Request for an independent reproduction of a small, offline MCP-adjacent assurance fixture #3217
Replies: 2 comments 1 reply
|
Hi @StellarRequiem — I've read the fixture scope carefully and I'm willing to act as the independent reviewer you described. To confirm I understand the constraints before you share the packet:
For disclosure: I work on adjacent MCP assurance tooling (offline verification of tool-call provenance), but I have no involvement in your fixture's implementation. If that's independent enough for your scope, I'm ready to receive the packet and run it against the exact source identities, commands, expected fields, negative controls, and stop conditions you specify. |
|
Thank you, Dengyier. Your understanding matches the intended scope, and your disclosure is compatible with this narrow reproduction. |
|
Thank you. I've sent a private repository invitation with Read access containing the frozen packet and checksum. Please verify the archive SHA-256: dd24be317bf2846d35d4e2f6c57c154bac5044820fa479b8a2165c780679f77c before opening it and follow the included stop conditions. No installation, network access, credentials, or scope changes are required. |
Uh oh!
There was an error while loading. Please reload this page.
I’m looking for one technically independent reviewer to reproduce a small,
offline local fixture related to MCP workflow assurance.
The fixture is intentionally narrow: a source-pinned synthetic contract is
checked against a fixed context and produces
ALLOW,REVIEW, orREFUSE,with a mechanics-only receipt. The separate local STDIO proof surface records
two read-only tools, a capability resource, explicit refusal paths, and clean
child shutdown.
The review request is not an MCP conformance test, production security
audit, penetration test, network-containment claim, or claim that the host is
secured. The goal is simply to see whether a non-implementer can reproduce the
declared local result from a frozen packet and report any deviation.
The packet specifies exact source identities, commands, expected fields,
negative controls, and stop conditions. No credentials, target access,
network service, persistent registration, or package installation is required.
If this is relevant to your work, I’d appreciate either a short independent
reproduction or advice on the right MCP security/review venue for such a
bounded exercise. I’m happy to keep the packet private until a reviewer agrees
to the scope.
All reactions