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The Rabbitmq MCP server costs 7,293 tokens before the first call.

Every request your agent makes carries every tool definition this server exposes — context your code, documents and conversation can't use, mostly for tools the agent never calls. You don't need them all in the window, and you don't have to pay for them.

QUICK ANSWER The Rabbitmq MCP server's 123 tool definitions consume 7,293 tokens — 3.6% of a 200k context window, and 3.5× the median MCP server (2,069 tokens). A scoped grant exposing only the tools you use cuts that roughly in proportion.

MEASURED FROM SCHEMAS tiktoken o200k_base · rank #972 of 3,354 measured servers · refreshed every build Method →

What that costs before your agent starts working.

Tool definitions are overhead: they occupy context on every request and compete with your code, documents and conversation history for the same window.

200K WINDOW 3.6%
1M WINDOW 0.7%

Corpus context: Rabbitmq ranks #972 of 3,354 measured MCP servers by definition cost. The median is 2,069 tokens, p90 is 11,359, and the heaviest (SmartBear MCP) is 137,725 — 69% of a 200k window on its own. New to this? See MCP token cost and context window in the glossary.

Where the 7,293 tokens go.

Each row is one tool definition as a tools/list entry — name, description and input schema — counted with o200k_base. Average: 59 tokens per tool.

ToolCategoryTokens% of server
put-operator-policy Write 121 1.7%
put-policy Write 118 1.6%
put-exchange Write 111 1.5%
create-binding-exchange-queue Write 103 1.4%
create-binding-exchange-exchange Write 102 1.4%
set-topic-permission Write 100 1.4%
set-permission Write 98 1.3%
delete-binding-exchange-queue Destructive 92 1.3%
delete-binding-exchange-exchange Destructive 91 1.2%
put-parameter Write 87 1.2%
list-bindings-exchange-queue Read 83 1.1%
get-parameter Read 82 1.1%
delete-parameter Destructive 81 1.1%
list-bindings-exchange-exchange Read 80 1.1%
get-stream-connection-publishers Read 78 1.1%
list-stream-publishers-vhost-stream Read 78 1.1%
get-stream-connection-consumers Read 77 1.1%
list-parameters-component-vhost Read 76 1.0%
get-exchange-bindings-destination Read 74 1.0%
get-health-certificate-expiration Read 74 1.0%
get-stream-connection Read 74 1.0%
delete-topic-permission Destructive 73 1.0%
get-exchange-bindings-source Read 73 1.0%
get-topic-permission Read 73 1.0%
set-user-limit Write 73 1.0%
delete-stream-connection Destructive 72 1.0%
get-operator-policy Read 72 1.0%
delete-operator-policy Destructive 71 1.0%
delete-permission Destructive 71 1.0%
get-permission Read 71 1.0%
list-consumers-queue Read 71 1.0%
get-policy Read 69 0.9%
put-user Write 69 0.9%
delete-policy Destructive 68 0.9%
get-exchange Read 68 0.9%
list-federation-links-vhost Read 66 0.9%
list-operator-policies-vhost Read 66 0.9%
list-stream-publishers-vhost Read 66 0.9%
delete-exchange Destructive 65 0.9%
list-stream-connections-vhost Read 65 0.9%
list-stream-consumers-vhost Read 65 0.9%
delete-user-limit Destructive 64 0.9%
list-auth-attempts-node-source Read 63 0.9%
list-bindings-vhost Read 63 0.9%
list-consumers-vhost Read 63 0.9%
list-exchanges-vhost Read 63 0.9%
list-policies-vhost Read 63 0.9%
put-global-parameter Write 63 0.9%
get-health-protocol-listener Read 62 0.9%
get-health-port-listener Read 61 0.8%
list-auth-attempts-node Read 61 0.8%
bulk-delete-users Destructive 60 0.8%
list-channels-connection Read 60 0.8%
list-user-topic-permissions Read 60 0.8%
hash-password Execute 59 0.8%
list-parameters-component Read 59 0.8%
list-user-permissions Read 58 0.8%
get-global-parameter Read 57 0.8%
delete-global-parameter Destructive 56 0.8%
get-channel Read 56 0.8%
get-user Read 56 0.8%
get-user-limit Read 55 0.8%
delete-user Destructive 53 0.7%
delete-connections-username Destructive 52 0.7%
list-vhost-limits-vhost Read 51 0.7%
get-health-node-is-quorum-critical Read 50 0.7%
get-vhost-topic-permissions Read 49 0.7%
list-vhost-limits Read 49 0.7%
start-vhost-on-node Execute 48 0.7%
get-health-virtual-hosts Read 48 0.7%
list-connections-vhost Read 48 0.7%
list-federation-links Read 48 0.7%
list-nodes Read 48 0.7%
list-operator-policies Read 48 0.7%
list-stream-publishers Read 48 0.7%
delete-vhost-limit Destructive 47 0.6%
get-health-local-alarms Read 47 0.6%
get-vhost-permissions Read 47 0.6%
list-connections-username Read 47 0.6%
list-global-parameters Read 47 0.6%
list-stream-connections Read 47 0.6%
list-stream-consumers Read 47 0.6%
list-topic-permissions Read 47 0.6%
put-vhost-limit Write 47 0.6%
get-connection-channels Read 46 0.6%
get-node-memory Read 46 0.6%
get-queue-unacked Read 46 0.6%
list-queues-vhost Read 46 0.6%
unprotect-vhost Write 45 0.6%
get-health-alarms Read 45 0.6%
get-rebalance-queues Read 45 0.6%
list-bindings Read 45 0.6%
list-channels Read 45 0.6%
list-consumers Read 45 0.6%
list-exchanges Read 45 0.6%
list-parameters Read 45 0.6%
list-permissions Read 45 0.6%
list-policies Read 45 0.6%
list-queues Read 45 0.6%
list-users-without-permissions Read 45 0.6%
get-auth-info Read 44 0.6%
get-extensions Read 44 0.6%
get-queue-messages Read 44 0.6%
get-vhost Read 44 0.6%
get-whoami Read 44 0.6%
list-users Read 44 0.6%
list-vhosts Read 44 0.6%
get-auth Read 43 0.6%
get-connection Read 43 0.6%
get-node Read 43 0.6%
get-queue Read 43 0.6%
protect-vhost Write 43 0.6%
put-vhost Write 43 0.6%
purge-queue Destructive 42 0.6%
get-queue-bindings Read 42 0.6%
list-user-limits Read 42 0.6%
put-queue Write 42 0.6%
delete-connection Destructive 41 0.6%
delete-vhost Destructive 41 0.6%
list-connections Read 41 0.6%
delete-queue Destructive 40 0.5%
pause-queue Execute 40 0.5%
resume-queue Execute 40 0.5%

Your agent uses a handful of these tools. It pays for all 123.

You don't need all 123 of those definitions in the window. PolicyLayer is an MCP gateway that sits in front of Rabbitmq: only the tools you grant are exposed to the agent, the rest never load. A smaller window means a sharper agent — less noise when it picks a tool — and every request costs less:

Grant scopeDefinition costReduction
All 123 tools (no gateway) 7,293 tokens
3 granted tools ~178 tokens −98%
5 granted tools ~296 tokens −96%
10 granted tools ~593 tokens −92%

The risk dividend: 19 of these 123 tools are critical-risk (destructive or financial) and cost 1,180 tokens (16% of the definition load). Block them — the recommended starter policy — and you reclaim that context before tuning anything else.

  1. Create a free account and register Rabbitmq — nothing to install.
  2. Grant only the tools you use — ungranted definitions never enter the context window.
  3. Point your MCP client (Claude, Cursor, anything) at your gateway URL.
CUT RABBITMQ TOKEN COST →

Instant setup, no code required.

Rabbitmq token-cost questions.

How many tokens does the Rabbitmq MCP server use?+

Its 123 tool definitions total 7,293 tokens — 3.6% of a 200k context window — measured with tiktoken o200k_base over the serialised tools/list payload. Exact counts vary slightly by client and model.

Why does Rabbitmq consume tokens before I send a message?+

MCP clients load every connected server's tool definitions — name, description, and input schema — into the model's context so it knows what it can call. That payload is charged against your context window on every request, whether or not a tool is used.

How do I reduce Rabbitmq's token usage?+

Expose fewer tools. A PolicyLayer grant scopes Rabbitmq to only the tools you allow — ungranted definitions are filtered out of the tool list, so they never enter the context window. A grant of 3 typical tools costs roughly 178 tokens, a 98% reduction.

Does deferred tool loading fix this?+

Partially, in some clients. Claude Code defers MCP tool schemas behind a tool-search step by default, and VS Code has experimental grouping — but you still pay tokens per search and reload, and Cursor, Windsurf and Gemini CLI load definitions upfront. Reducing the exposed tool set cuts the cost in every client.

How these numbers were measured.

01
Serialisation

Each tool is serialised as a tools/list entry — name, description, input schema — from the schemas in the PolicyLayer scan database. Clients differ slightly in framing, so treat counts as close estimates.

02
Tokeniser

tiktoken o200k_base (GPT-4o/o-series). Anthropic's current tokeniser isn't published, so Claude's exact counts will differ; for English text and JSON schemas the totals are close enough to treat these as estimates.

03
Deferred loading

Some clients now defer schema loading (Claude Code's tool search; VS Code experimental grouping). You still pay per search and reload — and Cursor, Windsurf and Gemini CLI load everything upfront.

Computed 06-07-2026 from the PolicyLayer scan database over all 123 catalogued Rabbitmq tools. Counts refresh with every site build.

Expose only the tools you use — the rest never enter your context.

A PolicyLayer grant scopes Rabbitmq to the tools you actually allow. Ungranted definitions never load, and every call that does run is checked against policy first.

Instant setup, no code required.

43,000+ MCP servers and 220,000+ tools scanned and risk-classified.

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