The original title is "Engineering Trust: Safe Failure Patterns for AI Agents in Site Reliability"

Short summary

A deep dive into building trustworthy AI agents for Site Reliability Engineering, emphasizing that trust is engineered through five pillars: grounded telemetry, explicit safety boundaries, progressive autonomy, comprehensive auditability, and continuous evaluation. The architecture separates reasoning from actuation via a deterministic safety layer that validates permissions, calculates blast radius, and requires human approval for high-risk actions. Google's AI operator approach is cited as an exemplar.

• •Five pillars of trustworthy SRE AI: grounded telemetry, safety boundaries, progressive autonomy, auditability, continuous evaluation
• •Reasoning and actuation must have separate trust boundaries to reduce blast radius
• •Guardrails include least-privilege, rate limits, dry-run modes, circuit breakers, and action tiers

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