Agent Infrastructure & Safety: Data, Context, Long‑Running Agents, Testing
Prompt Injection and LLM Security Hardening: A Practitioner Field Guide lays out field-tested defenses and threat-modeling for prompt injection, describing layered mitigations that survive sustained fuzzing. Outcome engineers must bake these mitigations into model interfaces, context sanitizers, and runtime checks to protect task integrity and satisfy legal and immune-system requirements (Principles 10, 14).
RAG Fails Upstream and Most Teams Are Fixing the Wrong Problem argues that poor data readiness—not LLMs—breaks retrieval-augmented generation in production and that teams should audit and fix upstream retrieval data quality first. Outcome engineers should prioritize dataset hygiene, retrieval signals, and provenance over model tuning to deliver reliable outcomes (Principles 02, 06).
Former Apple engineer raises $80M to rebuild AI infrastructure for long-running agents reports Sail Research’s $80M raise to build a chip-to-software inference platform optimized for throughput and long-running agents, promising 3–10x cost savings. This changes cost and architecture trade-offs for persistent agents—design your orchestration, state management, and scheduling to exploit async inference and lower TCO (Principles 09, 12).
LucidLink launches MCP server to give AI agents shared access to distributed files releases an MCP server public beta that lets AI agents share and access distributed files across cloud, on‑prem, and edge environments. Shared file context and MCP adoption materially affect how you model agent context, access controls, and provenance—plan for synchronization, ACLs, and new attack surfaces as you design context layers (Principles 06, 11).
Patronus AI raises $50M to stress-test AI agents in simulated environments announces funding to build simulated world-model environments for stress-testing and hardening autonomous agents. Outcome engineers can use adversarial simulation as part of continuous validation and regression suites to surface failure modes, reduce drift, and harden agent behaviours before production (Principles 14, 16).