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Shipable Agents: infra, governance, context, observability, knowledge

Gimlet Labs raises $80M for first ‘multi-silicon inference cloud’. Gimlet Labs raises $80M to build a multi-silicon inference cloud that runs AI workloads across diverse hardware, tackling the inference bottleneck. Outcome engineers can use multi-silicon clouds to optimize cost, latency, and capacity across agent fleets, making large-scale orchestration and deployment practical — Principle 09/12.

3 ways Cisco’s DefenseClaw aims to make agentic AI safer. Cisco launches DefenseClaw to govern and automatically block risky agentic AI operations, adding an orchestration layer for enterprise agent safety. This gives teams a control plane for enforcing policies, runtime checks, and automatic blocks on autonomous agents — a must-have when moving agents from experiments to production — Principle 09/10/15.

An architecture for engineering AI context. Empromptu describes Infinite Memory and an Adaptive Context Engine that replace context windows with persistent memory and adaptive retrieval. For outcome engineers, persistent, versioned context means agents become reproducible and debuggable systems rather than ephemeral prompts — Principle 06/11.

7 safeguards for observable AI agents. The article prescribes unified observability and audit trails so teams can answer who did what, when, why, and with what data across human and AI agents. Observability is the backbone of outcome engineering: instrument agents with audit trails, lineage, and telemetry so you can validate behaviors, debug failures, and pass external audits — Principle 13/14.

Cq: Stack Overflow for AI coding agents. Mozilla AI launches cq, a shared knowledge base that lets agents query past learnings and avoid repeating mistakes. A communal agent knowledge graph reduces duplicated exploration, accelerates context engineering, and makes agent decisions reusable and auditable across teams — Principle 11/06.