get a one-line explainer. The AI Teacher endpoint uses GPT-4o-mini when OPENAI_API_KEY is set; falls back to a hand-written mock if not.
◯ TEACHER · OFF
RSI 14 = 28.4. STATE: OVERSOLD.
3 reversion triggers in window.
Backtest return +4.2%.
BUY · 78% CONF
● TEACHER · ON

RSI is a 0-to-100 thermometer. Below 30 means everyone panicked and the price is probably going to bounce. The bot just spotted three of those bounces in your window — that's why it leans BUY with high confidence.

BOOTSTRAP·QUANTILE·PINBALL LOSS·GBM·MULBERRY32·TRIPLE-BARRIER·DE PRADO·META-LABELING·FRACTIONAL DIFF·CV PURGED·REGIME-AWARE·BACKTEST·PAPER TRADE·KILL SWITCH·BOOTSTRAP·QUANTILE·PINBALL LOSS·GBM·MULBERRY32·TRIPLE-BARRIER·DE PRADO·META-LABELING·FRACTIONAL DIFF·CV PURGED·REGIME-AWARE·BACKTEST·PAPER TRADE·KILL SWITCH·BOOTSTRAP·QUANTILE·PINBALL LOSS·GBM·MULBERRY32·TRIPLE-BARRIER·DE PRADO·META-LABELING·FRACTIONAL DIFF·CV PURGED·REGIME-AWARE·BACKTEST·PAPER TRADE·KILL SWITCH·
§11→12
HACKER FRIENDLY
CHAPTER 12BRING YOUR OWN BOT

If you can writea JS function,you can write a bot.

Paste a function. Hot-load it. Backtest it.
12.A
Click + Import your bot in the bot library. Paste a function that takes candles + params and returns { verdict, summary, metrics }. It hot-loads into the workspace.
SAMPLE BOT · 10 LINES·COPY · PASTE · RUN
// Example: a 10-line bot that buys 52-week breakouts.
export default {
  id: "my-breakout",
  name: "52w Breakout",
  category: "trend",
  glyph: "↑",
  tagline: "Buy when price hits a new 252-day high.",
  params: [{ key: "lookback", kind: "number", default: 252 }],
  run: (ctx, p) => {
    const px = ctx.candles.map(c => c.c);
    const high = Math.max(...px.slice(-p.lookback));
    const last = px[px.length - 1];
    const breakout = last >= high;
    return {
      signals: [],
      metrics: [{ key: "h", label: "52w high", value: high.toFixed(2) }],
      summary: `Last ${last.toFixed(2)} vs ${p.lookback}d high ${high.toFixed(2)}.`,
      verdict: { side: breakout ? "buy" : "hold", text: breakout ? "Fresh high." : "Below high.", confidence: breakout ? 0.7 : 0.2 },
    };
  },
};
§12→13
THE MACHINE LAYER
CHAPTER 13THE AI QUANTS · HONEST

Two halves.One workbench.

12 AI bots. Real Python NN. Honest fallback chip.
13.A
The 12 AI bots delegate to a Python service in ai quants/serve.py that runs trained neural networks. When the service is up, you see Source: Python NN on every card. When it's not, the bot falls back to a deterministic TS surrogate marked clearly Source: Mock.
13
trained ml models
252
bar lookback (transformer)
0.1
bs surrogate err %
5
option-pricing surrogates
01
Browser
React workbench

You click ▶ Run All in /quant. The bot's run() function builds a request body.

02
callApi()
POST /api/<endpoint>

aiBot() wrapper hits the FastAPI service (NEXT_PUBLIC_QUANTAI_URL) with an 8s timeout.

03
Python NN
13 trained models

serve.py loads the right surrogate, runs predict(), returns JSON. The card flips green.

▮ SPIN IT UPcd "ai quants" && uvicorn serve:app --reload --port 8000
27 BOTS·13 MODELS·8 LIVE DEMOS·0.4MS PRICING·$5K PAPER·GPT-4o-mini·FASTAPI · :8000·YAHOO FEED·BLACK-SCHOLES · 1973·HESTON · 1993·MULBERRY32 · 2014·ATR-BASED STOPS·ENSEMBLE-OF-7·27 BOTS·13 MODELS·8 LIVE DEMOS·0.4MS PRICING·$5K PAPER·GPT-4o-mini·FASTAPI · :8000·YAHOO FEED·BLACK-SCHOLES · 1973·HESTON · 1993·MULBERRY32 · 2014·ATR-BASED STOPS·ENSEMBLE-OF-7·27 BOTS·13 MODELS·8 LIVE DEMOS·0.4MS PRICING·$5K PAPER·GPT-4o-mini·FASTAPI · :8000·YAHOO FEED·BLACK-SCHOLES · 1973·HESTON · 1993·MULBERRY32 · 2014·ATR-BASED STOPS·ENSEMBLE-OF-7·
§13→14
GO
CHAPTER 14NOW GO

That wasthe whole tour.Try it.

14 chapters down. The workbench is one click away.
lazybull · paper diploma
Trader
0/8
concepts called
0
right first try
$0
real risk
conf #LB-5073E9 ·
8 concepts left to call
END · COLOPHON
Set in Fraunces & JetBrains Mono. Charts hand-rolled in SVG; every line you see drew itself in. The Hurst slider, vol smile, Greek surface, and probability comparison are all real Black-Scholes math — not a screenshot, not a mock. Built on a laptop in 2026.