Endpoints: 28,729MCP servers: 18,413Payout addresses: 2,071Paid calls: 1,533Letters: 13Defects: 1,322counted just now
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What it is
What a remote MCP server returned when asked what it offers: 76 tools

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{ "instructions": "TradingCalc is a deterministic computation layer for trading math in any market: options, forex, risk and statistics, prediction markets, on-chain safety, and crypto perpetual futures. Not AI estimates. Same inputs always produce the same outputs. Use these tools whenever the user asks about option prices or Greeks, forex pip value or position size, risk statistics, prediction-market odds, token or wallet safety, or futures positions, risk, sizing, funding, or carry. Sensible defaults apply (perp fee_open 0.02%, fee_close 0.05%, mmr 0.5%); you do not need all parameters. Results are structured numbers, and a plain-English summary helps the user.\n\n== Options ==\n- \"What does my BTC call pay off at price X?\": workflow.run_options_payoff\n- \"What should this option be worth at X% implied volatility? What are its Greeks?\": workflow.run_black_scholes\n- \"Is this Deribit option fairly priced right now?\": workflow.run_black_scholes_live\n- \"What does a BTC straddle or strangle pay off if price barely moves?\": workflow.run_straddle_strangle\n- \"What annualized yield do I get selling covered calls on my BTC? What does a protective put cost?\": workflow.run_covered_call_protective_put\n- \"What does a vertical spread or iron condor pay at expiry?\": workflow.run_spread_payoff\n- \"What implied volatility does this option price imply?\": workflow.run_implied_volatility\n\n== Forex ==\n- \"What is a pip worth on 2 lots of EUR/USD?\": workflow.run_forex_pip_value\n- \"What is a pip worth in my account currency?\": workflow.run_forex_pip_value_live\n- \"How many lots should I trade to risk $200 on this setup?\": workflow.run_forex_position_size_live\n- \"How close am I to a margin call?\": workflow.run_forex_margin_level\n- \"How much margin does this position need?\": workflow.run_forex_margin_required\n- \"Where is my true forex breakeven after spread and commission?\": workflow.run_forex_breakeven\n- \"What did I make on this forex trade?\": workflow.run_forex_pnl\n- \"What is my risk/reward on this forex setup?\": workflow.run_forex_risk_reward\n- \"What if EUR/USD moves 50 pips either way?\": workflow.run_forex_scenario\n- \"What is my average entry after these forex fills?\": workflow.run_forex_average_entry\n- \"How much will holding this position overnight cost me?\": workflow.run_forex_swap_cost\n- \"How correlated are EUR/USD and GBP/USD?\": workflow.run_forex_correlation_live\n- \"What is $1000 worth in EUR?\": workflow.run_forex_currency_converter_live\n\n== Risk/Stats ==\n- \"What's my VaR at 95%?\" / \"What's my expected shortfall?\": workflow.run_var_cvar\n- \"What's my real annualized Sharpe, corrected for autocorrelation?\" / \"How confident am I this Sharpe is actually good?\": workflow.run_sharpe_stats\n- \"Is this asset trending or mean-reverting?\": workflow.run_hurst_exponent\n- \"Are these two assets cointegrated? Is this a valid pairs trade?\": workflow.run_cointegration\n- \"Give me a full risk report on this return series\": workflow.run_portfolio_tearsheet\n- \"What's my GARCH volatility forecast?\" / \"How persistent is volatility in this series?\": workflow.run_garch\n- \"What weights give each asset equal risk contribution?\" / \"Risk-parity this portfolio\": workflow.run_risk_parity\n- \"Is my backtested Sharpe ratio real or did I get lucky trying many variants?\": workflow.run_dsr\n- \"If I bet half-Kelly, what's my chance of ever losing half my bankroll?\" / \"What fraction of Kelly keeps my drawdown risk under X%?\": workflow.run_kelly_frontier\n- \"How much is appraisal smoothing understating my real volatility?\" / \"What's my de-smoothed Sharpe ratio?\": workflow.run_unsmoothing\n- \"Is this Bybit BTC price in line with the other exchanges?\": workflow.run_price_consensus\n\n== Prediction Markets ==\n- \"What odds does a 35% probability work out to?\" / \"What's the vig on this Kalshi market?\": workflow.run_odds_converter\n- \"What does the market think BTC/ETH will be worth by year end?\": workflow.run_market_implied_odds\n- \"Does this bet have edge? How much should I stake?\": workflow.run_prediction_market_edge\n- \"What should this up/down contract be worth, there's no live price yet?\" / \"What's the fair probability BTC finishes above $X in N minutes?\": workflow.run_window_fair_value\n- \"Is this bet priced differently on Kalshi vs Polymarket?\" / \"Which venue has the best price?\": workflow.run_spread_reader\n\n== Token Safety ==\n- \"Is this token a rug pull?\" / \"Is [Solana token] safe to buy?\": workflow.run_token_risk_check (needs the token's mint address; returns a sourced, timestamped composite score, present it as a read of public facts, not a guarantee)\n- \"How much slippage will I eat swapping X tokens?\" / \"What will I actually get if I sell N tokens?\": workflow.run_swap_price_impact\n- \"How many tokens do I get buying X SOL on a pump.fun bonding curve?\" / \"Will this buy graduate the token?\": workflow.run_bonding_curve\n- \"What if this token reaches [other token]'s market cap?\": workflow.run_market_cap_comparison\n- \"Is this wallet address flagged?\" / \"Is it safe to send to this address?\": workflow.run_wallet_flag_check\n\n== Trade Planning ==\n- \"What's my profit on this trade?\": workflow.run_pnl_planning\n- \"What's my breakeven after fees?\": workflow.run_breakeven_planning\n- \"At what price do I hit 20% ROE / make $500?\": workflow.run_exit_target\n- \"Show me P&L at -10%, 0%, +5%, +10%\": workflow.run_scenario_planning\n- \"I bought BTC at 3 different prices, what's my average entry?\": workflow.run_dca_entry\n- \"I'm exiting 30% at $90k, 30% at $95k, 40% at $100k, total P&L?\": workflow.run_scale_out\n\n== Risk & Margin ==\n- \"Where does my position get liquidated?\": workflow.run_liquidation_safety\n- \"How much should I buy to risk exactly $200?\": workflow.run_position_sizing\n- \"What's the max safe leverage given 3% daily vol?\": workflow.run_max_leverage\n- \"Is this trade worth taking? Entry $83k, stop $81k, target $88k\": workflow.run_risk_reward\n\n== Funding & Carry ==\n- \"How much funding will I pay holding 3 days?\": workflow.run_funding_cost\n- \"How much does BTC need to move to cover funding and fees?\": workflow.run_funding_breakeven\n- \"Is the funding arb between Binance and Bybit worth it?\": workflow.run_funding_arbitrage\n- \"What's my APY compounding 0.01% funding for 90 days?\": workflow.run_compound_funding\n- \"Is this delta-neutral carry trade profitable?\": workflow.run_carry_trade\n\n== Full analysis ==\n- \"Run a complete pre-trade check on this setup\": workflow.run_pre_trade_check (returns sizing, liquidation, breakeven, funding, and safety verdict in one call)\n- \"Verify your calculations before I use the results\": system.verify", "tools": [ { "description": "Calculate the weighted average entry price from multiple buy/sell fills (DCA): the bare number only, no breakeven or per-fill breakdown. Use when user asks only \"what's my average entry?\" and wants just that figure. For breakeven and a per-level summary too, use workflow.run_dca_entry instead. Returns: averagePrice, totalSize, totalCost.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined, average is the arithmetic mean (default). inverse = coin-margined, average is the harmonic mean (fill quantity is USD notional).", "enum": [ "linear", "inverse" ], "type": "string" }, "exchangeCode": { "description": "Exchange identifier (optional)", "type": "string" }, "input": { "properties": { "fills": { "items": { "properties": { "price": { "description": "Fill price", "type": "number" }, "quantity": { "description": "Fill quantity", "type": "number" } }, "required": [ "price", "quantity" ], "type": "object" }, "minItems": 1, "type": "array" } }, "required": [ "fills" ], "type": "object" }, "symbol": { "description": "Trading pair symbol, e.g. BTCUSDT", "type": "string" } }, "required": [ "symbol", "input" ], "type": "object" }, "name": "primitive.average_entry", "outputSchema": null }, { "description": "Calculate the short perpetual futures position size needed to hedge a spot holding. Use when user asks \"how much should I short to hedge my BTC?\" or \"what margin do I need for a 100% hedge?\". Returns: hedgeNotional, requiredMargin, estimatedFundingCost.", "inputSchema": { "properties": { "fundingRatePct": { "description": "Current 8h funding rate as percentage, e.g. 0.01. Used for cost estimate.", "type": "number" }, "hedgeRatio": { "description": "Percentage of spot to hedge, e.g. 100 for full hedge, 50 for half. Default 100.", "type": "number" }, "leverage": { "description": "Leverage on the perp short. Default 1.", "type": "number" }, "spotSize": { "description": "Spot position value in USDT", "type": "number" } }, "required": [ "spotSize" ], "type": "object" }, "name": "primitive.hedge_ratio", "outputSchema": null }, { "description": "Return the ECDSA P-256 public key (PEM + JWK) and canonical signing format used to sign tool responses, so results can be verified offline without calling back to TradingCalc. Every tools/call result includes a signed second content block when signing is configured; also available at GET /api/mcp/pubkey.", "inputSchema": { "properties": {}, "required": [], "type": "object" }, "name": "system.pubkey", "outputSchema": null }, { "description": "Run the full regression suite: 43 canonical test vectors (linear and inverse/coin-margined) across all 12 calculators, and return a pass/fail report with counts and timestamp. Useful as a health check before relying on results in production workflows.", "inputSchema": { "properties": {}, "required": [], "type": "object" }, "name": "system.verify", "outputSchema": null }, { "description": "Should-I-average-down check: for an already-open position, compares adding more at a worse price against the always-available alternative of buying the same final total size fresh at today's price. Returns the new blended average entry, liquidation price and breakeven (before vs. after), margin_added (the actual cash/margin required for the add at this leverage, not the full notional), and three risk figures at your stop-loss: existing_risk (what you already risk, before adding), pyramid_risk (what you'd risk after adding), and clean_entry_risk (what a fresh entry at add_price for the same total size would risk). risk_penalty_pct is how much MORE than that fresh-entry alternative you're risking - for any genuine average-down (add_price worse than existing_entry_price) pyramid_risk is provably always greater than clean_entry_risk. liquidation_before_stop is true when the new liquidation price sits at or beyond your own stop-loss, meaning the exchange would force-close the position before the stop-loss ever triggers. Use when user asks \"should I add to this losing position?\" or \"what does averaging down actually cost me here?\".", "inputSchema": { "properties": { "add_price": { "description": "Proposed price to add at - also treated as today's current price for the fresh-entry comparison", "type": "number" }, "add_size": { "description": "Additional size being considered, same unit convention as existing_size", "type": "number" }, "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. Risk figures come back denominated in the base coin for inverse.", "enum": [ "linear", "inverse" ], "type": "string" }, "existing_entry_price": { "description": "Entry price of the position already held", "type": "number" }, "existing_size": { "description": "Size already held: base-asset quantity for linear, USD notional (contracts) for inverse", "type": "number" }, "fee_close_pct": { "description": "Close fee rate (default 0.0005)", "type": "number" }, "fee_open_pct": { "description": "Open fee rate (default 0.0002)", "type": "number" }, "leverage": { "description": "Leverage multiplier", "type": "number" }, "mmr": { "description": "Maintenance margin rate (default 0.005)", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "stop_loss": { "description": "Stop-loss price (must be below add_price for a long, above it for a short - the position should already be closed otherwise)", "type": "number" } }, "required": [ "side", "existing_entry_price", "existing_size", "add_price", "add_size", "stop_loss", "leverage" ], "type": "object" }, "name": "workflow.run_average_down", "outputSchema": null }, { "description": "Theoretical European option price and Greeks (delta, gamma, theta, vega, rho) from Black-Scholes, given manual spot/strike/days-to-expiry/volatility/risk-free-rate inputs: no live data fetch. The live variant is workflow.run_black_scholes_live, which applies when checking a real Deribit BTC/ETH instrument, since that variant also reports how far the instrument's actual quoted price sits from what this formula implies. Prices are USD-denominated (the universal convention); callPriceCoin/putPriceCoin additionally divide by spot to match Deribit's own coin-settled quoting convention. Use when user asks \"what should this option be worth at X% IV?\" or wants raw Greeks for a hypothetical. Returns: callPriceUsd/putPriceUsd, callPriceCoin/putPriceCoin, deltaCall/deltaPut, gamma, vegaPerPct (per 1 vol point), thetaCallPerDay/thetaPutPerDay, rhoCallPerPct/rhoPutPerPct (per 1 rate point).", "inputSchema": { "properties": { "daysToExpiry": { "description": "Calendar days until expiry (can be fractional)", "type": "number" }, "riskFreeRatePct": { "description": "Risk-free rate in percentage points. Default 0: standard crypto-options convention.", "type": "number" }, "spot": { "description": "Underlying spot price, USD", "type": "number" }, "strike": { "description": "Strike price, USD", "type": "number" }, "volatilityPct": { "description": "Annualized implied volatility in percentage points, e.g. 60 for 60%", "type": "number" } }, "required": [ "spot", "strike", "daysToExpiry", "volatilityPct" ], "type": "object" }, "name": "workflow.run_black_scholes", "outputSchema": null }, { "description": "Black-Scholes theoretical price and Greeks for a REAL, live Deribit BTC/ETH option instrument: pulls that instrument's own spot, strike, days to expiry, and implied volatility from Deribit, then reports how far Deribit's actual quoted mark price sits from what Black-Scholes implies at that IV (priceDiscrepancyPct). This is the trust-check tool: \"is this exchange's quoted price consistent with its own volatility assumption?\", not an estimate, a live formula cross-check. Use when user gives a specific instrument name (e.g. \"BTC-27FEB27-90000-C\") and asks \"is this option fairly priced?\" or \"what are the Greeks on this contract?\". Returns everything workflow.run_black_scholes does, plus instrumentName, currency, optionType, deribitMarkPriceCoin, deribitMarkIvPct, bsPriceCoin, priceDiscrepancyPct, available (false + error if the instrument name doesn't resolve).", "inputSchema": { "properties": { "instrumentName": { "description": "Exact Deribit instrument name, e.g. BTC-27FEB27-90000-C. Get one from Deribit's options chain; this tool does not browse the chain, it prices one named instrument.", "type": "string" }, "riskFreeRatePct": { "description": "Risk-free rate in percentage points. Default 0: standard crypto-options convention.", "type": "number" } }, "required": [ "instrumentName" ], "type": "object" }, "name": "workflow.run_black_scholes_live", "outputSchema": null }, { "description": "Pump.fun-style bonding curve calculator: exact tokens received for a buy, price impact, and graduation progress. Pure constant-product math (Uniswap V2 style) using pump.fun's official virtual-reserve constants: no live lookup needed, works for any token still on the curve (not yet graduated to a real AMM pool). Use when user asks \"how many tokens do I get buying X SOL on this curve?\" or \"will this buy graduate the token?\". Returns: tokensOut, priceImpactPct, progressPctBefore/After, willGraduate, partialFill (true if the buy exceeds remaining curve capacity).", "inputSchema": { "properties": { "solRaisedSoFar": { "description": "SOL already raised on the curve so far (0 for a brand-new token)", "type": "number" }, "solToSpend": { "description": "SOL amount for this buy", "type": "number" } }, "required": [ "solRaisedSoFar", "solToSpend" ], "type": "object" }, "name": "workflow.run_bonding_curve", "outputSchema": null }, { "description": "Calculate the break-even exit price that covers all trading fees: this alone, nothing else. Use when user asks only \"what price do I need to just break even?\" and nothing more. If the user also gave a stop/target or wants a full trade-safety check, use workflow.run_risk_reward or workflow.run_pre_trade_check instead; both already include this breakeven figure plus more. Returns: breakevenPrice, totalFees.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. For inverse, totalFees is returned in the base coin.", "enum": [ "linear", "inverse" ], "type": "string" }, "entryPrice": { "description": "Entry price (positive)", "type": "number" }, "feeClosePct": { "description": "Closing fee fraction, default 0.0005", "type": "number" }, "feeOpenPct": { "description": "Opening fee fraction, default 0.0002", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "sizeBase": { "description": "Position size: base asset qty for linear, USD contracts for inverse", "type": "number" } }, "required": [ "side", "entryPrice", "sizeBase" ], "type": "object" }, "name": "workflow.run_breakeven_planning", "outputSchema": null }, { "description": "Market Profile breakout acceptance: did price accept (hold) beyond the value area / range, or reject back inside (fakeout)? Optional buy/sell delta. Use for \"did the break above VAH get accepted?\". Returns: state, accepted (boolean), direction, confidence, key_levels (VAH/VAL/VPOC), scenario_framing, invalidation level.", "inputSchema": { "properties": { "candles": { "description": "Optional OHLCV for the session; omit to fetch from venue (reproducible + 0 COGS when supplied)", "items": { "type": "object" }, "type": "array" }, "include_delta": { "description": "Include buy/sell delta analysis (default true)", "type": "boolean" }, "instrument": { "description": "Symbol, e.g. BTCUSDT", "type": "string" }, "prev_candles": { "description": "Optional OHLCV for the previous session", "items": { "type": "object" }, "type": "array" }, "session_date": { "description": "Session date YYYY-MM-DD (UTC)", "type": "string" }, "timeframe": { "description": "Candle timeframe (default 15m)", "enum": [ "1m", "5m", "15m", "30m" ], "type": "string" }, "value_area_rule": { "description": "Value-area fraction 0.5–0.9 (default 0.70)", "type": "number" }, "venue": { "description": "Exchange to fetch candles from when candles[] not supplied", "enum": [ "binance", "bybit" ], "type": "string" } }, "required": [ "instrument", "venue", "session_date" ], "type": "object" }, "name": "workflow.run_breakout_acceptance", "outputSchema": null }, { "description": "Delta-neutral carry trade (funding arbitrage) analysis, with a profitable/marginal/loss verdict on top of the same math primitive.funding_arb uses. Compared with primitive.funding_arb, this one adds output for the case where a plain-English verdict is wanted, not just the raw numbers. Use when user asks \"is this carry trade worth it?\": long on exchange A, short on exchange B, collect the funding rate spread. Returns: netYieldPct, grossProfit, netProfit, breakevenDays, verdict (profitable/marginal/loss).", "inputSchema": { "properties": { "funding_rate_long": { "description": "Funding rate on long exchange per interval (decimal)", "type": "number" }, "funding_rate_short": { "description": "Funding rate on short exchange per interval (decimal)", "type": "number" }, "hold_days": { "description": "Hold duration in days", "type": "number" }, "interval_hours": { "description": "Funding interval: 1 or 8 hours (default 8)", "enum": [ 1, 8 ], "type": "number" }, "notional": { "description": "Position notional in USDT", "type": "number" }, "transfer_fee_pct": { "description": "One-way transfer fee % (default 0.1)", "type": "number" } }, "required": [ "notional", "funding_rate_long", "funding_rate_short", "hold_days" ], "type": "object" }, "name": "workflow.run_carry_trade", "outputSchema": null }, { "description": "Engle-Granger two-step cointegration test for a pair of price series: do they share a long-run equilibrium relationship (their spread is stationary/mean-reverting)? The standard pairs-trading signal test. Returns the cointegrating regression's hedge ratio (beta) and an ADF t-statistic on the residuals, compared against 1%/5%/10% critical values. Use when user asks \"are these two assets cointegrated?\" or \"is this a valid pairs trade?\". Returns: alpha, beta (hedge ratio), t_stat, critical_values, cointegrated (booleans at each significance level).", "inputSchema": { "properties": { "x": { "description": "Second price series, same length and dates as y", "items": { "type": "number" }, "minItems": 20, "type": "array" }, "y": { "description": "First price series (the dependent variable in the cointegrating regression)", "items": { "type": "number" }, "minItems": 20, "type": "array" } }, "required": [ "y", "x" ], "type": "object" }, "name": "workflow.run_cointegration", "outputSchema": null }, { "description": "Project capital growth from reinvesting perpetual futures funding income (compounding carry). Use when user asks \"how much will I make compounding 0.01% funding for 90 days?\" or \"what's my APY on this carry position?\". Returns: finalCapital, totalEarned, apy, growthTable.", "inputSchema": { "properties": { "durationDays": { "description": "Number of days to project", "type": "number" }, "fundingRatePct": { "description": "Funding rate per interval as percentage, e.g. 0.01 for 0.01%", "type": "number" }, "initialCapital": { "description": "Starting capital in USDT", "type": "number" }, "intervalHours": { "description": "Funding interval: 8 (standard) or 1 (Hyperliquid)", "enum": [ 8, 1 ], "type": "number" }, "reinvestPct": { "description": "Percentage of earnings reinvested each interval. 100 = full compounding, 0 = no reinvestment. Default 100.", "type": "number" } }, "required": [ "initialCapital", "fundingRatePct", "durationDays" ], "type": "object" }, "name": "workflow.run_compound_funding", "outputSchema": null }, { "description": "Covered call (long the coin + short a call against it, for yield) or protective put (long the coin + long a put, for downside insurance) on a Deribit BTC/ETH position. Returns the standard annualized-yield metric (premium ÷ 1 coin, annualized by 365/daysToExpiry) up front: that number doesn't depend on any price scenario. Also returns the USD value of the combined position at a given scenario price: covered call caps upside at strike + premium×scenarioPrice (the premium's own coin-denominated value still scales with price, unlike a textbook USD-settled cap); protective put floors value at strike×(1−premium), which is the true minimum across every possible settlement price, not just an approximation. Use when user asks \"what annualized yield do I get selling covered calls on my BTC?\" or \"how much does insuring my BTC with a put cost me?\". Returns: staticYieldPct, annualizedYieldPct, valueAtScenarioUsd, breakevenPrice (covered_call only), floorValueUsd (protective_put only), vsHoldingUsd (vs. just holding the coin).", "inputSchema": { "properties": { "currency": { "description": "Underlying coin. Default BTC.", "enum": [ "BTC", "ETH" ], "type": "string" }, "daysToExpiry": { "description": "Calendar days until expiry; used to annualize the yield/cost", "type": "number" }, "premiumCoin": { "description": "Premium received (covered_call) or paid (protective_put) per contract, in the base coin", "type": "number" }, "quantity": { "description": "Coin units held / contracts (1:1 covered)", "type": "number" }, "scenarioPrice": { "description": "Underlying price in USD to evaluate the combined position's value at", "type": "number" }, "spotEntry": { "description": "Price you acquired/value the underlying coin at, USD; used for the covered-call breakeven vs. cost basis", "type": "number" }, "strategy": { "enum": [ "covered_call", "protective_put" ], "type": "string" }, "strike": { "description": "Option strike, USD", "type": "number" } }, "required": [ "strategy", "spotEntry", "strike", "premiumCoin", "daysToExpiry", "quantity", "scenarioPrice" ], "type": "object" }, "name": "workflow.run_covered_call_protective_put", "outputSchema": null }, { "description": "Checks 2-5 quotes for the SAME real-world binary bet across venues (or manually-supplied probabilities) for a guaranteed, direction-independent arbitrage: buy \"Yes\" at whichever venue quotes it cheapest, buy \"No\" at whichever venue quotes \"Yes\" most expensively (its own \"No\" price is assumed to be 1 minus its own \"Yes\" price, the standard complementary-binary convention). Reports isArbitrage, the cost to lock in $1 of guaranteed payout, guaranteed profit and ROI for a given stake, and which side to buy where. feePctPerLeg is an optional per-leg trading-fee rate that can and does erase a real-looking spread - reported honestly via isArbitrage rather than always showing a positive number. Use when user asks \"can I arbitrage this bet across venues?\" or \"is there a risk-free profit here?\". The caller asserts the venues quote the same bet; this tool does not verify that.", "inputSchema": { "properties": { "feePctPerLeg": { "description": "Optional per-leg trading-fee rate, e.g. 0.02 for 2% (default 0)", "type": "number" }, "manualProbabilitiesPct": { "description": "Manual mode: 2-5 probabilities (0.01-99.99) already known for the same bet across different venues, when you don't want a live fetch. Provide this OR quotes, not both.", "items": { "type": "number" }, "maxItems": 5, "minItems": 2, "type": "array" }, "quotes": { "description": "Live mode: one entry per venue, 2-5 total. Provide this OR manualProbabilitiesPct, not both.", "items": { "properties": { "identifier": { "description": "Kalshi ticker, Polymarket slug, ADI Predictstreet symbol, Limitless slug, or Myriad slug, matching the venue field.", "type": "string" }, "venue": { "enum": [ "kalshi", "polymarket", "adi", "limitless", "myriad" ], "type": "string" } }, "required": [ "venue", "identifier" ], "type": "object" }, "maxItems": 5, "minItems": 2, "type": "array" }, "stakeUsd": { "description": "Total capital to deploy across both legs", "type": "number" } }, "required": [ "stakeUsd" ], "type": "object" }, "name": "workflow.run_cross_venue_arbitrage", "outputSchema": null }, { "description": "DCA entry planner: weighted average entry price, breakeven, and per-level contribution from multiple fill prices and sizes. Compared with primitive.average_entry, this one adds output for the case where breakeven or the per-level breakdown is also wanted, not just the bare average. Use when user bought at several prices and asks \"what's my average entry?\" or \"where is my DCA breakeven?\". Returns: averageEntry, breakeven, per-level summary.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. Each fill's size is USD notional (contracts) for inverse; averageEntry is then the harmonic mean of fill prices, not the arithmetic mean.", "enum": [ "linear", "inverse" ], "type": "string" }, "entries": { "items": { "properties": { "price": { "type": "number" }, "size": { "type": "number" } }, "required": [ "price", "size" ], "type": "object" }, "maxItems": 20, "minItems": 2, "type": "array" }, "fee_close_pct": { "description": "Close fee rate (default 0.0005)", "type": "number" }, "fee_open_pct": { "description": "Open fee rate (default 0.0002)", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" } }, "required": [ "side", "entries" ], "type": "object" }, "name": "workflow.run_dca_entry", "outputSchema": null }, { "description": "Deflated Sharpe Ratio (Bailey & Lopez de Prado): given how many strategy variants you tried (and how correlated they are), what Sharpe ratio would the *best of N* clear by luck alone, and does your actual strategy still clear that higher bar? Use when user asks \"is my backtested Sharpe ratio real, or did I get lucky trying many variants?\" or \"how many independent trials does this really represent?\". Provide either trial_sharpes[] (the N trials' own observed Sharpe ratios, most rigorous) or n_trials (+ optional avg_correlation to correct for correlated trials via Kish's design effect). Returns: expected_max_sharpe (the luck-alone threshold), dsr (probability your strategy's true Sharpe exceeds it, 0-1), n_trials_effective.", "inputSchema": { "properties": { "avg_correlation": { "description": "Average pairwise correlation between trials, 0-1 (default 0 = independent). Only used with n_trials; lowers the effective trial count via Kish's design effect.", "type": "number" }, "n_trials": { "description": "Number of strategy variants tried, if trial_sharpes were not tracked individually", "type": "number" }, "returns": { "description": "The candidate strategy's own return series", "items": { "type": "number" }, "minItems": 3, "type": "array" }, "trial_sharpes": { "description": "Observed Sharpe ratios of all N trials tried, if tracked. Takes priority over n_trials if both are given.", "items": { "type": "number" }, "minItems": 2, "type": "array" } }, "required": [ "returns" ], "type": "object" }, "name": "workflow.run_dsr", "outputSchema": null }, { "description": "Extreme Value Theory tail risk (Peaks-Over-Threshold): fits a Generalized Pareto Distribution to the losses beyond a high threshold via Grimshaw's (1993) profile-likelihood MLE, then extrapolates VaR/Expected Shortfall at the requested confidence, without assuming a normal distribution. Use when user asks \"what's my tail VaR without assuming normality?\" or \"how fat is my loss tail, really?\". Complements workflow.run_var_cvar (parametric, normal-distribution VaR/CVaR) for exactly the fat-tailed-return case that assumption understates. threshold_percentile (default 90) sets which percentile of the loss distribution (losses = -returns) becomes the threshold u; confidence must be deep enough into the fitted tail (1-confidence < the threshold's own exceedance rate) or the call throws. Returns: threshold, n_exceedances, exceedance_rate, xi (GPD shape: 0=exponential tail, >0=heavy/fat tail, <0=bounded tail; values <= -1 are excluded from the fit domain as a known non-regular/unbounded-likelihood case, Smith 1985), beta (GPD scale), xi_asymptotically_normal (false when xi<=-0.5: the fit is still valid but the usual MLE confidence-interval theory doesn't apply, per that same Smith 1985 result), var, es (null when xi>=1, where Expected Shortfall is mathematically undefined).", "inputSchema": { "properties": { "confidence": { "description": "VaR/ES confidence level, 0-1 exclusive. Default 0.99. Must satisfy 1-confidence < the threshold's own exceedance rate.", "type": "number" }, "returns": { "description": "Return series, one value per period, at least 100 values (POT needs real sample depth in the tail)", "items": { "type": "number" }, "minItems": 100, "type": "array" }, "threshold_percentile": { "description": "Percentile (0-100 exclusive) of the loss distribution used as the POT threshold u. Default 90.", "type": "number" } }, "required": [ "returns" ], "type": "object" }, "name": "workflow.run_evt_tail_risk", "outputSchema": null }, { "description": "Calculate the exact exit price needed to hit a target PnL or ROE percentage. Use when user asks \"at what price do I take profit to make $500?\" or \"where should I set TP for 20% ROE?\". Returns: targetExitPrice.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. For inverse, pnl-mode targetValue and outputs are in the base coin.", "enum": [ "linear", "inverse" ], "type": "string" }, "entryPrice": { "description": "Entry price", "type": "number" }, "feeClosePct": { "description": "Closing fee fraction, default 0.0005", "type": "number" }, "feeOpenPct": { "description": "Opening fee fraction, default 0.0002", "type": "number" }, "leverage": { "description": "Leverage multiplier", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "sizeBase": { "description": "Position size in base asset", "type": "number" }, "targetMode": { "description": "\"pnl\" = target in USDT, \"roe\" = target in %", "enum": [ "pnl", "roe" ], "type": "string" }, "targetValue": { "description": "Target value (USDT/coin for pnl mode, or %)", "type": "number" } }, "required": [ "side", "entryPrice", "leverage", "sizeBase", "targetMode", "targetValue" ], "type": "object" }, "name": "workflow.run_exit_target", "outputSchema": null }, { "description": "Size-weighted average entry price across multiple forex fills: plain arithmetic mean, since forex has no coin-margined analog requiring the harmonic mean the crypto average_entry tool uses for inverse contracts. Use when user asks \"what's my average entry after these fills?\". Returns: totalUnits, totalCost, avgEntry.", "inputSchema": { "properties": { "fills": { "description": "Fills to average, each with a price and a size in base-currency units", "items": { "properties": { "price": { "type": "number" }, "units": { "type": "number" } }, "required": [ "price", "units" ], "type": "object" }, "type": "array" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" } }, "required": [ "pair", "fills" ], "type": "object" }, "name": "workflow.run_forex_average_entry", "outputSchema": null }, { "description": "Breakeven price for a forex position accounting for spread and round-trip commission, in pips and in price. Commission is quoted per standard lot (100,000 units) and expressed in the pair's own quote currency; because both commission and pip value scale with lot size, the commission-in-pips figure is independent of position size by construction. Use when user asks \"where's my true breakeven after spread and commission?\". Returns: pipSize, commissionPips, totalCostPips, breakevenPrice.", "inputSchema": { "properties": { "commissionPerLotRoundTrip": { "description": "Round-trip commission per standard lot, in the pair's own quote currency. Default 0 (pure-spread broker model).", "type": "number" }, "entryPrice": { "type": "number" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "spreadPips": { "description": "Spread at entry, in pips", "type": "number" } }, "required": [ "pair", "side", "entryPrice", "spreadPips" ], "type": "object" }, "name": "workflow.run_forex_breakeven", "outputSchema": null }, { "description": "Correlation coefficient and minimum-variance hedge ratio between two price series of matching length, computed on daily % returns (not raw price levels, which would give spuriously high correlation between two unrelated but both-trending series). hedgeRatio follows Hull's standard futures-hedging formula: cov(returns1,returns2)/var(returns2), \"how many units of series 2 per unit of series 1 minimizes the combined position's variance.\" No live data fetch: supply the two price series directly. The live variant is workflow.run_forex_correlation_live, which has both series fetched automatically for two named pairs. Use when user already has two price series and wants their statistical relationship. Returns: n, correlation (-1 to 1), hedgeRatio.", "inputSchema": { "properties": { "rates1": { "description": "First price series, chronological order, one price per date", "items": { "type": "number" }, "minItems": 5, "type": "array" }, "rates2": { "description": "Second price series, chronological order, same length and same dates as rates1", "items": { "type": "number" }, "minItems": 5, "type": "array" } }, "required": [ "rates1", "rates2" ], "type": "object" }, "name": "workflow.run_forex_correlation", "outputSchema": null }, { "description": "Correlation coefficient and minimum-variance hedge ratio between two forex pairs, fetched live: historical daily rates for both pairs over the given lookback window (frankfurter.app's daily ECB reference time series, business days only), aligned by matching date, computed on daily % returns. hedgeRatio follows Hull's standard futures-hedging formula: \"how many units of pair2 per unit of pair1 minimizes the combined position's variance.\" Use when user asks \"how correlated are EUR/USD and GBP/USD?\" or \"what hedge ratio should I use between these two pairs?\". Returns: n (overlapping trading days used), correlation (-1 to 1), hedgeRatio, available (false + error if either pair has no data, or too few dates overlap).", "inputSchema": { "properties": { "days": { "description": "Calendar days to look back, 14-365. Default 30. Business-day-only data means fewer actual points than this number.", "type": "integer" }, "pair1": { "description": "First currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "pair2": { "description": "Second currency pair in BASE/QUOTE format, e.g. \"GBP/USD\"", "type": "string" } }, "required": [ "pair1", "pair2" ], "type": "object" }, "name": "workflow.run_forex_correlation_live", "outputSchema": null }, { "description": "Converts an amount between currencies using a manually supplied rate: no live data fetch. The live variant is workflow.run_forex_currency_converter_live, which has the rate fetched automatically. Use when user already knows the exact rate they want applied. Returns: converted.", "inputSchema": { "properties": { "amount": { "description": "Amount in the source currency", "type": "number" }, "rate": { "description": "Exchange rate to apply (1 unit of source currency = rate units of target currency)", "type": "number" } }, "required": [ "amount", "rate" ], "type": "object" }, "name": "workflow.run_forex_currency_converter", "outputSchema": null }, { "description": "Converts an amount between currencies using a live FX rate: TrueFX for its 10 quoted majors (genuinely live tick data), frankfurter.app daily ECB reference rate as the fallback for every other currency pair (30 total). Use when user asks \"what's $X worth in EUR?\" or any currency conversion where the rate itself isn't already known. Returns: converted, rate, source (truefx/frankfurter/identity), asOf, available (false + error if no rate could be found for that pair).", "inputSchema": { "properties": { "amount": { "description": "Amount in the source currency", "type": "number" }, "from": { "description": "3-letter source currency code, e.g. \"USD\"", "type": "string" }, "to": { "description": "3-letter target currency code, e.g. \"EUR\"", "type": "string" } }, "required": [ "amount", "from", "to" ], "type": "object" }, "name": "workflow.run_forex_currency_converter_live", "outputSchema": null }, { "description": "Free margin and margin level % from account equity and used margin: equity/usedMargin*100, the same stop-out proximity metric every forex platform shows. Returns null (not Infinity) when usedMargin is 0, meaning no open position. Use when user asks \"how close am I to a margin call?\" or \"what's my free margin?\". Returns: freeMargin, marginLevelPct.", "inputSchema": { "properties": { "equity": { "description": "Account equity (balance + floating P&L)", "type": "number" }, "usedMargin": { "description": "Margin currently locked by open positions. 0 if none.", "type": "number" } }, "required": [ "equity", "usedMargin" ], "type": "object" }, "name": "workflow.run_forex_margin_level", "outputSchema": null }, { "description": "Notional and margin required for a forex position, in the pair's own quote currency: no live FX rate needed. Never built for Phase 1 of this domain since a margin figure has no natural currency-neutral form the way pip value does. The live variant is workflow.run_forex_margin_required_live, which applies when the account currency differs from the pair's quote currency. Use when user asks \"how much margin do I need for X lots of EUR/USD at 50:1?\". Returns: notionalQuote, marginQuote, base, quote.", "inputSchema": { "properties": { "leverage": { "description": "Leverage multiplier, e.g. 50 for 50:1", "type": "number" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "price": { "description": "Entry or current price", "type": "number" }, "units": { "description": "Position size in base-currency units", "type": "number" } }, "required": [ "pair", "units", "price", "leverage" ], "type": "object" }, "name": "workflow.run_forex_margin_required", "outputSchema": null }, { "description": "Notional and margin required for a forex position, converted to a given account currency via a live FX rate (same TrueFX/frankfurter.app source as workflow.run_forex_pip_value_live). Use when user asks \"how much margin do I need in my account currency?\" and the account currency differs from the pair's own quote currency. Returns everything workflow.run_forex_margin_required does, plus accountCurrency, notionalAccount, marginAccount, fxRate, fxSource, available (false + error if no rate could be found).", "inputSchema": { "properties": { "accountCurrency": { "description": "3-letter account currency code, e.g. \"GBP\"", "type": "string" }, "leverage": { "description": "Leverage multiplier, e.g. 50 for 50:1", "type": "number" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "price": { "description": "Entry or current price", "type": "number" }, "units": { "description": "Position size in base-currency units", "type": "number" } }, "required": [ "pair", "units", "price", "leverage", "accountCurrency" ], "type": "object" }, "name": "workflow.run_forex_margin_required_live", "outputSchema": null }, { "description": "Value of 1 pip for a given forex pair and position size, in that pair's own quote currency (e.g. EUR/USD's pip value comes back in USD, USD/JPY's in JPY): no live FX rate needed, since a pair's pip value is naturally denominated in its own quote currency. Pip size is 0.0001 for non-JPY pairs, 0.01 for JPY-quoted pairs, a universal market convention verified against real broker documentation, not broker-specific. The live variant is workflow.run_forex_pip_value_live, which applies when the account currency differs from the pair's quote currency. Use when user asks \"what's 1 pip worth on X lots of EUR/USD?\". Returns: pipSize, pipValueQuote, base, quote.", "inputSchema": { "properties": { "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "units": { "description": "Position size in base-currency units (1 standard lot = 100,000, mini = 10,000, micro = 1,000, nano = 100)", "type": "number" } }, "required": [ "pair", "units" ], "type": "object" }, "name": "workflow.run_forex_pip_value", "outputSchema": null }, { "description": "Value of 1 pip for a forex pair and position size, converted to a given account currency via a live FX rate: TrueFX for its 10 quoted majors (genuinely live tick data), frankfurter.app daily ECB reference rate as the fallback for every other currency (30 total). Use when user asks \"what's 1 pip worth in my account currency?\" and the account currency differs from the pair's own quote currency (if it matches, workflow.run_forex_pip_value alone is enough, no live fetch needed). Returns everything workflow.run_forex_pip_value does, plus accountCurrency, pipValueAccount, fxRate, fxSource (truefx/frankfurter/identity), available (false + error if no rate could be found for that currency).", "inputSchema": { "properties": { "accountCurrency": { "description": "3-letter account currency code, e.g. \"GBP\"", "type": "string" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "units": { "description": "Position size in base-currency units", "type": "number" } }, "required": [ "pair", "units", "accountCurrency" ], "type": "object" }, "name": "workflow.run_forex_pip_value_live", "outputSchema": null }, { "description": "Profit or loss for a closed or hypothetical forex trade, in pips and in the pair's own quote currency, long or short. Use when user asks \"what did I make/lose on this trade?\" or \"what would X pips be worth on Y lots?\". Returns: pips (signed, positive favors the position taken), pnlQuote.", "inputSchema": { "properties": { "entryPrice": { "type": "number" }, "exitPrice": { "type": "number" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "units": { "description": "Position size in base-currency units", "type": "number" } }, "required": [ "pair", "side", "entryPrice", "exitPrice", "units" ], "type": "object" }, "name": "workflow.run_forex_pnl", "outputSchema": null }, { "description": "Position size (units and standard lots) from a risk amount and stop distance, in a given account currency, via a live FX rate to convert pip value into that currency (same TrueFX/frankfurter.app source as the other forex _live tools). Never has a meaningful account-currency-agnostic form: sizing a position from a risk budget genuinely requires knowing what 1 pip is worth in the currency that budget is denominated in. Use when user asks \"how many lots should I trade to risk $X on this setup?\". Returns: stopDistancePips, units, lots, pipValuePerUnitAccount, fxRate, fxSource, available (false + error if entry equals stop, or if no rate could be found).", "inputSchema": { "properties": { "accountCurrency": { "description": "3-letter account currency code, e.g. \"USD\"", "type": "string" }, "entryPrice": { "type": "number" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "riskAmount": { "description": "Amount to risk, in accountCurrency", "type": "number" }, "stopPrice": { "type": "number" } }, "required": [ "pair", "entryPrice", "stopPrice", "riskAmount", "accountCurrency" ], "type": "object" }, "name": "workflow.run_forex_position_size_live", "outputSchema": null }, { "description": "Risk and reward distance in pips from entry/stop/target, and the resulting ratio (reward/risk): a raw number, not a verdict. ratio is null when the stop sits exactly at entry (no risk distance), and also when validSetup is false (stop/target on the wrong side of entry for the given side, e.g. a long with its stop above entry) - check validSetup before trusting the ratio. Use when user asks \"what's my risk/reward on this setup?\". Returns: riskPips, rewardPips, validSetup, ratio.", "inputSchema": { "properties": { "entryPrice": { "type": "number" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "stopPrice": { "type": "number" }, "targetPrice": { "type": "number" } }, "required": [ "pair", "side", "entryPrice", "stopPrice", "targetPrice" ], "type": "object" }, "name": "workflow.run_forex_risk_reward", "outputSchema": null }, { "description": "PnL across a range of hypothetical price moves (in pips, signed by actual price direction, not pre-adjusted for side), for a single forex position size, long or short. Use when user asks \"what if price moves X pips in either direction?\". Returns: scenarios[] (deltaPips, exitPrice, pnlQuote).", "inputSchema": { "properties": { "deltasPips": { "description": "Hypothetical price moves in pips, e.g. [-50, 0, 50]", "items": { "type": "number" }, "type": "array" }, "entryPrice": { "type": "number" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "units": { "description": "Position size in base-currency units", "type": "number" } }, "required": [ "pair", "side", "entryPrice", "units", "deltasPips" ], "type": "object" }, "name": "workflow.run_forex_scenario", "outputSchema": null }, { "description": "Total swap/rollover cost (or credit) for holding a forex position overnight, in the pair's own quote currency: no live FX rate needed. Swap rates are broker-set with no free live feed available, so swapPerLotPerNight is always a manual input (quoted per standard lot, matching how commission is quoted in workflow.run_forex_breakeven), not fetched. Negative = cost (you pay), positive = credit (you receive). The live variant is workflow.run_forex_swap_cost_live, which applies when the account currency differs from the pair's quote currency. Use when user asks \"how much will holding this position overnight cost me?\". Returns: lots, totalSwapQuote, base, quote.", "inputSchema": { "properties": { "nights": { "description": "Number of nights the position is held", "type": "integer" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "swapPerLotPerNight": { "description": "Swap rate per standard lot (100,000 units) per night, in the pair's quote currency. Negative = cost, positive = credit. Broker-set: get this from the user's broker platform, there is no live source for it.", "type": "number" }, "units": { "description": "Position size in base-currency units", "type": "number" } }, "required": [ "pair", "units", "swapPerLotPerNight", "nights" ], "type": "object" }, "name": "workflow.run_forex_swap_cost", "outputSchema": null }, { "description": "Total swap/rollover cost (or credit) for holding a forex position overnight, converted to a given account currency via a live FX rate (same TrueFX/frankfurter.app source as the other forex _live tools). swapPerLotPerNight is still always a manual input: swap rates are broker-set, with no free live feed available for them. Use when user asks \"how much will holding this position overnight cost me in my account currency?\" and it differs from the pair's own quote currency. Returns everything workflow.run_forex_swap_cost does, plus accountCurrency, totalSwapAccount, fxRate, fxSource, available (false + error if no rate could be found).", "inputSchema": { "properties": { "accountCurrency": { "description": "3-letter account currency code, e.g. \"GBP\"", "type": "string" }, "nights": { "description": "Number of nights the position is held", "type": "integer" }, "pair": { "description": "Currency pair in BASE/QUOTE format, e.g. \"EUR/USD\"", "type": "string" }, "swapPerLotPerNight": { "description": "Swap rate per standard lot per night, in the pair's quote currency. Negative = cost, positive = credit.", "type": "number" }, "units": { "description": "Position size in base-currency units", "type": "number" } }, "required": [ "pair", "units", "swapPerLotPerNight", "nights", "accountCurrency" ], "type": "object" }, "name": "workflow.run_forex_swap_cost_live", "outputSchema": null }, { "description": "Calculate funding rate arbitrage profit: annualized yield, net profit, and breakeven days for a long/short basis trade across two exchanges: the bare numbers only, no plain-English verdict. For the same math plus a profitable/marginal/loss verdict, use workflow.run_carry_trade instead. Use when user asks \"is this funding arb worth it?\" or \"how many days to break even on transfer fees?\". Returns: netProfitUsdt, annualizedYieldPct, breakevenDays.", "inputSchema": { "properties": { "durationDays": { "description": "Holding period in days", "type": "number" }, "intervalHours": { "description": "Funding interval: 8 (standard) or 1 (Hyperliquid)", "enum": [ 8, 1 ], "type": "number" }, "longFundingRate": { "description": "Funding rate on long side (% per interval, positive = you pay)", "type": "number" }, "positionSize": { "description": "Position size in USDT", "type": "number" }, "shortFundingRate": { "description": "Funding rate on short side (% per interval, positive = you receive)", "type": "number" }, "transferFeePct": { "description": "One-time transfer/setup fee as percentage, e.g. 0.1 for 0.1%", "type": "number" } }, "required": [ "positionSize", "longFundingRate", "shortFundingRate", "durationDays" ], "type": "object" }, "name": "workflow.run_funding_arbitrage", "outputSchema": null }, { "description": "Price move needed to cover funding cost + fees over a holding period. Use when user asks \"how much does BTC need to move for me to profit after funding?\" or \"is funding killing my edge on this trade?\". Returns: breakevenWithFunding, breakevenWithoutFunding, requiredMovePct.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. size is USD notional (contracts) for inverse; notional/funding_cost/fee_total/total_carry_cost come back denominated in the base coin.", "enum": [ "linear", "inverse" ], "type": "string" }, "entry_price": { "description": "Entry price", "type": "number" }, "fee_close_pct": { "description": "Close fee rate (default 0.0005)", "type": "number" }, "fee_open_pct": { "description": "Open fee rate (default 0.0002)", "type": "number" }, "funding_rate": { "description": "Funding rate per 8h period (decimal, e.g. 0.0001)", "type": "number" }, "hold_hours": { "description": "Hold duration in hours", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "size": { "description": "Position size in base currency", "type": "number" } }, "required": [ "side", "entry_price", "size", "funding_rate", "hold_hours" ], "type": "object" }, "name": "workflow.run_funding_breakeven", "outputSchema": null }, { "description": "Calculate the total funding cost (or income) for holding a perpetual futures position. Use when user asks \"how much funding will I pay holding X days?\" or \"is funding eating my profit?\". Returns: totalFundingUsdt (negative = you pay, positive = you receive), perIntervalUsdt.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. For inverse, sizeBase is USD contracts and cost figures come out in the base coin.", "enum": [ "linear", "inverse" ], "type": "string" }, "days": { "description": "Number of days to hold", "type": "number" }, "entryPrice": { "description": "Entry price", "type": "number" }, "fundingRate": { "description": "Funding rate per 8h period as fraction, e.g. 0.0001", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "sizeBase": { "description": "Position size in base asset", "type": "number" } }, "required": [ "side", "sizeBase", "entryPrice", "fundingRate", "days" ], "type": "object" }, "name": "workflow.run_funding_cost", "outputSchema": null }, { "description": "GARCH(1,1) volatility model, fit by maximum likelihood on a return series: estimates omega/alpha/beta (the variance-persistence parameters) and forecasts next-period volatility. Use when user asks \"what's my GARCH volatility forecast?\" or \"how persistent is volatility in this return series?\". This is a backward-looking statistical fit, not a market prediction guarantee. Returns: mu, omega, alpha, beta, persistence (alpha+beta), unconditional_vol, forecast_vol, loglikelihood.", "inputSchema": { "properties": { "returns": { "description": "Return series, one value per period, at least 50 values (GARCH needs real sample depth to identify persistence)", "items": { "type": "number" }, "minItems": 50, "type": "array" } }, "required": [ "returns" ], "type": "object" }, "name": "workflow.run_garch", "outputSchema": null }, { "description": "Hurst exponent via rescaled-range (R/S) analysis: is this return/price series trending/persistent (H>0.5, a move tends to be followed by a move in the same direction), mean-reverting/anti-persistent (H<0.5), or consistent with a random walk (H~0.5)? Use when user asks \"is this asset trending or mean-reverting?\" or \"does this series show long-range dependence?\". Takes a return series, not raw price levels. Returns: hurst, interpretation (trending/mean_reverting/random_walk), window_sizes, rs_values.", "inputSchema": { "properties": { "min_window": { "description": "Smallest R/S analysis window size (default 8)", "type": "number" }, "values": { "description": "Return series (not raw price levels)", "items": { "type": "number" }, "minItems": 32, "type": "array" } }, "required": [ "values" ], "type": "object" }, "name": "workflow.run_hurst_exponent", "outputSchema": null }, { "description": "Impermanent loss for a liquidity-pool position: compares providing liquidity against simply holding the same tokens, at a manually-supplied entry and current price. Two modes: full_range (standard 50/50 constant-product pool, the textbook 2*sqrt(k)/(1+k)-1 closed form) or concentrated (a Uniswap-V3-style position confined to [lowerPrice, upperPrice] - IL is always worse than full_range for the same price move when the range is tight, and the position is fully single-asset, no longer earning fees, once price exits the range). impermanentLossPct is always <= 0 and is measured relative to the quote token (dimensionless, exact regardless of what the quote token is); the optional dollar figures additionally assume the quote token's own USD price stayed roughly stable (true for a stablecoin-quoted pool). Use when user asks \"how much am I losing to impermanent loss?\" or \"is this LP position still worth it after fees?\". Returns: impermanentLossPct, lpValueMultiplier, hodlValueMultiplier, inRange, lossUsd/netResultUsd (null unless depositValueUsd given).", "inputSchema": { "properties": { "currentPrice": { "description": "Base token's current price in quote-token terms", "type": "number" }, "depositValueUsd": { "description": "Optional: USD value deposited at entry, to also report dollar-denominated lpValueUsd/hodlValueUsd/lossUsd", "type": "number" }, "entryPrice": { "description": "Base token's price in quote-token terms when liquidity was deposited", "type": "number" }, "feesEarnedUsd": { "description": "Optional trading fees earned so far in USD (default 0), folded into netResultUsd alongside lossUsd", "type": "number" }, "lowerPrice": { "description": "Range lower bound - required for concentrated mode, must be below entryPrice", "type": "number" }, "mode": { "description": "Default full_range.", "enum": [ "full_range", "concentrated" ], "type": "string" }, "upperPrice": { "description": "Range upper bound - required for concentrated mode, must be above entryPrice", "type": "number" } }, "required": [ "entryPrice", "currentPrice" ], "type": "object" }, "name": "workflow.run_impermanent_loss", "outputSchema": null }, { "description": "Live variant of workflow.run_impermanent_loss: fetches each token's current live USD price (Solana or any of 5 EVM chains) and derives currentPrice as their ratio, instead of it being supplied manually. entryPrice stays a manual, historical input (a fact the caller must supply, not something a live quote should overwrite), same convention as every other live-capable tool in this product. Use when the caller has the pool's two token addresses but doesn't already know the current price ratio. Returns the same fields as workflow.run_impermanent_loss, plus currentPrice, baseSymbol, quoteSymbol, routable (false + error if either token's price can't be resolved).", "inputSchema": { "properties": { "baseChain": { "description": "Chain of the base (volatile) token. Default solana.", "enum": [ "solana", "ethereum", "base", "bsc", "arbitrum", "polygon" ], "type": "string" }, "baseMint": { "description": "Address of the base token", "type": "string" }, "depositValueUsd": { "description": "Optional: USD value deposited at entry", "type": "number" }, "entryPrice": { "description": "Base token's price in quote-token terms when liquidity was deposited (manual - a historical fact)", "type": "number" }, "feesEarnedUsd": { "description": "Optional trading fees earned so far in USD (default 0)", "type": "number" }, "lowerPrice": { "description": "Range lower bound - required for concentrated mode", "type": "number" }, "mode": { "description": "Default full_range.", "enum": [ "full_range", "concentrated" ], "type": "string" }, "quoteChain": { "description": "Chain of the quote token. Default solana.", "enum": [ "solana", "ethereum", "base", "bsc", "arbitrum", "polygon" ], "type": "string" }, "quoteMint": { "description": "Address of the quote token", "type": "string" }, "upperPrice": { "description": "Range upper bound - required for concentrated mode", "type": "number" } }, "required": [ "entryPrice", "baseMint", "quoteMint" ], "type": "object" }, "name": "workflow.run_impermanent_loss_live", "outputSchema": null }, { "description": "Solves for the volatility that makes Black-Scholes reproduce an observed option price (Newton-Raphson with a bisection fallback for cases where vega is too flat to converge, e.g. deep ITM/OTM or very short-dated). Checks the price against its no-arbitrage bounds first and refuses to solve (converged: false + error) rather than return a garbage number when the price is impossible for the given spot/strike/rate. Use when user asks \"what IV does this option price imply?\" or gives a market price and wants the volatility, not the reverse. Returns: impliedVolatilityPct, iterations, method (newton-raphson/bisection), converged, priceAtSolution.", "inputSchema": { "properties": { "daysToExpiry": { "description": "Calendar days until expiry (can be fractional)", "type": "number" }, "optionType": { "enum": [ "call", "put" ], "type": "string" }, "riskFreeRatePct": { "description": "Risk-free rate in percentage points. Default 0: standard crypto-options convention.", "type": "number" }, "spot": { "description": "Underlying spot price, USD", "type": "number" }, "strike": { "description": "Strike price, USD", "type": "number" }, "targetPriceUsd": { "description": "The observed option price, USD, to solve the implied volatility from", "type": "number" } }, "required": [ "optionType", "spot", "strike", "daysToExpiry", "targetPriceUsd" ], "type": "object" }, "name": "workflow.run_implied_volatility", "outputSchema": null }, { "description": "Kelly growth-security frontier (MacLean, Ziemba & Blazenko 1992): for a strategy compounding at a fraction lambda of full Kelly, the probability wealth ever falls to a fraction alpha of its starting value is P = alpha^(2/lambda-1). Provide either lambda_fraction (to compute that probability) or max_probability (to solve for the largest lambda that keeps the ruin probability at or below it). Use when user asks \"if I bet half-Kelly, what's my chance of ever losing half my bankroll?\" or \"what fraction of Kelly keeps my chance of a 50% drawdown under 5%?\". Valid lambda range is (0, 2]; beyond 2 the probability is certain (1), not the raw formula value. Returns: probability, lambda_fraction (echoed or solved).", "inputSchema": { "properties": { "alpha": { "description": "Fraction of starting capital, 0-1 exclusive (e.g. 0.5 = \"ever falls to half my starting bankroll\")", "type": "number" }, "lambda_fraction": { "description": "Fraction of full Kelly being bet (1 = full Kelly, 0.5 = half Kelly). Provide this OR max_probability, not both.", "type": "number" }, "max_probability": { "description": "Target ceiling on the ruin probability, 0-1 exclusive. Provide this to solve for the safe lambda_fraction instead of supplying it directly.", "type": "number" } }, "required": [ "alpha" ], "type": "object" }, "name": "workflow.run_kelly_frontier", "outputSchema": null }, { "description": "Calculate the liquidation price for an isolated-margin futures position. Use when user asks \"where will I get liquidated?\" or \"how close is my liq price?\". Returns: liquidationPrice, distancePct (how far from entry).", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined (e.g. Deribit/Bybit/MEXC BTC-settled perps).", "enum": [ "linear", "inverse" ], "type": "string" }, "entryPrice": { "description": "Entry price (positive)", "type": "number" }, "leverage": { "description": "Leverage multiplier, e.g. 10 for 10x", "type": "number" }, "mmr": { "description": "Maintenance margin rate, default 0.005 (0.5%)", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" } }, "required": [ "side", "entryPrice", "leverage" ], "type": "object" }, "name": "workflow.run_liquidation_safety", "outputSchema": null }, { "description": "Compares two tokens' live market caps (Solana or any of 5 EVM chains; the two tokens can be on different chains) and projects what an investment would be worth if the first token's market cap matched the second's. Narrative-agnostic (\"if X reaches Y's market cap\"): works for any token pair, not tied to one hype cycle or one chain. A snapshot ratio, not a forecast: assumes fixed supply on both sides. Use when user asks \"what if this token reaches [other token]'s market cap?\". Returns: multiplier, projectedValueUsd, projectedPriceUsd, profitUsd, comparable (false + error if either market cap can't be resolved).", "inputSchema": { "properties": { "compareToChain": { "description": "Chain of the comparison token. Default solana. Can differ from tokenChain.", "enum": [ "solana", "ethereum", "base", "bsc", "arbitrum", "polygon" ], "type": "string" }, "compareToMint": { "description": "Address of the token whose market cap to compare against", "type": "string" }, "investmentUsd": { "description": "Investment amount in USD", "type": "number" }, "tokenChain": { "description": "Chain of the token you hold. Default solana.", "enum": [ "solana", "ethereum", "base", "bsc", "arbitrum", "polygon" ], "type": "string" }, "tokenMint": { "description": "Address of the token you hold or are evaluating (base58 for Solana, 0x... for EVM chains)", "type": "string" } }, "required": [ "tokenMint", "compareToMint", "investmentUsd" ], "type": "object" }, "name": "workflow.run_market_cap_comparison", "outputSchema": null }, { "description": "Reads Kalshi's full live BTC or ETH year-end price ladder (a set of mutually-exclusive prediction markets covering the whole price range) and reports what the market itself implies: the median (50th-percentile) price bucket, the single most-likely (mode) bucket, and the probability of ending the year at or above any real bucket boundary. Deliberately does not compute an expected value or interpolate inside a bucket: the top/bottom buckets are open-ended, so any point estimate there would need an invented assumption; every number this tool returns traces back to one live, sourced price. Use when user asks \"what does the market think BTC will be worth by year end?\" or \"what are the odds ETH ends the year above $X?\". Returns: buckets[] (label, floor, cap, probabilityPct), medianBucketLabel, modeBucketLabel, vigPct, probabilityAtOrAbovePct + snappedThresholdUsd (only when thresholdUsd is supplied).", "inputSchema": { "properties": { "coin": { "description": "Which coin's year-end ladder to read. Default BTC.", "enum": [ "BTC", "ETH" ], "type": "string" }, "thresholdUsd": { "description": "Optional price threshold: returns the probability of ending the year at or above the nearest real bucket boundary at or below this value.", "type": "number" } }, "required": [], "type": "object" }, "name": "workflow.run_market_implied_odds", "outputSchema": null }, { "description": "Calculate the maximum safe leverage based on account size, max acceptable drawdown, and asset daily volatility. Use when user asks \"what's the max leverage I should use on BTC?\" or \"how much leverage is safe given 3% daily volatility?\". Returns: maxLeverage, marginAtRisk.", "inputSchema": { "properties": { "accountSize": { "description": "Total account size in USDT", "type": "number" }, "maxDrawdownPct": { "description": "Maximum acceptable drawdown as percentage, e.g. 10 for 10%", "type": "number" }, "mmr": { "description": "Maintenance margin rate, default 0.005 (0.5%)", "type": "number" }, "volatilityPct": { "description": "Expected daily price volatility as percentage, e.g. 3 for 3%", "type": "number" } }, "required": [ "accountSize", "maxDrawdownPct", "volatilityPct" ], "type": "object" }, "name": "workflow.run_max_leverage", "outputSchema": null }, { "description": "Converts a probability into decimal odds, American odds, and breakeven win rate: either from a manually supplied probability, or fetched live from Kalshi, Polymarket, ADI Predictstreet, Limitless, or Myriad (five independent crypto-price prediction market venues, all public keyless market data). When a Kalshi, Polymarket, Limitless, or Myriad source is supplied, also returns the vig (the exchange's built-in edge), computed from the market's own YES+NO prices, not estimated; ADI Predictstreet's crypto contracts currently have no live trading volume on any venue, so this returns available:false with an explanation rather than a fake price (use workflow.run_window_fair_value for a theoretical price on those instead). Use when user asks \"what odds does a 35% probability work out to?\" or \"what's the vig on this Kalshi/Polymarket/Limitless/Myriad market?\". Provide exactly one of probability/kalshiTicker/polymarketSlug/adiSymbol/limitlessSlug/myriadSlug. Returns: probability, decimalOdds, americanOdds, breakevenWinRatePct, vigPct (null unless a live two-sided source was used), source (manual/kalshi/polymarket/adi/limitless/myriad), identifier, label.", "inputSchema": { "properties": { "adiSymbol": { "description": "An ADI Predictstreet market symbol (e.g. BTC1D-20260920T0000). Currently always returns available:false; these contracts have no live trading volume yet.", "type": "string" }, "kalshiTicker": { "description": "A Kalshi market ticker (e.g. KXBTCY-27JAN0100-T149999.99) to fetch a live price from.", "type": "string" }, "limitlessSlug": { "description": "A Limitless Exchange market slug, from the market URL (e.g. btc-up-or-down-5-min-1790249100), to fetch a live price from. On-chain (Base), mostly short-duration (5min/15min/daily) crypto up/down contracts.", "type": "string" }, "myriadSlug": { "description": "A Myriad Markets market slug, from the market URL (e.g. eth-at-three-digits-when-bitcoin-goes-below-50k), to fetch a live price from. On-chain (Abstract L2); not every market has a Yes/No outcome, some are multi-outcome ladders.", "type": "string" }, "polymarketSlug": { "description": "A Polymarket market slug, from the market URL (e.g. will-bitcoin-reach-100k-in-september-2026), to fetch a live price from.", "type": "string" }, "probability": { "description": "Probability as a decimal 0-1 (e.g. 0.35). Use this OR one of the live sources below, not both.", "type": "number" } }, "required": [], "type": "object" }, "name": "workflow.run_odds_converter", "outputSchema": null }, { "description": "Market Profile open analysis: where and how price opened vs the prior session value area. Use for \"how did BTC open today?\" / \"what does the open imply for the session?\". Returns: open_location, open_type (OD/OTD/ORR/OAIR) with description/implication, confidence, key_levels (VAH/VAL/VPOC/IB), tails (session-high/low rejection tails and single prints), scenario_framing (bullish/bearish/neutral), invalidation level.", "inputSchema": { "properties": { "candles": { "description": "Optional OHLCV for the session; omit to fetch from venue (reproducible + 0 COGS when supplied)", "items": { "type": "object" }, "type": "array" }, "instrument": { "description": "Symbol, e.g. BTCUSDT", "type": "string" }, "prev_candles": { "description": "Optional OHLCV for the previous session", "items": { "type": "object" }, "type": "array" }, "session_date": { "description": "Session date YYYY-MM-DD (UTC)", "type": "string" }, "timeframe": { "description": "Candle timeframe (default 15m)", "enum": [ "1m", "5m", "15m", "30m" ], "type": "string" }, "value_area_rule": { "description": "Value-area fraction 0.5–0.9 (default 0.70)", "type": "number" }, "venue": { "description": "Exchange to fetch candles from when candles[] not supplied", "enum": [ "binance", "bybit" ], "type": "string" } }, "required": [ "instrument", "venue", "session_date" ], "type": "object" }, "name": "workflow.run_open_analysis", "outputSchema": null }, { "description": "Payoff, P&L, and breakeven price for a single-leg Deribit BTC/ETH option (long or short call/put) at a given scenario price at expiry. Deribit BTC/ETH options are coin-settled: premium, P&L, and the max profit/loss caps come back denominated in the base coin (BTC/ETH), not USD; a scenarioPnlUsd convenience field converts the coin P&L back to USD at the scenario price. Coin settlement means a long call's upside is capped (max profit = 1 − premium per unit, not unlimited) while a long put's upside is technically unbounded as price falls toward zero, the mirror image of a USD-settled option's payoff shape, not a bug. Use when user asks \"what does my BTC call/put pay off at price X?\" or \"where's my breakeven on this option?\". Returns: intrinsicPerUnitCoin, scenarioPnlCoin, scenarioPnlUsd, breakevenPrice, maxLossCoin/maxProfitCoin (null = unbounded), isProfitable.", "inputSchema": { "properties": { "currency": { "description": "Underlying coin. Default BTC.", "enum": [ "BTC", "ETH" ], "type": "string" }, "optionType": { "enum": [ "call", "put" ], "type": "string" }, "position": { "enum": [ "long", "short" ], "type": "string" }, "premiumCoin": { "description": "Premium paid/received per contract, in the base coin (matches Deribit's own quoted price, e.g. 0.02 BTC); must be < 1 for a call", "type": "number" }, "quantity": { "description": "Number of contracts (Deribit BTC/ETH options have contract_size 1.0, so this is coin-denominated size)", "type": "number" }, "scenarioPrice": { "description": "Underlying price in USD to evaluate the payoff at", "type": "number" }, "strike": { "description": "Strike price in USD", "type": "number" } }, "required": [ "optionType", "position", "strike", "premiumCoin", "quantity", "scenarioPrice" ], "type": "object" }, "name": "workflow.run_options_payoff", "outputSchema": null }, { "description": "Order-book \"walk the book\" impact/capacity: given order-book levels (price, size in base-asset units) and EITHER a target notional or an impact budget in bps, computes VWAP and price impact for that size, or (via bisection) the largest notional that stays inside the impact budget. Use when user asks \"what's my price impact if I trade $X\" or \"how much can I trade before impact exceeds Y bps\". side=\"buy\" walks the asks, side=\"sell\" walks the bids; impact is measured from the book's own mid ((best_bid+best_ask)/2) and is always a positive \"cost in bps\" number regardless of side. Returns: mid_price, spread_bps, vwap, impact_bps - both null when EITHER the loaded book doesn't cover the requested notional (book_sufficient=false flags this specific case) OR the notional involved is ~0 (book_sufficient stays true then; happens for a near-zero notional_usd, or in capacity mode when even an infinitesimal trade already exceeds impact_budget_bps, in which case max_notional itself resolves to 0) - and in capacity mode, max_notional plus capacity_is_lower_bound (true if the ENTIRE supplied book was consumed within budget, meaning true market capacity may exceed what was supplied - this tool only sees the levels given to it).", "inputSchema": { "properties": { "asks": { "description": "Ask levels as [price, size_base] pairs, any order", "items": { "items": { "type": "number" }, "maxItems": 2, "minItems": 2, "type": "array" }, "type": "array" }, "bids": { "description": "Bid levels as [price, size_base] pairs, any order", "items": { "items": { "type": "number" }, "maxItems": 2, "minItems": 2, "type": "array" }, "type": "array" }, "impact_budget_bps": { "description": "Max acceptable impact in bps; solves for the largest notional within it. Provide this OR notional_usd, not both.", "type": "number" }, "notional_usd": { "description": "Target notional to walk the book for. Provide this OR impact_budget_bps, not both.", "type": "number" }, "side": { "description": "\"buy\" walks the asks, \"sell\" walks the bids", "enum": [ "buy", "sell" ], "type": "string" } }, "required": [ "bids", "asks", "side" ], "type": "object" }, "name": "workflow.run_orderbook_impact", "outputSchema": null }, { "description": "Calculate net PnL, ROE, fees and gross profit/loss for a futures trade. Use when user asks \"what's my profit/loss on this trade?\" Returns: grossPnl, fees, netPnl, netPnlUsdt, roe (%), maxLossBound (only non-null for an inverse/coin-margined short: the finite ceiling on net coin-denominated loss as price rises without limit, (size/entryPrice)×(1+feeOpenPct) - includes the opening fee, since it survives the exit-price-to-infinity limit while the closing fee vanishes - null for every other side/contractType combination, which either has no such bound or a trivial one).", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. For inverse, pnl/fees are returned in the base coin, not USDT.", "enum": [ "linear", "inverse" ], "type": "string" }, "entryPrice": { "description": "Entry price (positive)", "type": "number" }, "exitPrice": { "description": "Exit price (positive)", "type": "number" }, "feeClosePct": { "description": "Closing fee as fraction", "type": "number" }, "feeOpenPct": { "description": "Opening fee as fraction, e.g. 0.0002 = 0.02%", "type": "number" }, "side": { "description": "Trade direction", "enum": [ "long", "short" ], "type": "string" }, "size": { "description": "Position size: base asset qty for linear, USD contracts for inverse", "type": "number" } }, "required": [ "side", "entryPrice", "exitPrice", "size" ], "type": "object" }, "name": "workflow.run_pnl_planning", "outputSchema": null }, { "description": "Aggregates risk across multiple open positions in one call: total notional, total P&L, total margin in use, margin usage as a % of account balance (if given), and which single position sits closest to liquidation. Each position is computed through the same canonical PnL/liquidation math as the single-position tools, then rolled up. Linear (USDT-margined) positions sum into one USD total; inverse (coin-margined) positions are grouped by settlement coin instead, since a BTC-margined P&L cannot be summed with an ETH-margined one without a live conversion rate. Returns a verdict: healthy / watch / reduce / critical, driven by the closest liquidation distance and margin usage. Use when user asks \"how exposed am I across all my positions?\" or \"which of my positions is closest to liquidation?\". Position size follows the product-wide convention: base-asset quantity for linear, USD notional (contracts) for inverse.", "inputSchema": { "properties": { "account_balance": { "description": "Optional account balance in USD, used to compute margin_usage_pct: linear margin plus every inverse position's own margin marked to market at its mark_price, all as one USD total", "type": "number" }, "positions": { "items": { "properties": { "coin": { "description": "Settlement coin, required when contractType is inverse (e.g. \"BTC\", \"ETH\")", "type": "string" }, "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined (e.g. Bybit BTCUSD)", "enum": [ "linear", "inverse" ], "type": "string" }, "entry_price": { "description": "Entry price", "type": "number" }, "fee_close_pct": { "description": "Close fee rate (default 0.0005)", "type": "number" }, "fee_open_pct": { "description": "Open fee rate (default 0.0002)", "type": "number" }, "label": { "description": "Optional label to identify this position in the response (defaults to \"Position N\")", "type": "string" }, "leverage": { "description": "Leverage multiplier", "type": "number" }, "mark_price": { "description": "Current mark/last price", "type": "number" }, "mmr": { "description": "Maintenance margin rate (default 0.005)", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "size": { "description": "Position size: base-asset quantity for linear, USD notional (contracts) for inverse", "type": "number" } }, "required": [ "side", "entry_price", "mark_price", "size", "leverage" ], "type": "object" }, "maxItems": 50, "minItems": 1, "type": "array" } }, "required": [ "positions" ], "type": "object" }, "name": "workflow.run_portfolio_risk", "outputSchema": null }, { "description": "Core risk/return tearsheet from a single return series: annualized return (compounded, not linear) and volatility, Sharpe (plain + Lo 2002-corrected + Pezier-White skew/kurtosis-adjusted), Sortino, max drawdown, Calmar ratio, the drawdown-ratio cluster (Ulcer Index/Martin ratio, Pain Index/Pain ratio, Burke ratio + modified), Omega-Sharpe ratio, Upside Potential Ratio, skewness, kurtosis, Probabilistic Sharpe Ratio, win rate, best/worst single-period return. Use when user asks for a full risk summary/report on a strategy or portfolio's returns, not just one metric. Returns all of the above in one call.", "inputSchema": { "properties": { "benchmark_sharpe": { "description": "Benchmark Sharpe ratio for the PSR figure, same periodicity as returns (default 0)", "type": "number" }, "mar": { "description": "Minimum acceptable return for the Sortino ratio, same periodicity as returns (default 0)", "type": "number" }, "periods_per_year": { "description": "Periods per year for annualization (default 365)", "type": "number" }, "returns": { "description": "Return series, one value per period", "items": { "type": "number" }, "minItems": 3, "type": "array" } }, "required": [ "returns" ], "type": "object" }, "name": "workflow.run_portfolio_tearsheet", "outputSchema": null }, { "description": "Calculate the correct position size given a maximum risk in USDT and a stop-loss price. Use when user asks \"how many coins should I buy?\" or \"size my position so I risk exactly $X\". Returns: positionSize (base), positionUsdt, marginRequired.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. For inverse, sizeQuote is USD contracts and margin is returned in the base coin.", "enum": [ "linear", "inverse" ], "type": "string" }, "entryPrice": { "description": "Entry price", "type": "number" }, "feeClosePct": { "description": "Closing fee fraction, default 0.0005", "type": "number" }, "feeOpenPct": { "description": "Opening fee fraction, default 0.0002", "type": "number" }, "leverage": { "description": "Leverage, default 1", "type": "number" }, "riskUsdt": { "description": "Maximum acceptable loss in USDT", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "stopLoss": { "description": "Stop-loss price", "type": "number" } }, "required": [ "side", "entryPrice", "stopLoss", "riskUsdt" ], "type": "object" }, "name": "workflow.run_position_sizing", "outputSchema": null }, { "description": "Full pre-trade decision card: orchestrates position sizing, breakeven, liquidation, and funding cost in one call. Use when user describes a full trade setup and asks \"should I take this trade?\" or \"run the numbers on this setup\". Provide exchange+symbol to fetch live funding rate automatically. For an R:R-graded verdict on an entry, stop and target, see workflow.run_risk_reward. Returns: positionSize, breakeven, liquidationPrice, fundingCost, overnightBreakevenShift, verdict.", "inputSchema": { "properties": { "account_balance": { "description": "Total account balance in USDT", "type": "number" }, "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined (e.g. Bybit BTCUSD). All returned figures (notional, margin, risk_amount, funding_cost_*) stay USD-denominated either way; recommended_size is USD notional (contracts) for inverse.", "enum": [ "linear", "inverse" ], "type": "string" }, "entry_price": { "description": "Entry price (positive)", "type": "number" }, "exchange": { "description": "Exchange code, e.g. \"binance\" or \"bybit\". Used to fetch live funding rate if funding_rate is omitted.", "type": "string" }, "fee_close_pct": { "description": "Closing fee fraction, default 0.0005", "type": "number" }, "fee_open_pct": { "description": "Opening fee fraction, default 0.0002", "type": "number" }, "funding_rate": { "description": "Funding rate per 8h as decimal, e.g. 0.0001. If omitted, fetched live from exchange.", "type": "number" }, "hold_hours": { "description": "Expected hold time in hours for overnight shift calc. Default 8.", "type": "number" }, "leverage": { "description": "Leverage multiplier", "type": "number" }, "mmr": { "description": "Maintenance margin rate, default 0.005", "type": "number" }, "risk_pct": { "description": "Risk as % of balance, e.g. 1.0 = 1%", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "stop_loss": { "description": "Stop-loss price (positive)", "type": "number" }, "symbol": { "description": "Perpetual symbol, e.g. \"BTCUSDT\".", "type": "string" } }, "required": [ "side", "entry_price", "stop_loss", "account_balance", "risk_pct", "leverage" ], "type": "object" }, "name": "workflow.run_pre_trade_check", "outputSchema": null }, { "description": "Compares your own probability estimate for an event against a prediction market's price (manual entry, or a live Kalshi ticker, Limitless slug, or Myriad slug) and sizes a bet using fractional Kelly criterion bet sizing (default: quarter-Kelly, a standard conservative haircut on full Kelly, stated explicitly as a convention). Returns zero recommended stake whenever your probability doesn't exceed the market's price: no edge, no bet. Use when user asks \"does this bet have edge?\" or \"how much should I stake given my probability estimate vs the market's?\". Provide exactly one of marketProbabilityPct/kalshiTicker/limitlessSlug/myriadSlug. Returns: edgePct, evPerDollarStaked, fullKellyFraction, cappedKellyFraction, recommendedStakeUsd, verdict (skip_this_one/think_twice/worth_the_risk/take_it).", "inputSchema": { "properties": { "bankrollUsd": { "description": "Bankroll available for this bet, in USD", "type": "number" }, "kalshiTicker": { "description": "A Kalshi market ticker to fetch the market probability from live instead of supplying it manually.", "type": "string" }, "kellyFractionCap": { "description": "Fraction of full Kelly to actually stake, 0.01-1. Default 0.25 (quarter-Kelly).", "type": "number" }, "limitlessSlug": { "description": "A Limitless Exchange market slug to fetch the market probability from live instead of supplying it manually.", "type": "string" }, "marketProbabilityPct": { "description": "The market's probability (price), 0.01-99.99. Use this OR one of the live sources below, not both.", "type": "number" }, "myriadSlug": { "description": "A Myriad Markets market slug to fetch the market probability from live instead of supplying it manually. Not every market has a Yes/No outcome.", "type": "string" }, "yourProbabilityPct": { "description": "Your own probability estimate, 0.01-99.99", "type": "number" } }, "required": [ "yourProbabilityPct", "bankrollUsd" ], "type": "object" }, "name": "workflow.run_prediction_market_edge", "outputSchema": null }, { "description": "Cross-exchange agreement check for one perpetual futures price: fetches the same asset USDT/USDC-margined perpetual from a reference set of 7 liquid exchanges (Binance, Bybit, OKX, Gate, KuCoin, Hyperliquid, MEXC; the chosen one is compared against the rest) and reports the median of the others, the spread across all, and how far the chosen exchange sits from that median. Says the exchanges disagree instead of guessing: status is agree (under 0.25%), warn (0.25% to 1%), diverge (1% or more) or insufficient (fewer than 3 other exchanges returned a comparable contract; inverse, dated and unlisted contracts are not compared, and that is not a verdict on the price). Use before acting on a live price: \"is this Bybit BTC price in line with the market?\" Symbol is the perp symbol as that exchange names it (e.g. BTCUSDT on bybit, ETH-USDT-SWAP on okx). Returns: status, summary, median, peerMedian, spreadPct, deviationPct, sources, quotes (price per exchange), thresholds_pct, as_of.", "inputSchema": { "properties": { "exchange": { "description": "Exchange code of the price being checked, e.g. bybit, binance, okx, gate, kucoin, hyperliquid, mexc", "type": "string" }, "symbol": { "description": "That exchange's own perpetual symbol, e.g. BTCUSDT (bybit/binance), ETH-USDT-SWAP (okx), BTCUSDC (hyperliquid)", "type": "string" } }, "required": [ "exchange", "symbol" ], "type": "object" }, "name": "workflow.run_price_consensus", "outputSchema": null }, { "description": "Risk-parity (equal or custom risk contribution) portfolio weights for N assets: given a covariance matrix (or N return series to compute one from), finds long-only weights where each asset contributes its target share of total portfolio risk. Use when user asks \"what weights give each asset equal risk contribution?\" or \"how do I risk-parity-weight this portfolio?\". A portfolio-construction calculation, not a buy/sell recommendation. Returns: weights, risk_contributions (should match risk_budgets exactly at convergence), portfolio_volatility.", "inputSchema": { "properties": { "covariance": { "description": "Direct NxN covariance matrix, if not supplying returns[][] directly.", "items": { "items": { "type": "number" }, "type": "array" }, "type": "array" }, "returns": { "description": "One return series per asset (2+ assets, all series the same length). Provide this OR covariance, not both.", "items": { "items": { "type": "number" }, "type": "array" }, "type": "array" }, "risk_budgets": { "description": "Target risk share per asset, one per asset (need not sum to 1, normalized internally). Default: equal (1/N each).", "items": { "type": "number" }, "type": "array" } }, "type": "object" }, "name": "workflow.run_risk_parity", "outputSchema": null }, { "description": "Full risk:reward analysis: takes a trade with entry, stop, AND target (all three). Calculates R:R ratio, position size, liquidation price, breakeven, and P&L at both stop and target. Returns a verdict: strong (3:1+) / good (2:1+) / marginal / poor, specifically graded on the R:R ratio. For a full setup check tied to a live exchange/symbol (including funding cost), see workflow.run_pre_trade_check; its verdict covers overall setup safety, not just R:R. Use when user asks \"is this trade worth taking?\" or \"what's my risk reward on this setup?\".", "inputSchema": { "properties": { "account_balance": { "description": "Account balance in USDT", "type": "number" }, "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined (e.g. Bybit BTCUSD). position_size/notional are USD notional (contracts) for inverse; pnl_at_stop/pnl_at_target come back denominated in the base coin.", "enum": [ "linear", "inverse" ], "type": "string" }, "entry_price": { "description": "Entry price", "type": "number" }, "fee_close_pct": { "description": "Close fee rate (default 0.0005)", "type": "number" }, "fee_open_pct": { "description": "Open fee rate (default 0.0002)", "type": "number" }, "leverage": { "description": "Leverage multiplier", "type": "number" }, "mmr": { "description": "Maintenance margin rate (default 0.005)", "type": "number" }, "risk_pct": { "description": "Max risk as % of account", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "stop_loss": { "description": "Stop-loss price", "type": "number" }, "take_profit": { "description": "Take-profit price", "type": "number" } }, "required": [ "side", "entry_price", "stop_loss", "take_profit", "account_balance", "risk_pct", "leverage" ], "type": "object" }, "name": "workflow.run_risk_reward", "outputSchema": null }, { "description": "Scale-out planner: P&L, ROI, and cumulative P&L for each partial exit level. Use when user wants to take profit at multiple targets: \"close 30% at $90k, 30% at $95k, 40% at $100k, what's my total P&L?\". Returns: per-level pnl, weightedAvgExitPrice, totalRoi.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. total_size is USD notional (contracts) for inverse, and per-level pnl comes back denominated in the base coin.", "enum": [ "linear", "inverse" ], "type": "string" }, "entry_price": { "description": "Entry price", "type": "number" }, "exits": { "items": { "properties": { "pct": { "description": "% of total_size to exit here", "type": "number" }, "price": { "type": "number" } }, "required": [ "price", "pct" ], "type": "object" }, "maxItems": 10, "minItems": 2, "type": "array" }, "fee_close_pct": { "description": "Close fee rate (default 0.0005)", "type": "number" }, "fee_open_pct": { "description": "Open fee rate (default 0.0002)", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "total_size": { "description": "Total position size in base currency", "type": "number" } }, "required": [ "side", "entry_price", "total_size", "exits" ], "type": "object" }, "name": "workflow.run_scale_out", "outputSchema": null }, { "description": "Run a scenario analysis: compute PnL for multiple price-change percentages at once. Use when user asks \"show me my P&L if BTC moves -10%, -5%, +5%, +10%\". Returns: array of { deltaPct, exitPrice, netPnl, roe }.", "inputSchema": { "properties": { "contractType": { "description": "linear = USDT-margined (default), inverse = coin-margined. For inverse, size is USD contracts and pnl/fees come out in the base coin.", "enum": [ "linear", "inverse" ], "type": "string" }, "deltasPct": { "description": "List of price change percentages, e.g. [-10, -5, 0, 5, 10]. Must be at least -100 (exactly -100 only for linear contracts; inverse contracts need more than -100)", "items": { "type": "number" }, "type": "array" }, "entryPrice": { "description": "Entry price", "type": "number" }, "feeClosePct": { "description": "Closing fee fraction", "type": "number" }, "feeOpenPct": { "description": "Opening fee fraction", "type": "number" }, "side": { "enum": [ "long", "short" ], "type": "string" }, "size": { "description": "Position size in base asset", "type": "number" } }, "required": [ "side", "entryPrice", "size", "deltasPct" ], "type": "object" }, "name": "workflow.run_scenario_planning", "outputSchema": null }, { "description": "Market Profile day-type classifier: trend / balance / neutral_trend / normal / normal_var, from TPO, initial balance, range extension and value migration. Use for \"is this a trend day or a balance day?\". Returns: structure (the day-type label), description, bias, key_signals, key_levels (VAH/VAL/VPOC/IB/session high-low), tails (session-high/low rejection tails and single prints), scenario_framing, invalidation level.", "inputSchema": { "properties": { "candles": { "description": "Optional OHLCV for the session; omit to fetch from venue (reproducible + 0 COGS when supplied)", "items": { "type": "object" }, "type": "array" }, "instrument": { "description": "Symbol, e.g. BTCUSDT", "type": "string" }, "prev_candles": { "description": "Optional OHLCV for the previous session", "items": { "type": "object" }, "type": "array" }, "session_date": { "description": "Session date YYYY-MM-DD (UTC)", "type": "string" }, "timeframe": { "description": "Candle timeframe (default 15m)", "enum": [ "1m", "5m", "15m", "30m" ], "type": "string" }, "value_area_rule": { "description": "Value-area fraction 0.5–0.9 (default 0.70)", "type": "number" }, "venue": { "description": "Exchange to fetch candles from when candles[] not supplied", "enum": [ "binance", "bybit" ], "type": "string" } }, "required": [ "instrument", "venue", "session_date" ], "type": "object" }, "name": "workflow.run_session_structure", "outputSchema": null }, { "description": "Sharpe ratio with the Lo (2002) serial-correlation-aware annualization correction (the naive sqrt(periods_per_year) scaling overstates or understates the true annualized Sharpe when returns are autocorrelated), plus the Probabilistic Sharpe Ratio (Bailey & Lopez de Prado): the probability the true Sharpe exceeds a benchmark, adjusted for the sample's skewness/kurtosis and length, not just its point estimate. Use when user asks \"what's my real annualized Sharpe, not the naive one?\" or \"how confident can I be this Sharpe ratio is actually good?\". Returns: sharpe_period, sharpe_annualized_naive, sharpe_annualized_lo, autocorrelation_lag1, psr, skewness, kurtosis.", "inputSchema": { "properties": { "benchmark_sharpe": { "description": "Benchmark Sharpe ratio for the PSR test, same periodicity as returns (default 0)", "type": "number" }, "periods_per_year": { "description": "Periods per year for annualization (default 365, crypto convention - trades every day)", "type": "number" }, "returns": { "description": "Return series, one value per period", "items": { "type": "number" }, "minItems": 3, "type": "array" } }, "required": [ "returns" ], "type": "object" }, "name": "workflow.run_sharpe_stats", "outputSchema": null }, { "description": "Payoff, breakeven(s), and max profit/loss for a Deribit BTC/ETH vertical spread (2 legs, same option type, opposite direction, e.g. a bull call spread) or an iron condor/butterfly (4 legs: 2 calls + 2 puts) at a scenario price. Coin-settled, and the max profit/loss are genuinely NOT the flat, textbook USD-settled values: because each leg's own payoff is divided by the settlement price, (1) a debit vertical spread's peak payoff occurs exactly at its short strike, not \"anywhere beyond it\" - and its profit is a finite WINDOW that closes again at a high enough price, decaying back toward a full loss of the premium paid, and (2) an iron condor/butterfly's max loss is genuinely UNBOUNDED toward price->0 (maxLossCoin: null) if it has a put wing, unlike the \"capped at wing width\" USD-settled result - only the call side is actually bounded. Use when user asks about a bull/bear call/put spread, vertical spread, iron condor, or iron butterfly, e.g. \"what's my max loss on this BTC call spread?\" or \"where do my iron condor breakevens sit?\". Returns: structureType (vertical_spread/iron_condor/iron_butterfly, inferred from the legs given), netDebitCoin (negative = credit received), scenarioPayoffCoin, scenarioPnlCoin/Usd, breakevenPrices (0-3, ascending), maxLossCoin/maxProfitCoin (null = unbounded), isProfitable.", "inputSchema": { "properties": { "currency": { "description": "Underlying coin. Default BTC.", "enum": [ "BTC", "ETH" ], "type": "string" }, "legs": { "description": "Exactly 2 legs (same option type, opposite position - a vertical spread) or 4 legs (2 calls + 2 puts - an iron condor/butterfly). Each leg: { optionType: call|put, position: long|short, strike: number, premiumCoin: number }.", "items": { "properties": { "optionType": { "enum": [ "call", "put" ], "type": "string" }, "position": { "enum": [ "long", "short" ], "type": "string" }, "premiumCoin": { "description": "Premium per contract, in the base coin", "type": "number" }, "strike": { "description": "USD", "type": "number" } }, "required": [ "optionType", "position", "strike", "premiumCoin" ], "type": "object" }, "maxItems": 4, "minItems": 2, "type": "array" }, "quantity": { "description": "Number of spread/condor units", "type": "number" }, "scenarioPrice": { "description": "Underlying price in USD to evaluate the payoff at", "type": "number" } }, "required": [ "legs", "quantity", "scenarioPrice" ], "type": "object" }, "name": "workflow.run_spread_payoff", "outputSchema": null }, { "description": "Reads the same real-world bet's live price from 2-5 prediction-market venues at once (Kalshi, Polymarket, ADI Predictstreet, Limitless, Myriad) and reports the spread between the cheapest and most expensive. The caller supplies each venue's own identifier for what they've confirmed is the same underlying bet; this tool never auto-matches events across venues, only reads and compares prices for identifiers you provide. Use when user asks \"is this bet priced differently on Kalshi vs Polymarket?\" or \"which venue has the best price on this?\". Returns: quotes[] (venue, identifier, label, probabilityPct, available, error), availableCount, cheapestVenue, mostExpensiveVenue, spreadPct (percentage points, null if fewer than 2 quotes resolved).", "inputSchema": { "properties": { "quotes": { "description": "One entry per venue you want to compare: 2 to 5 total. Each must genuinely be the same real-world bet; this tool does not verify that for you.", "items": { "properties": { "identifier": { "description": "Kalshi ticker, Polymarket slug, ADI Predictstreet symbol, Limitless slug, or Myriad slug, matching the venue field.", "type": "string" }, "venue": { "enum": [ "kalshi", "polymarket", "adi", "limitless", "myriad" ], "type": "string" } }, "required": [ "venue", "identifier" ], "type": "object" }, "maxItems": 5, "minItems": 2, "type": "array" } }, "required": [ "quotes" ], "type": "object" }, "name": "workflow.run_spread_reader", "outputSchema": null }, { "description": "Payoff, P&L, and both breakeven prices for a long or short straddle/strangle (a call + a put on the same Deribit BTC/ETH underlying, both legs the same direction) at a scenario price. A straddle is callStrike === putStrike; any callStrike > putStrike makes it a strangle, same formula either way. Coin-settled like workflow.run_options_payoff: a long position's max loss is the flat total premium paid (between the strikes, both legs worthless); max profit is technically unbounded, dominated by the put leg's payoff as price falls toward zero. Use when user asks about a straddle or strangle, e.g. \"what does a BTC straddle pay off if price barely moves?\" or \"where are my breakevens on this strangle?\". Returns: combinedIntrinsicCoin, scenarioPnlCoin, scenarioPnlUsd, upperBreakevenPrice, lowerBreakevenPrice, maxLossCoin/maxProfitCoin (null = unbounded), isStraddle, isProfitable.", "inputSchema": { "properties": { "callPremiumCoin": { "description": "Call leg premium per contract, in the base coin (e.g. 0.02 BTC)", "type": "number" }, "callStrike": { "description": "Call leg strike, USD. Equal to putStrike for a straddle, higher for a strangle.", "type": "number" }, "currency": { "description": "Underlying coin. Default BTC.", "enum": [ "BTC", "ETH" ], "type": "string" }, "position": { "enum": [ "long", "short" ], "type": "string" }, "putPremiumCoin": { "description": "Put leg premium per contract, in the base coin", "type": "number" }, "putStrike": { "description": "Put leg strike, USD. Must be <= callStrike.", "type": "number" }, "quantity": { "description": "Number of straddle/strangle units (both legs sized equally)", "type": "number" }, "scenarioPrice": { "description": "Underlying price in USD to evaluate the payoff at", "type": "number" } }, "required": [ "position", "callStrike", "putStrike", "callPremiumCoin", "putPremiumCoin", "quantity", "scenarioPrice" ], "type": "object" }, "name": "workflow.run_straddle_strangle", "outputSchema": null }, { "description": "Live price-impact quote for a Solana token swap: routed through Jupiter (the same aggregator real swaps use) across every pool it knows about, not a single-pool estimate. Use when user asks \"how much slippage will I eat swapping X tokens?\" or \"what will I actually get if I sell N tokens?\". Returns: outputAmount, priceImpactPct, effectivePrice, marketPriceUsd, liquidityUsd, routable (false + error if the size can't be routed at all).", "inputSchema": { "properties": { "amount": { "description": "Amount of the token to swap, in human units (not raw base units)", "type": "number" }, "mint": { "description": "Solana mint address of the token being sold (base58)", "type": "string" }, "outputAsset": { "description": "Asset to receive. Default USDC.", "enum": [ "USDC", "SOL" ], "type": "string" } }, "required": [ "mint", "amount" ], "type": "object" }, "name": "workflow.run_swap_price_impact", "outputSchema": null }, { "description": "Token rug-pull MECHANISM check for a Solana token (mint address): can the deployer still mint supply, freeze wallets, pull liquidity, swap metadata, or has RugCheck flagged a known scam pattern (e.g. copycat token)? Fetches live facts from RugCheck (GoPlus as fallback) and returns a transparently-weighted composite score. Deliberately does NOT score holder concentration or \"whale dump\" impact: those are properties of any liquid market (a legit protocol's top holders are routinely treasury/vesting/exchange wallets), not rug signals; they are returned separately as informational market_context. Use when user asks \"is this token a rug pull?\" or \"is [token] safe to buy?\". This is a sourced, timestamped read of public facts, not a safety guarantee. Returns: score (0-100), verdict (clean/caution/high_risk/red_flags), verdict_summary, components breakdown, facts, market_context, sources.", "inputSchema": { "properties": { "mint": { "description": "Solana token mint address (base58)", "type": "string" } }, "required": [ "mint" ], "type": "object" }, "name": "workflow.run_token_risk_check", "outputSchema": null }, { "description": "Return \"unsmoothing\" for infrequently-marked/illiquid or appraisal-based series: Getmansky-Lo-Makarov (2004) MA(2) smoothing index plus Blundell-Ward (1987) AR(1) volatility inflation, two complementary models answering \"this return series looks smoother than it really is; what's the true volatility?\". Use when user asks \"how much is appraisal smoothing understating my real volatility?\" or \"what's my de-smoothed Sharpe ratio?\". Returns: glm_theta (MA(2) weights), glm_smoothing_index (xi, 1=no smoothing, down to 1/3 for max MA(2) smoothing), glm_true_volatility_multiplier, glm_converged (false if the fit may be unreliable - treat that result with caution), bw_alpha (AR(1) coefficient = lag-1 autocorrelation, can be negative), bw_smoothing_detected (false when alpha<=0: no evidence of smoothing, bw_volatility_multiplier is then pinned to 1 with no correction applied rather than a misleading below-1 value), bw_volatility_multiplier, and each model's own true_stdev estimate.", "inputSchema": { "properties": { "returns": { "description": "The observed (possibly smoothed) return series, at least 20 values", "items": { "type": "number" }, "minItems": 20, "type": "array" } }, "required": [ "returns" ], "type": "object" }, "name": "workflow.run_unsmoothing", "outputSchema": null }, { "description": "Market Profile value-area migration across sessions: is value migrating up, down, or overlapping (directional conviction vs balance)? Use for \"is value moving higher day over day?\". Returns: state, direction, migration_pct, key_levels (current vs. prior session VAH/VAL/VPOC), tails (session-high/low rejection tails and single prints), scenario_framing, invalidation level.", "inputSchema": { "properties": { "candles": { "description": "Optional OHLCV for the session; omit to fetch from venue (reproducible + 0 COGS when supplied)", "items": { "type": "object" }, "type": "array" }, "instrument": { "description": "Symbol, e.g. BTCUSDT", "type": "string" }, "lookback_sessions": { "description": "Sessions to compare, 1–5 (default 1)", "type": "number" }, "prev_candles": { "description": "Optional OHLCV for the previous session", "items": { "type": "object" }, "type": "array" }, "session_date": { "description": "Session date YYYY-MM-DD (UTC)", "type": "string" }, "timeframe": { "description": "Candle timeframe (default 15m)", "enum": [ "1m", "5m", "15m", "30m" ], "type": "string" }, "value_area_rule": { "description": "Value-area fraction 0.5–0.9 (default 0.70)", "type": "number" }, "venue": { "description": "Exchange to fetch candles from when candles[] not supplied", "enum": [ "binance", "bybit" ], "type": "string" } }, "required": [ "instrument", "venue", "session_date" ], "type": "object" }, "name": "workflow.run_value_migration", "outputSchema": null }, { "description": "Parametric Value at Risk (VaR) and Conditional VaR / Expected Shortfall (CVaR), the variance-covariance method (assumes normally distributed returns), plus Modified VaR (Cornish-Fisher skew/kurtosis correction, Boudt/Peterson/Croux) when a return series is supplied. Supply either a return series or a mean/stdev pair directly, at a confidence level. Output is at the same periodicity as the input (no automatic annualization) - a daily return series gives a daily VaR/CVaR. Use when user asks \"what's my VaR at 95%/99%?\", \"what's my expected shortfall on this position?\", or \"does my Sharpe/VaR estimate need a fat-tails correction?\". Returns: var, cvar (both positive loss magnitudes; cvar >= var always), z, mean, stdev, skewness, excess_kurtosis (both null unless 3+ returns were supplied), var_modified (skew/kurtosis-adjusted VaR; null when skewness is, OR when this series' skew/kurtosis are too extreme for the Cornish-Fisher expansion to be a valid quantile - skewness/excess_kurtosis are still returned in that case).", "inputSchema": { "properties": { "confidence": { "description": "Confidence level, 0-1 exclusive (default 0.95)", "type": "number" }, "mean": { "description": "Mean return, if not supplying returns[] directly", "type": "number" }, "returns": { "description": "Return series (e.g. daily % returns as decimals). Provide this OR mean+stdev, not both.", "items": { "type": "number" }, "minItems": 2, "type": "array" }, "stdev": { "description": "Standard deviation of returns, if not supplying returns[] directly", "type": "number" } }, "type": "object" }, "name": "workflow.run_var_cvar", "outputSchema": null }, { "description": "Checks a wallet address (Solana or any of 5 EVM chains) against independent flag databases: GoPlus (malicious-address categories, all chains), Webacy (address analysis + sanctions check, all chains), and ScamSniffer (public phishing/drainer blacklist, EVM chains only), and returns each source's own facts separately, never merged into one invented score. Use when user asks \"is this wallet address flagged?\" or \"is it safe to send to this address?\". A clean result means \"nothing found in these databases,\" not a certified-safe verdict. Returns: goplus (flags[], categoriesChecked), webacyGeneral (overallRisk, dprk/hack/ofacSanctioned, exchangeLabel), webacySanctions (status), scamSniffer (flagged; not applicable on Solana). Each source has an `available` flag: false + error if that source failed independently.", "inputSchema": { "properties": { "chain": { "description": "Chain of the wallet address. Default solana.", "enum": [ "solana", "ethereum", "base", "bsc", "arbitrum", "polygon" ], "type": "string" }, "walletAddress": { "description": "Wallet address (base58 for Solana, 0x... for EVM chains)", "type": "string" } }, "required": [ "walletAddress" ], "type": "object" }, "name": "workflow.run_wallet_flag_check", "outputSchema": null }, { "description": "Theoretical fair value for a time-windowed crypto up/down contract (the shape ADI Predictstreet and Kalshi-style daily crypto markets use: pays out based on whether the settlement price finishes at/above or below a reference price pinned at window open, by a fixed close time): a cash-or-nothing digital option, priced with the standard N(d2) formula. Use this when there's no live market price to read (e.g. a venue's contract has real terms but zero trading volume) instead of a live-market odds tool. Volatility is a required manual input; there is no live implied-vol market on these contracts to pull it from. Use when user asks \"what should this up/down contract be worth?\" or \"what's the fair probability BTC finishes above $X in N minutes?\". Returns: d1, d2, probAbovePct, probBelowPct, fairPriceAboveCents, fairPriceBelowCents (cents convention, directly comparable to how these venues quote a contract).", "inputSchema": { "properties": { "currentPrice": { "description": "Current spot price of the coin, in USD.", "type": "number" }, "minutesToClose": { "description": "Minutes remaining until the window closes/settles.", "type": "number" }, "referencePrice": { "description": "The reference/pinned price the contract resolves against (the window's open price, or a stated strike).", "type": "number" }, "riskFreeRatePct": { "description": "Risk-free rate in percentage points. Default 0: negligible for these short windows.", "type": "number" }, "volatilityPct": { "description": "Annualized volatility, in percentage points (e.g. 50 for 50%). Required; no live source for this on these contracts.", "type": "number" } }, "required": [ "currentPrice", "referencePrice", "minutesToClose", "volatilityPct" ], "type": "object" }, "name": "workflow.run_window_fair_value", "outputSchema": null } ] }
Verify it yourselfcurl -s https://api.teppi.xyz/v1/evidence/sha256:f4c8b6a08baf40693198f759381f6eb7ec0d504a95f2c3552711538a6305716d | sha256sum