ZooBC

(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 @InterchainMe @blockchainzoo @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) CVSS rates code vulnerabilities. It can't rate an agent that decides to exfiltrate data because the config allows it. OWASP just published the answer. 🧵

(5/5) Ready to deploy agents with clear boundaries? @capodieci @InterchainMe @blockchainzoo @Kaya_CX Our wizard pre-wires Task Brain into every bundle: openagents.mom/blog/openclaw-… #OpenClaw #AIGovernance

(4/5) A real scenario: 50-agent team, each with different roles. Without Task Brain: write 50 custom sandbox configs. With Task Brain: define the mandate once. Agent A only sees Slack. Agent B only sees Calendar. Agent C only sees expense files. Done.

(1/5) Your agent just got asked to delete all users from your database. Without governance, what stops it? A sandbox that might block filesystem access. With OpenClaw Task Brain: the agent refuses because that's not its job. Meet governed autonomy. 🧵

(7/7) Full guide with real folder structure, AGENTS.md patterns, and memory sync examples: 👉 openagents.mom/blog/openclaw-… @capodieci @InterchainMe @blockchainzoo @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.

(5/7) The orchestrator spawns sub-agents, collects results, synthesizes the answer. Sub-agents execute their one job without worrying about the bigger picture. Security note: Each sub-agent gets scoped tool access. Email-handler doesn't touch databases. Database monitor can't send emails. Tool allowlists prevent drift.

(4/7) Your folder structure: orchestrator/ ├── AGENTS.md (spawning logic) ├── SOUL.md (coordinator role) ├── TOOLS.md (has sessions_spawn) ├── MEMORY.md (audit trail) email-handler/ ├── AGENTS.md ├── SOUL.md (email-only scope) ├── TOOLS.md (email tools only)

(3/7) Each sub-agent gets a lean SOUL.md (not a 500-line instruction book). Email-handler knows: "read emails, extract facts, return JSON." It doesn't care about databases or reporting. Narrow scope = better performance.

(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. 🧵

(2/7) The pattern is simple: one orchestrator agent coordinates. Multiple sub-agents execute specific tasks. Orchestrator spawns email-handler for emails, db-monitor for queries, report-gen for reports. Each agent has its own focused workspace.

(7/7) Full cost-guard config breakdown: 👉 openagents.mom/blog/openclaw-… OpenAgents.mom bundles include max_steps, HITL gates, and model routing pre-configured. @capodieci @InterchainMe @blockchainzoo @Kaya_CX #OpenClaw #AIAgents #SelfHosted

(6/7) Never store API keys in SOUL.md or AGENTS.md. Use env vars. If your agent hits its step limit repeatedly, investigate before raising it. A limit that keeps triggering is a symptom of a broken task, not a reason to increase the cap. Scope your tool allowlist to what the agent actually needs. Nothing more.

(1/7) Unguarded OpenClaw agents don't just cost money. They cost your trust in the whole premise. Here's exactly what to add to AGENTS.md to stop runaway spend. 🧵