Server data from the Official MCP Registry
Local sports math, DFS settlement, bet analytics, and game-entertainment tools.
Local sports math, DFS settlement, bet analytics, and game-entertainment tools.
Valid MCP server (2 strong, 1 medium validity signals). No known CVEs in dependencies. ⚠️ Package registry links to a different repository than scanned source. Imported from the Official MCP Registry. 1 finding(s) downgraded by scanner intelligence.
14 files analyzed · 1 issue found
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Add this to your MCP configuration file:
{
"mcpServers": {
"io-github-buzzr-app-dfs-engine": {
"args": [
"-y",
"@buzzr/mcp"
],
"command": "npx"
}
}
}From the project's GitHub README.
Pure-TypeScript, zero-dependency engines for sports betting and DFS apps — auditable pick'em settlement, sportsbook odds math, and transparent game-entertainment scoring. The three core engines are pure and perform no I/O; provider contracts inject data, while the CLI and MCP packages are thin boundary wrappers. Feed data in, get deterministic, explainable decisions out — with validation reports and audit trails, because settling money on if (points > line) is how disputes happen. The packages originated in Buzzr, a sports social app; the exact app integration snapshot is documented below.
| Package | What it does | Install |
|---|---|---|
@buzzr/dfs-engine | DFS settlement OS: book policies, grading, payouts, audit trails, batch settlement | npm i @buzzr/dfs-engine |
@buzzr/bets-core | Odds math: no-vig fair lines, parlays, EV, Kelly staking, CLV, period analytics | npm i @buzzr/bets-core |
@buzzr/entertainment-engine | Transparent buzz scoring, hybrid ML predictions, personalized game recommendations | npm i @buzzr/entertainment-engine |
@buzzr/mcp | MCP server exposing the engines to AI agents (11 tools) | npx -y @buzzr/mcp@5.1.0 |
@buzzr/dfs-cli | Grade a DFS entry from JSON on the command line | npm i -g @buzzr/dfs-cli |
@buzzr/dfs-react | Settlement → UI view-models (React/Vue/Svelte/vanilla; no React dep) | npm i @buzzr/dfs-react |
@buzzr/dfs-testkit | Fixture builders + mock stat providers for tests | npm i -D @buzzr/dfs-testkit |
@buzzr/dfs-provider-espn | ESPN-shaped stat provider contract | npm i @buzzr/dfs-provider-espn |
@buzzr/dfs-provider-sportradar | Sportradar-shaped stat provider contract | npm i @buzzr/dfs-provider-sportradar |
@buzzr/dfs-engine-test-vectors | Engine regression fixtures for the matching package version | npm i -D @buzzr/dfs-engine-test-vectors |
All packages are TypeScript-first with full .d.ts, Node >= 22, and MIT licensing. The core engines have zero external runtime dependencies and ship ESM + CJS; the CLI is ESM-only, and the MCP server necessarily depends on the official MCP SDK plus Zod.
flowchart LR
subgraph data["Your data layer"]
ESPN["@buzzr/dfs-provider-espn"]
SR["@buzzr/dfs-provider-sportradar"]
Custom["custom StatProvider"]
end
subgraph core["Core engines (pure functions)"]
Engine["@buzzr/dfs-engine<br/>policies · grading · payouts · audit"]
Bets["@buzzr/bets-core<br/>odds · parlays · EV · Kelly · CLV"]
Ent["@buzzr/entertainment-engine<br/>buzz scores · ML · recommendations"]
end
subgraph consumers["Consumers"]
CLI["@buzzr/dfs-cli"]
React["@buzzr/dfs-react"]
MCP["@buzzr/mcp → AI agents"]
App["your app / Buzzr app"]
end
subgraph testing["Testing"]
Testkit["@buzzr/dfs-testkit"]
Vectors["@buzzr/dfs-engine-test-vectors"]
end
ESPN --> Engine
SR --> Engine
Custom --> Engine
Engine --> CLI
Engine --> React
Engine --> MCP
Bets --> MCP
Ent --> MCP
Engine --> App
Bets --> App
Ent --> App
Testkit -.-> Engine
Vectors -.-> Engine
@buzzr/dfs-engineimport { createDfsEngine, defineStatProvider } from '@buzzr/dfs-engine';
const provider = defineStatProvider({
id: 'my-stats',
getGameLog: ({ leg }) => fetchGameLogRows(leg.playerId, leg.gameDate),
});
const engine = createDfsEngine({ statProviders: [provider] });
const result = await engine.settleEntry(entry, { statProviderId: 'my-stats' });
// result.status, result.payout, result.legs[].actual, result.auditTrail, ...
// v5: settle a whole slate in one call with a shared, memoized stat cache
const batch = await engine.settleEntries(entries, { statProviderId: 'my-stats' });
Built-in operator-named policies are independent compatibility profiles, not official rules engines. PrizePicks is an experimental, partially verified profile; Underdog is experimental and unverified. The displayed lineup terms are authoritative. Custom books plug in via defineBookPolicy, and draft fixtures are not registered for settlement.
The test-vector package publishes engine regression fixtures for the matching engine version. They are not official operator conformance.
@buzzr/bets-coreimport {
americanOddsToImpliedProbability,
calculateNoVigFairLine,
calculateExpectedValue,
calculateKellyStake,
} from '@buzzr/bets-core';
americanOddsToImpliedProbability(-120); // 0.545455
const fair = calculateNoVigFairLine({
selected: { side: 'home', americanOdds: -120 },
opposite: { side: 'away', americanOdds: 100 },
}); // vig removed → fair probability for the selected side
const ev = calculateExpectedValue({ stake: 100, americanOdds: 120, winProbability: 0.5 });
const kelly = calculateKellyStake({ bankroll: 1000, americanOdds: 120, winProbability: 0.5 });
// kelly.recommendedStake — quarter-Kelly by default
v5 also ships parlay math (combineAmericanOdds, calculateParlayFairValue), closing-line value, and period analytics (calculateRollupByPeriod, calculateDrawdown, calculateStreaks).
@buzzr/entertainment-engineimport { resolveBuzzScores, isMustWatch } from '@buzzr/entertainment-engine';
const scores = resolveBuzzScores(
{
league: 'NBA',
status: 'final',
entertainmentScore: 87,
predictedEntertainmentScore: 74,
},
{ upcomingLike: false },
);
// scores.entertainmentScore, scores.predictedEntertainmentScore,
// scores.source (which model won), scores.diagnostics (why)
isMustWatch(scores.entertainmentScore); // boolean against the must-watch threshold
v5 adds calibrated ML confidence, DST-safe primetime detection, search-heat and star-power features, and rankGamesForUser personalized recommendations.
@buzzr/mcpAdd to your MCP client config (Claude Desktop, Claude Code, Cursor, …):
{
"mcpServers": {
"buzzr": {
"command": "npx",
"args": ["-y", "@buzzr/mcp@5.1.0"]
}
}
}
The server exposes 11 tools for DFS validation and settlement, odds and bet-history math, and game scoring. It performs deterministic computation only; it does not fetch operator accounts, live odds, or box scores. See the MCP install, client configuration, tool catalog, and error contracts.
A downloadable MCPB built from the exact @buzzr/mcp@5.1.0 npm artifact is
published as the Buzzr Sports Engine on
Smithery. Smithery
distributes it as a local stdio MCPB, so the tools still run on your machine. It
is not a hosted HTTP service. For a Codex install through Smithery:
npx -y smithery@1.2.0 mcp add sarveshsea/buzzr-sports-engine --client codex
Use the direct version-pinned npm configuration above when you also need to pin the launcher rather than accept the Smithery-generated runner configuration.
The Buzzr mobile app’s release/ios-2.0.0 branch vendors @buzzr/bets-core, @buzzr/dfs-engine, and @buzzr/entertainment-engine as local 5.0.0 tarballs and imports all three. That verified snapshot is not automatically upgraded to the public 5.1.0 toolkit; an app update remains a separate, deliberate release task.
The live consumer is Buzzr Sports on the App Store.
The repository-owned Buzzr Sports Engine skill routes DFS, odds, history, and game-scoring work to the 11 MCP tools and records operator-safety limits.
npx skills add https://github.com/Buzzr-app/dfs-engine --skill buzzr-sports-engine
After installation, configure the local server with the MCP client instructions. Pin a reviewed published @buzzr/mcp version when repeatability matters.
npm ci
npm run typecheck
npm test
npm run build
Before publishing or cutting a release, run:
npm run verify
verify runs typecheck, lint, formatting, tests, coverage, build, packed-package and real-client proofs, the repository skill proof, API docs, public-doc and local-link contracts, export and package smoke checks, release-workflow and MCP Registry metadata checks, and the high-severity dependency audit. CI additionally checks external links on Node 22.
Use the GitHub bug report template for package defects. Include the package version, Node version, book policy/play type, provider data shape, and a minimal reproduction.
For settlement correctness or security-sensitive issues, follow SECURITY.md so reports can be triaged before public disclosure.
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