kannaka-quantum (NickFlach/kannaka-quantum) is an MCP server listed on the M8ven Trust Index. It scores 69 out of 100, grade C. It declares 4 tools. No publisher has claimed this listing.

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C
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69/100

kannaka-quantum

Enables AI agents to execute quantum circuits, generate true quantum random bits, and perform resonance recall using amplitude amplification on real quantum backends via qBraid.

→ NickFlach/kannaka-quantum· listed on glama

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Limited view: static analysis for Python is partially covered.

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Who stands behind it

NickFlach

Source: Glama

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Install from

Glamanot scored here

The grade above is for the source repository. Registries can serve a different version, so we mark the ones we were not able to read.

// key findings
✅
No credential exfiltration, no sensitive file access, no obfuscation
Static analysis found nothing flowing your secrets to unexpected places.
🔐
You'll be asked for 3 credentials: QBRAID_API_KEY, OPENQUANTUM_CLIENT_SECRET, OPENQUANTUM_SDK_KEY
These are read from process.env at runtime. Make sure you trust where they’ll be sent.
// environment variables
To run this server yourself, you supply these values. They go in your own MCP client configuration and stay on your machine. The secret label means the value is sensitive, not that the server mishandles it.
🔐 secretQBRAID_API_KEY
configOPENQUANTUM_CLIENT_ID1. + OPENQUANTUM_CLIENT_SECRET
🔐 secretOPENQUANTUM_CLIENT_SECRET1. OPENQUANTUM_CLIENT_ID +
🔐 secretOPENQUANTUM_SDK_KEY2. a JSON SDK key at
configKANNAKA_QUANTUM_ALLOW_SPENDExplicit opt-in. A real-QPU run requires allow_spend=True (CLI --allow-spend) or =1. Otherwise it raises and points you back to the free simulator.
configOPENQUANTUM_MAX_CREDITS
configOPENQUANTUM_SUBCATEGORYjob_subcategory_id str "phys:oth" (required workload tag; override via --subcategory / )
configQBRAID_MAX_CREDITS
// quality suggestions

Tool annotations

No tools have read-only/destructive annotations

Add readOnlyHint or destructiveHint annotations to every tool so hosts can warn users before invoking.

All four hints declared on every tool

4/4 tools missing one or more hints — quantum_devices (missing: readOnlyHint, destructiveHint, idempotentHint, openWorldHint); run_circuit (missing: readOnlyHint, destructiveHint, idempotentHint, openWorldHint); quantum_random (missing: readOnlyHint, destructiveHint, idempotentHint, openWorldHint), +1 more. OpenAI's directory rejects tools where any of the four hints are missing or non-boolean.

For every tool, set all four hints (readOnlyHint, destructiveHint, idempotentHint, openWorldHint) to explicit true/false values that match the handler’s actual behaviour.

Tool handlers catch errors

Only 0/4 tool handlers wrap calls in try/catch (0%)

Wrap each tool handler body in try/catch and return a structured error response.

License file

No license file

Add a LICENSE file (MIT, Apache-2.0, etc.).

Tests exist

No test files found

Add tests that exercise each declared tool.

Claim the listing to review these findings one by one and send us a correction where you disagree, straight to the team. Claiming also means we tell you when the grade moves, and reach you first if we find anything urgent.

// full audit trail
The findings above are the summary. The full trail, every check we ran, each deduction, the network hosts observed and the dependency advisories, goes to verified publishers, along with an alert whenever a new one lands. Verified publishers can also review each finding and dispute it in one click. Publisher corrections have sharpened several of our checks this month, because the maintainer knows the codebase better than any scanner.
// improvement guidance — verified publishers only
We have 5 concrete improvements we can share with the publisher of this MCP. Each comes with specific guidance to raise the trust score.
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commit: 14dec9d7663b17fbe0bd4529b888e549fe314b4c
code hash: a4035fa0021e5db58586055596cf137fda63f5b16eb6b295060c682c367d2da3
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