Alpaca Trading API integration for Model Context Protocol (MCP)
Alphaassay Com MCP is installed from its publisher's own source and answers where it runs, so this marketplace is not in the path of a single call. There is no address here to send one to, and a panel that pretended otherwise would be showing you an answer we made up. Install it and call it from your own client — the Installation tab has the entry for each one.
What it does
Validate trading signals and backtests: overfitting checks, signed pass/fail verdicts. Not advice.
Quickstart
# 1 — add it to Claude Code
claude mcp add --scope user --transport http mcp-alphaassay-com-mcp https://mcp.alphaassay.com/mcp
# 2 — ask your agent for something these tools do
# assay_demo, assay_signal, assay_reproduce and 18 more
Alphaassay Com MCP costs nothing on mcprush: there is no plan to choose here, no cap to set and nothing mcprush can bill you for.
Collected from a public index. Nobody has claimed this account, so nothing here was written by its author — claim it if it is yours.
Where are you running it?
Every route below installs the same thing and ends at the same approval screen. Nothing here runs on your machine and nothing runs on ours: this server answers at its publisher’s own address, and what you install is the connection straight to it.
This is a public server: it answers at its publisher’s own address and this marketplace is not in the path. Claude Code registers it in one command; --scope user makes it available in every project. The transport below is http, read from the address; if the publisher says otherwise, swap that one word.
claude mcp add --scope user --transport http mcp-alphaassay-com-mcp https://mcp.alphaassay.com/mcpReconnect, or start a new session, and the tools appear in the model’s tool list.
One config entry pointing straight at the publisher’s own address — this marketplace is not in the path, and nothing from this listing executes on your machine.
21 tools, with what each one reads, writes and reaches shown before you agree — the same list on every route above. Read the tool surface.
Tool surface
What the model actually sees. Descriptions are diffed on every release — see version history.
Use this when you want to see AlphaAssay's exact verdict envelope -- schema, findings, leakage taxonomy -- on a built-in example before spending a check. A methodology audit; no buy/sell advice. Free demo verdict -- see AlphaAssay's full output shape in one call. Runs the real fail-closed validator over a built-in 40-trade example and returns the complete verdict envelope (verdict, qualitative fi
No parameter schema on file.
Use this when you have a backtest result or live track record (a trades log, equity curve or QuantConnect export) and need to know whether the edge is real or just overfitting, survivorship or luck. Validate a trading strategy export: fail-closed statistical verdict. Reality-check for backtest results, trade lists and equity curves (overfitting detection, deflated Sharpe, multiple-testing deflati
| Parameter | Type | Required | Notes |
|---|---|---|---|
| trades_csv | string | no | Your realised trade log as CSV (pnl and/or return_pct per closed trade) -- the track record to put on trial for overfitting and luck. |
| equity_csv | string | no | Equity-curve CSV (timestamp,equity) as an alternative to trades_csv; per-period returns are derived from it. |
| signals_csv | string | no | Signal/position CSV if you have entries rather than realised pnl; converted to returns before grading. |
| n_trials | no | How many strategy variants you tried before this one (grid size / optimisation attempts). Drives the deflated-Sharpe multiple-testing correction -- under-reporting it inflates your own verdict. | |
| out_of_sample | no | True if the track record is genuine out-of-sample / walk-forward, not the in-sample fit. | |
| fee_bps_per_side | no | Round-trip cost assumption in basis points per side (slippage + commission) for the net-of-cost reality check. | |
| quantconnect_json | no | Optional QuantConnect backtest export; parsed into trades/returns automatically. | |
| label | string | no | Optional human label for the run (echoed back, not scored). |
| pit_evidence | no | Optional point-in-time / look-ahead attestation object; can only demote (flag pit_lookahead), never improve the verdict. | |
| source_rights | no | Optional data-rights / provenance disclosure for the track record (licensing, vendor). | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when someone hands you a claimed track record and you want to recompute it yourself from the fills and candles -- an arithmetic audit of the numbers, not buy/sell advice. Independently recompute a claimed track record -- audit the arithmetic, not the story. New audit object: not the signal, the CALLER'S CALCULATION. Send the trades (entry/exit time, price, side), the candles they were fi
| Parameter | Type | Required | Notes |
|---|---|---|---|
| trades | no | The claimed fills to audit: entry/exit time, price and side per trade -- checked arithmetically against the bars. | |
| ohlcv_by_symbol | no | Candles per symbol {symbol: {time,open,high,low,close,volume}} the trades were supposedly filled on -- used to catch fills outside the bar range. | |
| claimed | no | The performance the seller claims (e.g. total return / Sharpe) so the audit can confirm or refute it. | |
| fee_bps_per_side | no | Round-trip cost in bps/side for the recomputation. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you have a raw fill or trade log and want it scanned for internal contradictions -- look-ahead timestamps, pnl that disagrees with the row's own prices, duplicate or out-of-order fills. Interrogate a raw fill log for internal contradictions -- no candles needed. assay_preflight lints shape, assay_reproduce audits arithmetic against candles; this tool needs nothing but the log itself
| Parameter | Type | Required | Notes |
|---|---|---|---|
| trades | no | Raw trade/fill rows to scan for defects: look-ahead timestamps, pnl or return contradicting the row's own prices, duplicate or out-of-order fills. | |
| trading_calendar | string | no | Supported market-calendar literal: '24/7' for continuous markets or 'weekdays' for a Monday-Friday calendar. |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when a signal looks good but you suspect leakage or look-ahead and want to know WHY it fails, not just that it fails -- a diagnostic audit, it does not give buy/sell advice. Leakage forensics: WHY your signal fails, not just that it fails. Upload your own decision timestamps (symbol, decision_time with explicit timezone, long/short) plus OHLCV candles and get a forensic diagnosis: does t
| Parameter | Type | Required | Notes |
|---|---|---|---|
| signal_events | array | yes | Signal decisions with the schema-accepted fields {decision_time, symbol, direction, confidence?} to test for timing leakage. |
| ohlcv_by_symbol | object | yes | Candles per symbol the events are scored against for the look-ahead / front-loading forensics. |
| primary_horizon | integer | no | Forward horizon in bars the signal claims to predict, for the leakage attribution. |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you want a code-computed DSL backtest whose deflated- Sharpe verdict still means something after repeated searching -- every run is priced into your family's trial ledger. A research audit, not buy/sell advice. Ledger-aware DSL backtest with honest family-level trial accounting. Define the strategy as an executable JSON DSL (indicators: sma, ema, rsi, atr, roc, zscore, price; ops: c
| Parameter | Type | Required | Notes |
|---|---|---|---|
| spec | yes | Executable JSON DSL strategy (indicators sma/ema/rsi/atr/roc/zscore/price; ops cross_above/cross_below/gt/lt/and/or/not) -- the rule to backtest and record in your family ledger. | |
| ohlcv_by_symbol | object | yes | Your candles per symbol to run the DSL rule on. |
| fee_bps_per_side | no | Round-trip cost in bps/side for net returns. | |
| variants_in_call | integer | no | How many sibling variants this call represents, for honest family-level trial accounting. |
| sketch_opt_out | boolean | no | True to skip persisting the 32-bucket return sketch (data minimisation); the trial then counts in full toward the family budget. |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you want the whole reality-check battery on a strategy in one call -- overfitting, leakage, costs, regimes and a matched-random placebo -- as a demote-only dossier, never buy/sell advice. The full reality-check battery in ONE call -- validator, family deflation, matched-random placebo, capacity ceiling and graveyard prior chained into a single consolidated dossier. Instead of pass/fa
| Parameter | Type | Required | Notes |
|---|---|---|---|
| spec | yes | Executable JSON DSL strategy to run the full battery on. | |
| ohlcv_by_symbol | object | yes | Your candles per symbol for the gauntlet. |
| adv_by_symbol_usd | no | Average daily dollar volume per symbol, for the capacity / market-impact stress. | |
| fee_bps_per_side | no | Round-trip cost in bps/side. | |
| variants_in_call | integer | no | Sibling-variant count for family trial accounting. |
| sigma_by_symbol_pct | no | Per-symbol volatility (%) input for the risk/capacity cells when you have it. | |
| funding_by_symbol | no | Per-symbol funding-rate series so the funding-edge stage can net carry out of the edge. | |
| sketch_opt_out | boolean | no | True to skip the return sketch (data minimisation). |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you want your strategy actively attacked -- execution lag, cost stress, regime split, parameter neighbourhood, drift-burst -- to see what kills it first. Demote-only; it does not give buy/sell advice. We do not check your signal -- we actively try to KILL it. An adversary runs a battery of stress attacks against your strategy (execution-lag push, cost stress, time jackknife, regime s
| Parameter | Type | Required | Notes |
|---|---|---|---|
| spec | yes | Executable JSON DSL strategy to attack with the survival map. | |
| ohlcv_by_symbol | object | yes | Your candles per symbol for the attack battery. |
| fee_bps_per_side | no | Round-trip cost in bps/side for the cost stress. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you have the T x N returns of a grid search and want the probability of backtest overfitting (PBO, CSCV) -- did the sweep find an edge or manufacture one? A demote-only audit, not buy/sell advice. Did your parameter sweep FIND an edge -- or manufacture one? PBO over the whole trial matrix. Submit the full T x N payoff matrix of every configuration you tried (rows = time-ordered per-
| Parameter | Type | Required | Notes |
|---|---|---|---|
| returns_matrix | array | yes | T x N matrix: per-period returns for each of your N grid/sweep configurations -- the raw material for probability-of-backtest-overfitting (CSCV). |
| n_groups | integer | no | Number of CSCV partitions (even; combinatorial in/out-of-sample splits). |
| purge | integer | no | Bars purged around each split to break serial-correlation leak. |
| embargo | integer | no | Extra embargo bars after each test block. |
| periods_per_year | no | Annualisation factor for the reported Sharpes. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you have VaR or Expected-Shortfall forecasts and need to know whether reality breached them more often or deeper than your claimed tail level allows -- a risk-forecast audit, not buy/sell advice. Does your risk model's VaR/ES forecast survive contact with reality? Exceedance backtest over YOUR forecasts -- a new claim type: risk numbers, not return claims. Submit realised per-period
| Parameter | Type | Required | Notes |
|---|---|---|---|
| returns | array | yes | Realised per-period returns (the outcomes your risk model was forecasting for). |
| var_forecasts | array | yes | Your model's ex-ante VaR forecasts (positive loss thresholds at level alpha) to backtest for breaches. |
| es_forecasts | no | Optional matching expected-shortfall forecasts; enables the joint (VaR, ES) e-process tail test. | |
| alpha | no | Tail level, e.g. 0.05 for a 95% VaR (0.001-0.25). Sets the Basel traffic-light expectation. | |
| benchmark_var_forecasts | no | Optional naive/benchmark VaR forecasts (e.g. a rolling historical quantile) for the Diebold-Mariano equal-predictive-ability test -- lose to it and the claim is demoted. | |
| benchmark_es_forecasts | no | Optional benchmark ES forecasts; switches the EPA test to the joint FZ0 loss. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when your model emits prediction intervals or confidence bands and you want to audit whether realised outcomes actually fall inside them at the claimed coverage -- a calibration audit, not advice. Does your model's confidence label survive contact with outcomes? Coverage audit over prediction intervals -- confidence claims are the third claim type after return claims and risk forecasts.
| Parameter | Type | Required | Notes |
|---|---|---|---|
| intervals_lower | array | yes | Lower bounds of your prediction intervals, per point. |
| intervals_upper | array | yes | Upper bounds of your prediction intervals, per point. |
| outcomes | array | yes | Realised outcomes each interval was meant to cover. |
| claimed_coverage | no | The coverage level you claim, e.g. 0.9 for 90% prediction intervals. | |
| calibration_size | no | Optional size of the calibration set used to build the intervals; enables the exact beta-binomial (small-sample-fair) grading. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you ran a grid or parameter sweep and want to know WHICH variants survive family-wise error control (FWER) rather than surfacing by chance -- an error-budget disclosure, not buy/sell advice. WHICH variants of your sweep survive family-wise error control -- an error-budget disclosure, never a ranking. Send the same T x N trial matrix assay_pbo grades (rows = time-ordered periods, col
| Parameter | Type | Required | Notes |
|---|---|---|---|
| returns_matrix | no | The same T x N trial matrix assay_pbo grades (rows = periods, columns = strategies) -- here for FWER survivor analysis: which survive multiple-testing. | |
| alpha | no | Family-wise error rate to control (e.g. 0.05). | |
| n_bootstrap | integer | no | Bootstrap resamples for the stepwise multiple test. |
| block_length | no | Stationary-bootstrap block length (bars) to preserve serial correlation. | |
| periods_per_year | no | Annualisation factor for reporting. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you have a return history and want the full combinatorial purged cross-validation (CPCV) distribution -- not one walk-forward number -- to see how path-dependent the edge really is. The FULL combinatorial purged CV distribution over your return history -- not one number, the whole picture. The gauntlet's cpcv stage answers a single question; this tool hands over everything behind it
| Parameter | Type | Required | Notes |
|---|---|---|---|
| returns | no | Per-period returns of the strategy to cross-validate. | |
| spec | no | Optional DSL spec if you want CPCV to recompute from rules. | |
| ohlcv_by_symbol | no | Candles per symbol when a spec is supplied. | |
| n_groups | integer | no | Number of combinatorial purged CV groups (even). |
| purge | integer | no | Bars purged around each test block to stop leakage. |
| embargo | integer | no | Embargo bars after each test block. |
| fee_bps_per_side | no | Round-trip cost in bps/side. | |
| periods_per_year | no | Annualisation factor for the reported Sharpes. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you optimised over a grid and want to submit the WHOLE sweep honestly -- every variant a ledger trial the family budget prices, so selection bias cannot hide. A research audit, not buy/sell advice. Submit your WHOLE parameter sweep honestly -- one call, every variant a ledger trial. You searched N variants; showing only the winner is exactly the selection bias the family budget pric
| Parameter | Type | Required | Notes |
|---|---|---|---|
| specs | no | Explicit list of DSL strategy variants to submit as one honest sweep -- every variant a ledger trial the family budget prices. | |
| base_spec | no | Base DSL spec to expand with grid instead of listing specs explicitly. | |
| grid | no | Parameter grid {param: [values]} expanded against base_spec into the full variant set. | |
| ohlcv_by_symbol | no | Your candles per symbol for every variant. | |
| fee_bps_per_side | no | Round-trip cost in bps/side. | |
| sketch_opt_out | boolean | no | True to skip return sketches for every variant. |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you want to seal a strategy and its success criteria NOW, before the forward data exists, so that registration cannot be adapted or backfilled against those later bars -- a commitment audit, not buy/sell advice. Pre-register a signal NOW; freeze its terms before the forward evidence exists. Signal commitment: your strategy spec (executable JSON DSL) is canonically hashed and committ
| Parameter | Type | Required | Notes |
|---|---|---|---|
| spec | yes | DSL strategy whose canonical hash and terms are committed to tenant state now, before forward data, and queued for later daily operator-published Merkle inclusion. The return is not an inclusion proof | |
| maturity_bars | integer | no | Bars of forward data required before assay_verdict may evaluate it (the maturity window). |
| embargo_bars | integer | no | Bars after registration to embargo before evaluation. |
| hypothesis | no | Your sealed success criteria (target metric, threshold, costs) so the later verdict cannot move the goalposts. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when a signal was pre-registered with assay_register and the maturity window has passed -- get the post-cutoff verdict computed only from data after registration. A sealed audit, it gives no buy/sell advice. Post-cutoff verdict under the registration's sealed terms. Evaluates a registration strictly on bars AFTER the registration cutoff, with maturity floor and fail-closed data-gap handl
| Parameter | Type | Required | Notes |
|---|---|---|---|
| prereg_id | string | yes | Id returned by assay_register; the verdict uses ONLY data from after that registration. |
| ohlcv_by_symbol | object | yes | Post-registration candles per symbol to evaluate the sealed strategy on. |
| fee_bps_per_side | no | Round-trip cost in bps/side. | |
| trading_calendar | no | Market calendar for the instrument. | |
| api_key | string | no | API key for a paid MCP check. Hosted Streamable HTTP clients should send it in the Authorization: Bearer transport header so the model never sees the secret; local stdio callers may supply the raw key |
| request_id | no | Optional idempotency key for this paid execution. Retry the same request_id with the same payload to replay one stored result without another charge; reuse with a different payload returns idempotency |
Use this when you want to check, for free, how often a signal family (e.g. sma_cross) has already been falsified and what usually kills it, before spending a check. Anonymised stats only -- no buy/sell advice. Free lookup: how often has this signal family already died? Anonymised falsification statistics per structural signal family -- tested / killed / survived counts, top kill reasons, and the
| Parameter | Type | Required | Notes |
|---|---|---|---|
| strategy | string | no | Strategy family name to look up in the anonymised graveyard, e.g. 'sma_cross' -- what usually kills it. |
| variant | no | Optional variant params to narrow the family lookup. | |
| timeframe | string | no | Optional bar interval to filter the family stats. |
| fingerprint | string | no | Optional precomputed family fingerprint if you have it (skips the name lookup). |
Use this when you want to inspect AlphaAssay's current public calibration state for free rather than trust marketing. Calibration v0 is a population/status disclosure, not an outcome score or track record. Self-calibration of the validator's mature pre-registration population: the published contract exposes a bucketed evaluated-registration counter, an explicit forward-outcomes status of accumula
No parameter schema on file.
Use this when someone hands you a signed AlphaAssay certificate and you want to verify both its Ed25519 signature and current platform trust. A verification tool, not buy/sell advice. Verify a signed AlphaAssay certificate against externally rooted public trust. This hosted verifier evaluates full platform trust. The caller PEM is key evidence, never a trust root. A full valid result additionally
| Parameter | Type | Required | Notes |
|---|---|---|---|
| certificate | object | yes | The separately issued signed certificate/document object to verify against current platform trust. |
| signature_b64 | string | yes | Its base64 Ed25519 signature. |
| public_key_pem | string | yes | Caller-supplied signer-key evidence in PEM form; it is not a platform trust root. |
Use this when you want to judge ANY signal seller -- including us -- with a machine-readable seven-test falsification protocol you can run in an afternoon. It scores methodology, not markets: no buy/sell advice. Test ANY signal provider in an afternoon -- the falsification protocol as machine-readable rules. Seven falsifiable tests that separate edge from selection, runnable against any signal se
No parameter schema on file.
Use this when you want to lint the SHAPE of a submission (DSL spec, candles or trades) for free before spending a check, so a typo never costs you one. A format check only -- it gives no buy/sell advice. Free payload lint -- fix your submission BEFORE spending a check. Validates the SHAPE of what you are about to submit, with the same machine-readable failure vocabulary the paid tools use: DSL sc
| Parameter | Type | Required | Notes |
|---|---|---|---|
| spec | no | DSL strategy to lint for shape/DSL errors before you spend a check. | |
| ohlcv_by_symbol | no | Candles per symbol to sanity-check (aligned, finite, positive). | |
| trades | no | Trade list to lint instead of a spec. |
- Every tool — any call limit is its publisher’s, not ours
- No card, and mcprush charges nothing for it
- Runs at its publisher’s own address — this marketplace is not in the path
- Nothing to cap, because mcprush bills nothing
What counts against your monthly calls
| Tool | Unit | Calls used | Out of the allowance |
|---|
Nothing here is billable: mcprush charges nothing to install Alphaassay Com MCP or to call it, at any volume.
Two independent axes, because powerful and malicious are different questions. The grade is threat only. The capability level is blast radius, and it is never a penalty on the grade — it is priced as one subtract-only term in the score, where you can see it.
This listing is an address its publisher runs, and you connect to it directly — this marketplace is not in the path. The scanner reads packages and public source, and an address is neither. So there is no grade — not a withheld one, an unmeasured one.
Release history
This is an address its publisher runs: which release it serves is theirs to choose, so there is nothing here to pin. The history below is for reading; the current release on file is 1.28.1.
No release note was published with this version.
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