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canarywire

PyPIInfrastructure

PulseGate's liveness check found it on 27 Sep 2026; it is registered on GitHub and PyPI and has been in the index since 27 Sep 2026. How this is checked

canarywire is an open-source regression-testing tool for PII gateways and LLM integrations. It helps developers validate trust-boundary behavior and detect failures involving sensitive data handling.

Inferred · not functionally tested

Open SourceApache-2.0CLISelf-hosted
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Overview

6 features

Purpose: Testing whether PII gateways correctly enforce trust boundaries and prevent sensitive data leakage.

Inferred · not functionally tested

Audience: security engineers and developers testing LLM and PII gateways

Inferred · not functionally tested

Functions: Unknown

Interfaces: API: unknown · MCP: unknown · CLI: indicated (inferred, not tested) · Self-hosting: indicated (inferred, not tested)

Recorded constraints: pricing: open_source · license: Apache-2.0 · platforms: CLI · deployment: cli, self_hosted

Constraint provenance is unknown; confirm requirements with the publisher.

Record sources: pypi.org · github.com. These links do not verify the individual claims.

canarywire is a Testing & QA project. Inferred · not functionally tested: It focuses on testing whether PII gateways correctly enforce trust boundaries and prevent sensitive data leakage. Inferred · not functionally tested: canarywire is an open-source project aimed at security engineers and developers testing LLM and PII gateways. Basis unknown · not verified: The project is open source (Apache-2.0). Basis unknown · not verified: canarywire is available on the command line, and it can be self-hosted.

Behind canarywire is pitkonst, and it first shipped in 2026. Development happens publicly on GitHub with 7 commits in the last 90 days. Inferred · not functionally tested: Key capabilities include PII gateway testing, regression tests, and trust-boundary validation.

Summary written by a language model from the project’s public pages.

Tasks: Inferred · not functionally tested

  • PII gateway testing
  • Regression tests
  • Trust-boundary validation
  • LLM gateway testing
  • OpenAI compatibility
  • Anthropic compatibility

Topics: Inferred · not functionally tested

Tags
pii-gatewayregression-testingllm-securitytrust-boundaries

JSON profile · Text profile · Access guide

Built with & integrations

Written with
Claude Code
Runs on
CLISelf-hosted
Written with — evidence
Claude Code
CLAUDE.md

Trust & compliance

License
Apache-2.0
Public signals
HTTPSOpen SourceFree tierGitHubActive maintenance

Indexing history

1

What PulseGate has recorded for this listing

  1. Indexed27 Sep · 16:15 UTC
    canarywire seen via PyPI Bulk Enumerator
    Source: PyPI Bulk Enumerator · Open

Frequently asked questions about canarywire

What does canarywire do?
Inferred · not functionally tested: Canarywire focuses on testing whether PII gateways correctly enforce trust boundaries and prevent sensitive data leakage. It is catalogued under Testing & QA on PulseGate.
Who should use canarywire?
Inferred · not functionally tested: canarywire is an open-source project built for security engineers and developers testing LLM and PII gateways.
Is canarywire free?
Basis unknown · not verified: Yes — canarywire is open source under the Apache-2.0 license and free to use.
What platforms does canarywire run on?
Basis unknown · not verified: canarywire runs on the command line. It can also be self-hosted.
Is canarywire still maintained?
PulseGate's liveness check found it on 27 Sep 2026. Its GitHub repository shows 7 commits in the last 90 days.
Who makes canarywire?
canarywire is developed by pitkonst.
How long has canarywire been around?
canarywire first shipped in 2026.
Is canarywire open source?
Basis unknown · not verified: Yes — canarywire is open source under the Apache-2.0 license, developed on GitHub.

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