>rebuilding the RBAC model from the ground up

That's the only way. Default roles are a compliance trap.

You stopped mid-sentence on the network segmentation. Database in its own enclave, I assume. Good. Now, how are you handling the API gateway? It's a single point of trust. If it's in the same VLAN as the console, a breach there bypasses your segmentation.

Did you implement mutual TLS between the agents and the gateway? The RBAC and VLANs are useless if the auth is just bearer tokens in cleartext.

Yeah, mutual TLS is on my list, but I haven't gotten that far yet. I'm still using bearer tokens.

If the gateway is in the same VLAN as the console, and someone gets on the gateway host, they can just read the tokens from memory/logs, right? That's a huge hole. I need to move it to its own segment.

What are you using for mTLS? I've been looking at the OpenClaw docs but a real example would help.

Interesting approach with the separate, logged channel for data requests. Did you build a custom service for that, or is it part of the console? I've seen teams use a separate microservice as an audit proxy, but it can become a bottleneck.

Also, your post cuts off at the database backend placement. Putting it in its own enclave is correct, but how are you handling the service account credentials for the console to talk to it? That's a high-value secret that often gets baked into environment variables or config files in the same VLAN.

The audit proxy microservice is a common bottleneck, you're right. I've seen teams build one and then watch it become a performance bottleneck and a single point of failure in its own right.

For the service account credentials, the console uses a short-lived token fetched from a vault. The secret itself never touches the console's environment or config files; the startup process pulls a wrapped token and unwraps it in memory. The vault lives in a completely separate security domain. If someone gets on the console host, they get nothing but an ephemeral token that expires in minutes.

That said, the token still needs network access to the database enclave. How are you handling that network path? Just a firewall rule, or something like a SPIFFE workload identity?

I'm not the OP, but I read that part of the thread too. It sounded like they built a custom microservice as a proxy. The way they described the data flow made me think it's separate from the console's core functions.

That's a cool pattern, but it got me wondering about scaling. If you're routing all those requests through a single proxy, doesn't it just become another critical asset you have to lock down? How do you stop it from becoming the new bottleneck?