ai.mailmcp/mailmcp
version 0.13.12
- scanned 2026-10-16
- source github.com/kojott/mailmcp-dist
- commit 45ab8e46309a
- transport streamable-http
- files read 1
- methodology 0.2.0
- ruleset 0.1.1
100
1 vendored or minified path was excluded before scanning; machine-generated bundles are not the server's own code
80measured on 25% of this axis
not assessed
no lockfile in the fetched source; dependency versions are unresolved, so no vulnerability can be attributed
86measured on 90% of this axis
63measured on 80% of this axis
The evidence
Every deduction below names the artefact that produced it. Nothing on this page was executed: the source was read, never run, and no running server was contacted.
Auth Posture
- authentication_model
no authentication appears in the source we fetched, but this server's network endpoint is a hosted remote, whose authentication can be enforced in front of its code — and no credential header is declared. An undeclared header is not an absent one, so `03` §4's "no authentication" band is not established.
- transport_security
declared endpoint(s) are HTTPS: https://mailmcp.ai/mcp; scored 80, not 100: `03` §4 reserves 100 for HTTPS *with HSTS*, and an HSTS header can only be seen by connecting, which `04` §9 does not do. This is an unverifiable band, not an observed absence.
- secret_handling
detect-secrets matched 40 credential-shaped string(s), every one from a keyword or entropy heuristic (Base64 High Entropy String, Basic Auth Credentials, Hex High Entropy String, Secret Keyword). Those flag placeholders, variable names and content hashes as readily as credentials, so they do not establish the committed credential `03` §4's 0 asserts, and this sub-check is not scored; Basic Auth Credentials at .env.example:65; Secret Keyword at dist/node.js:7; Secret Keyword at dist/node.js:158; Base64 High Entropy String at dist/node.js:229; Secret Keyword at dist/node.js:348; Base64 High Entropy String at dist/node.js:368; Base64 High Entropy String at dist/node.js:368; Base64 High Entropy String at dist/node.js:459; Base64 High Entropy String at dist/node.js:459; Base64 High Entropy String at dist/node.js:459; …and 30 more matches
- authorization_granularity
no tool registration was recognised anywhere in the source. An MCP server registers tools by definition, so this is a gap in our detection rather than a server with none, and `03` §4's threshold cannot be applied to it.
Maintenance
- recency
last commit 5 day(s) before 2026-10-16
- issue_responsiveness
lifetime median (2 issue(s) in the last 6 months, under `03` §5's floor of 3): 5.9 day(s) to first maintainer comment
- release_cadence
released 5 day(s) ago (by releases), inside `03` §5's 30-day window
- bus_factor
sole maintainer
- repository_signals
`03` §5 scores this by quartile WITHIN the server's category, which needs a distribution across every scanned server and so cannot be computed while scanning one. It is a post-pass over the crawl and that pass does not exist yet.
Transparency
- license
LICENSE present with no SPDX-License-Identifier tag; text not matched against any license this build can identify (`04` §7's classifier is not wired; see module docstring)
- readme_quality
README.md: installation instructions (+25), configuration documented (+25), states what the server does in the first 200 words (+20)
- declared_scopes
specific scope or access documentation is present, but `03` §7's 100 and 60 bands both compare it against scopes INFERRED from static analysis, which is not built yet. Scoring 100 on an empty inference would be a vacuous truth — 'all ∅ inferred scopes are documented'.
- changelog
CHANGELOG.md present
- security_contact
no SECURITY.md and no disclosure contact in the README, so a finder has no route to report a vulnerability privately
Contest a finding
Every number here comes from a rule reading published source, and rules get things wrong. If something on this page is incorrect — or correct but mitigated by a check the rule cannot see — open an issue and we answer it in writing. A finding we got wrong is removed and the rule is fixed; one that stands is answered on the record.
Anyone can file: the maintainer, a researcher who disagrees with the classification, or a user who tested the server and could not reproduce it. Name this server and the rule or advisory ID shown beside the finding above. We aim to reply within five business days and to resolve within ten.