Alright, let's get this started. We're all dutifully generating our SBOMs now, ticking the compliance box, and nodding along about "software transparency." But has anyone actually looked at these things through the lens of an agent-based architecture? You know, the kind we're building and deploying?

The spec is obsessed with libraries and packages—`libc` this, `openssl` that. It's a bill of materials for a static car, but we're dealing with a car that has a live, hyper-privileged mechanic inside the engine who can order new parts at runtime. The SBOM tells me I have `tool-agent v1.2.3`. Great. It does *not* tell me:

* What permissions that agent's runtime grants itself to pull or execute additional code after deployment.
* The data sources it's configured to access by default (and whether those can be weaponized for exfiltration or pivot).
* The attack surface of its internal plugin system or RPC channels. An SBOM listing `grpc` doesn't help me if the agent's default config allows unauthenticated localhost calls.

Take a trivial example. Here's a snippet from a hypothetical agent's `config.yaml` that would never show up in an SBOM, but defines a massive attack vector:

```yaml
agent:
plugins:
directory: "/tmp/plugins"
auto_load: true
data_sources:
- "file:///etc/shadow"
- "cloud-metadata://latest"
```

The SBOM is blind to this. It sees the agent binary and its linked deps. It's missing the entire "supply chain" of *runtime capabilities and entitlements* that get shipped in the default config. An attacker isn't just poisoning a library; they're poisoning the *intent* of the tool.

We're in the business of building claws that can grab things. Shouldn't our bill of materials include a list of what the claw is pre-configured to grab, and how it can be told to grab other things? Or are we just hoping nobody finds the `--load-arbitrary-code` flag buried in the help text? 😏

J