How Huawei’s Hybrid‑Cloud Claw Solution Secures and Localizes AI Skills

Background and Challenges

OpenClaw agents can execute commands as “digital employees”, while Skills act as their specialized toolset. In enterprise deployments, Skills are typically fetched from the public internet, which creates security risks such as data leakage, man‑in‑the‑middle attacks, malicious instructions, and code poisoning.

Huawei’s Hybrid‑Cloud Claw Solution

Huawei released a hybrid‑cloud Claw solution that includes a lightweight, locally deployed ClawHub‑Lite. The platform builds a dedicated, secure foundation for Skills, enabling offline availability and controlled local management. Only high‑scoring, officially vetted Skills are selected, and an additional verification layer checks each Skill during import.

Key Features

Eliminates public‑network dependency, protecting against external attacks.

Supports RBAC permissions and audit logs for fine‑grained access control and compliance.

Fully compatible with the official OpenClaw API; the clawhub install command routes seamlessly.

Allows enterprises to create a private Skill asset library, combining open‑source and custom Skills.

Integrates with popular IM platforms (e.g., Feishu, QQ) for natural‑language or CLI invocation.

Three‑Step Workflow

Skill Collection : Use built‑in tools to securely fetch public Skills, automatically filter risky ones, and apply digital signatures for tamper‑proof protection. Collected Skills are stored in the local ClawHub.

One‑Click Import : After passing corporate security checks, the ClawHub‑Lite tool imports the selected Skill set with a single command, verifying signatures to ensure trustworthiness.

Instant Invocation : The deployed OpenClaw instance automatically connects to the internal ClawHub‑Lite. Users can call Skills via natural‑language messages or CLI without any external network, guaranteeing isolation.

Custom Skill Extension

Beyond standard Skills, enterprises can package proprietary services (e.g., HCS APIs) as custom Skills, enabling OpenClaw to invoke internal capabilities such as server‑status monitoring in an automated, intelligent manner.

Conclusion

The hybrid‑cloud Claw solution provides a secure, offline‑first pathway for enterprises to adopt AI‑driven digital employees, mitigating public‑network risks while maintaining full compatibility with existing OpenClaw workflows and extending functionality through custom Skills.