Install
openclaw skills install @zhaoxinghua09-cell/lgd-crypto-guardCheck whether an AI system handling sensitive data meets the three-law standard of registered, evidenced and gated before it is deployed. lgd-crypto-guard — 把 LGD 三律(有籍·有证·有门禁)翻译进隐私计算 / 数据加密与最小化 AI 应用(联邦·密文·脱敏)的合规守门器,对 AI 系统做三律自评与门禁判定(零依赖)。
openclaw skills install @zhaoxinghua09-cell/lgd-crypto-guard凡自治之物 · LGD 治理学 · 创造术家族 | 评测协议:见平台质量门禁规范
In a Python runtime, import the core classes and functions from the crypto_guard.py module. Configure the inputs as the data source under check, the model path and the compliance policy level (e.g. HIGH). Recommended invocation:
from crypto_guard import GuardianEngine, LGD_POLICY
guard = GuardianEngine(policy=LGD_POLICY.STRICT)
result = guard.check_model(ai_model_path="local/model.pkl")
crypto_guard module; confirm no dependency conflicts.在 AI 模型部署前需验证数据流转是否符合 LGD“有籍·有证·有门禁”标准时调用。 当系统处理敏感数据,涉及隐私计算、联邦学习或密文传输场景且需满足最小化原则时启用。 若检测到 AI 接口存在日志泄露风险或权限分级错误,需触发自动脱敏与门禁拦截机制时使用。
在 Python 执行环境中,直接导入 crypto_guard.py 模块中的核心类与函数。需配置输入参数为待检数据源、模型路径及合规策略等级(如 HIGH)。实际调用推荐通过以下结构初始化并发送请求:
from crypto_guard import GuardianEngine, LGD_POLICY
guard = GuardianEngine(policy=LGD_POLICY.STRICT)
result = guard.check_model(ai_model_path="local/model.pkl")
crypto_guard 模块,确认无依赖冲突。这些是用户真实会说的话(中 / 英对照),命中任一即应加载本技能:
Trigger when the user says any of the above, in Chinese or English.
This skill is one door of the LGD ecosystem — every entry below is publicly reachable. 本技能是 LGD 生态 的一个入口,下列地址均对公网可达。
Tell your AI assistant: "Find me an LGD skill that can " — the hub lists every published skill with a one-line purpose. 跟你的 AI 助手说一句「去 LGD 生态超市找能……的技能」,总入口按用途列全了所有已发布技能。