Server data from the Official MCP Registry
Shopify + Amazon inventory planning, forecasting & replenishment over MCP (50 tools).
Shopify + Amazon inventory planning, forecasting & replenishment over MCP (50 tools).
This MCP server is well-designed with proper authentication, appropriate permission scoping, and clean code quality. The server implements a secure API key-based authentication model with clear tier-based access controls. No malicious patterns, credential leaks, or dangerous code execution vulnerabilities were detected. Minor areas for improvement include exception handling specificity and input validation documentation. Supply chain analysis found 2 known vulnerabilities in dependencies (0 critical, 2 high severity). Package verification found 1 issue.
4 files analyzed · 6 issues found
Security scores are indicators to help you make informed decisions, not guarantees. Always review permissions before connecting any MCP server.
This plugin requests these system permissions. Most are normal for its category.
Set these up before or after installing:
Environment variable: REPLENISHRADAR_API_KEY
Environment variable: REPLENISHRADAR_API_URL
Add this to your MCP configuration file:
{
"mcpServers": {
"io-github-replenishradar-mcp": {
"env": {
"REPLENISHRADAR_API_KEY": "your-replenishradar-api-key-here",
"REPLENISHRADAR_API_URL": "your-replenishradar-api-url-here"
},
"args": [
"-y",
"@replenishradar/mcp-server"
],
"command": "npx"
}
}
}From the project's GitHub README.
Connect AI agents to live ReplenishRadar inventory data. Works with Claude Desktop, OpenClaw, and any MCP-compatible client.
{
"mcpServers": {
"replenishradar": {
"command": "npx",
"args": ["-y", "@replenishradar/mcp-server"],
"env": {
"REPLENISHRADAR_API_KEY": "rr_sk_your_key_here"
}
}
}
}
No ReplenishRadar account yet? Use the public agent intake endpoint to request a short-lived, read-only sandbox key before configuring the server:
POST https://api.replenishradar.com/api/public/agent-intake
Standard includes limited read API access. Growth adds diagnosis/status read tools.
| Tool | Description |
|---|---|
rr_get_stockout_risk | Stockout risk levels for SKUs |
rr_get_inventory_position | Stock-by-location for an item |
rr_get_demand_forecast | Demand forecast stats |
rr_get_suggested_purchase_orders | Suggested POs |
rr_get_replenishment_actions | Canonical buyer replenishment actions |
rr_get_replenishment_action | One replenishment action with event history |
rr_get_alerts | Active alerts |
rr_list_items | List inventory items |
rr_get_sync_status | Recent sync history |
rr_list_suppliers | List vendors/suppliers |
rr_list_purchase_orders | List purchase orders |
rr_get_purchase_order | Single PO with line items |
rr_get_po_pdf | PO PDF info |
rr_get_po_documents | Documents attached to a PO |
rr_get_po_notes | Notes attached to a PO |
rr_get_sales_history | Sales history |
rr_get_top_sellers | Top-selling SKUs |
rr_get_slow_movers | Slow-moving SKUs |
rr_get_inventory_value | Inventory value breakdown |
rr_get_sku_health | SKU-level health summary |
rr_get_lost_sales | Estimated lost sales from stockouts |
rr_get_store_health | Store connection and sync health |
rr_get_data_freshness | Freshness status by data dimension |
rr_get_setup_status | Setup milestones and next step |
rr_get_recent_activity | Recent alerts, POs, and sync rollup |
search_knowledge | ReplenishRadar product knowledge search |
rr_evaluate_fit | Deterministic ICP + tier fit verdict (no org data) |
Safe, low-blast-radius writes - no money or stock mutation.
| Tool | Description |
|---|---|
rr_acknowledge_alert | Acknowledge an alert |
rr_add_po_note | Add a note to a PO |
rr_request_approval | Request human approval for a PO |
rr_add_replenishment_action_note | Add a note to a replenishment action |
rr_dismiss_replenishment_action | Dismiss a replenishment action |
rr_prepare_replenishment_action | Preview an action and get its current updated_at before execute |
rr_execute_replenishment_action | Execute an action. mode="draft" (default) creates a draft PO and/or transfer; mode="autonomous" also sends the PO / commits the transfer when the key has sensitive_write + the operation tool group + an enabled budget and all guardrails pass (else draft-fallback or hard-refuse). Idempotent, stale-state protected |
rr_resolve_replenishment_action | Resolve an action as no-action with a reason; idempotent, stale-state protected |
rr_retry_replenishment_action | Retry a blocked or failed action via the draft execution path; idempotent, stale-state protected |
rr_get_document_upload_url | Get upload URL for a PO document |
rr_record_pi_review | Record proforma invoice details |
Money / stock mutation.
| Tool | Description |
|---|---|
rr_trigger_sync | Trigger inventory sync |
rr_create_purchase_order | Create a draft PO |
rr_update_purchase_order | Update a draft PO |
rr_send_purchase_order | Send an approved PO |
rr_cancel_purchase_order | Cancel a PO |
rr_create_location | Create a manual inventory location |
rr_set_stock_at_location | Set stock at a manual location |
PO creation always starts as a draft. rr_send_purchase_order only sends a PO that was already human-approved.
Action execution has two modes. rr_execute_replenishment_action with mode="draft" (the default) creates a draft PO and/or draft transfer for an action's items and never auto-sends to a supplier or commits stock. With mode="autonomous" it additionally sends the PO or commits the transfer, but only when the key has sensitive_write + the operation's tool group + an enabled per-key budget (autonomous_enabled=true) and every guardrail passes; otherwise it leaves a draft and returns an rr_request_approval hint (draft_fallback) or refuses without mutating (hard_refuse). Call rr_prepare_replenishment_action first to get the action's current updated_at, then pass it as expected_updated_at so a stale action is rejected before any write. Pass a stable idempotency_key so a retried call replays the original result instead of double-creating artifacts or double-sending.
A small, org-scoped, auditable key/value memory so an agent can remember bounded workflow state. rr_get_agent_context / rr_list_agent_context are read-capability; rr_set_agent_context / rr_delete_agent_context are basic-write. All four are in the agent_context tool group.
| Tool | Description |
|---|---|
rr_get_agent_context | Get one entry by namespace + key; expired entries are omitted |
rr_set_agent_context | Store a bounded JSON object under namespace + key (optional scope_ref, ttl_seconds) |
rr_list_agent_context | List live entries for ONE namespace (required), bounded limit (max 200) |
rr_delete_agent_context | Delete one entry by namespace + key; records actor provenance |
Rules and limits:
value must be a JSON object (not a scalar or array), capped at 16 KiB serialized.ttl_seconds is optional and capped at 90 days; with no TTL the entry persists while the organization exists.rr_list_agent_context requires namespace and never lists across namespaces.scope_ref is descriptive metadata only and is not part of uniqueness - encode per-scope entries into the key (for example supplier_rules/sku:ABC123).sourcing_economics) additionally require the key to hold the sensitive economics read capability + tool group.Per-API-key spend budgets - per-PO value cap, rolling-24h daily cap, max transfer quantity delta, an autonomous_enabled flag, and vendor / destination / transfer-source (or route-pair) allowlists - constrain what an autonomous key may buy or move. They are managed only by a human admin in Settings > API Keys (a JWT-admin Settings API); there is no MCP tool to read or change a budget, and an API key cannot reach the budget routes, not even for its own caps. Budgets are consumed only by autonomous send/commit, autonomous mode is off by default, and a denied autonomous action receives only a short decision reason - never the cap amounts, the allowlists, or another key's ledger.
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