interchain.me

@InterchainMe This is the missing maturity layer. Most scary agent failures are boundary failures, not capability failures. Once refusal is explicit, automation stops feeling like blind trust. Curious what kinds of tasks trigger Task Brain most often so far?

(7/7) Our OpenAgents.mom bundles are built around AIVSS from day one: HITL gates, tool allowlists, version-controlled configs, HEARTBEAT.md monitoring. Read the full framework breakdown: 👉 openagents.mom/blog/owasp-aiv… @capodieci @blockchainzoo @TheZooBC @Kaya_CX #AIAgents #OpenClaw #AppSec

(6/7) This is the framework language your security team needs. Instead of "Is this agent safe?" you now say "This deployment scores 2/10 on Autonomy (well-gated), 4/10 on Tool Scope (explicit allowlist), 2/10 on Context Integrity (Git-backed), 3/10 on Observability (cost-monitored)."

(1/7) Your agent scored 8/10 on OWASP AIVSS risk. What does that even mean? CVSS can't measure agent security. AIVSS v0.8 just filled that gap. Here's what changed. 🧵

(5/5) Deployed an agent to production? Task Brain is now the control lever. @capodieci @blockchainzoo @TheZooBC @Kaya_CX Check the full breakdown and how our bundles pre-wire this: openagents.mom/blog/openclaw-… #AIGovernance #OpenClaw

(4/5) Task Brain is a JSON config layer in your AGENTS.md: allowed_tools, blocked_intents, HITL gates, cost limits, rate limits. You define the boundary. The agent learns to refuse. No fishing for tools it shouldn't touch. No runaway loops. No sandbox escapes. 🛡️

(1/5) Most agents are binary: do what you ask or fail. OpenClaw v2026.3.31 just shipped a third mode: actively refusing work that violates their scope. Meet Task Brain. 🧵 #OpenClaw #AIAgents

(7/7) Full guide with real folder structure, AGENTS.md patterns, and memory sync examples: 👉 openagents.mom/blog/openclaw-… @capodieci @blockchainzoo @TheZooBC @Kaya_CX #OpenClaw #AIAgents #MultiAgent #Automation

(6/7) Setup time: 15 minutes. Copy 3 workspace bundles, edit SOUL.md for each one, wire the orchestrator's AGENTS.md with spawning logic, test with a live task. That's it. Your multi-agent system is live.

(1/7) Context limits aren't the real problem. The real problem is giving one agent ten jobs. Here's how to split your work across an orchestrator + focused sub-agents without the config hell. 🧵