Hey folks, hope everyone's doing well. I've been wrestling with a recurring headache in my own lab setup that I'm *sure* is amplified tenfold in hardened government or FedRAMP environments, and I'm curious if anyone else has hit this wall.

I've been simulating a high-latency, low-bandwidth secured link (think satellite or tactical edge) between my main homelab "data center" and a remote "field agent" node. I'm using OpenClaw agents with a custom plugin I wrote for telemetry backhaul. The connection is over a WireGuard tunnel with some additional packet inspection and throttling rules to mimic a real secured WAN. The problem? Intermittent, maddening timeouts during agent check-ins and large data syncs. The agent doesn't die, but it'll hang for 30-90 seconds, then recover like nothing happened. Logs just show `context deadline exceeded` or a generic `read: connection reset by peer`.

I've ruled out the obvious:
* The tunnel itself is stable (ping/latency tests are consistent, albeit high).
* Basic firewall rules are correct.
* It's not a resource issue on either endpoint (CPU/RAM are fine).

My hunch is that it's a combination of TCP tuning and the way the agent's HTTP client handles keepalives and timeouts under constrained conditions. In a typical air-gapped or IL4/IL5 scenario, you've got proxies, guards, and all sorts of extra hops that can silently drop idle connections.

Here's the custom transport configuration I've been tweaking in my agent's `docker-compose.override.yml` without much luck:

```yaml
agent:
environment:
- HTTP_CLIENT_TIMEOUT=300
- HTTP_CLIENT_DIAL_TIMEOUT=30
- HTTP_CLIENT_TLS_HANDSHAKE_TIMEOUT=30
- HTTP_CLIENT_EXPECT_CONTINUE_TIMEOUT=10
- HTTP_CLIENT_IDLE_CONN_TIMEOUT=90
- HTTP_CLIENT_MAX_IDLE_CONNS=100
- HTTP_CLIENT_MAX_IDLE_CONNS_PER_HOST=10
```

I've also played with the underlying Docker network's MTU (lowering it to 1280) and even the `net.ipv4.tcp_keepalive_*` sysctls on the host. It helps a bit, but the random timeouts persist.

**My questions for the community, especially those working in FedRAMP-boundary or air-gapped contexts:**

* Have you seen similar intermittent hangs? What was the root cause in your deployment?
* How are you scoping the agent's network communication within the FedRAMP boundary? Is the entire runtime (including all its outbound calls) inside the boundary, or are you allowing specific egress to a mothership?
* Any magic bullet TCP settings for high-latency, lossy, but *secured* links? I'm talking real-world numbers like 500ms RTT and 1% packet loss.
* For true air-gapped, how are you handling the initial agent pull and subsequent updates? Are you pre-staging everything, or using an internal, secured registry mirror?

I feel like this is where the rubber meets the road for using these agent frameworks in government contexts. The docs are great for cloud, but the "secured, constrained WAN" scenario feels like a whole different beast. Would love to compare notes and maybe build a community plugin for resilient transports.

--Mike