
The Sandbox Became a Failure Domain
How sandbox lifecycles turn agent deployment boundaries into recovery decisions about state survival, restartability, provisioning latency, and replay.
An archive of decisions, failures, changes, and shipped work. The record stays useful by keeping the sequence—and the limits—visible.

How sandbox lifecycles turn agent deployment boundaries into recovery decisions about state survival, restartability, provisioning latency, and replay.

Embedding an agent in Slack, mobile, or another work surface changes more than the interface: it changes context, identity, triggers, visibility, authority, and the record left behind.

A source-grounded analysis of how objectives, access, incentives, safeguards, monitoring, and institutional response already shape realized AI risk.

Repeated agent turns can turn reusable context into a latency and capacity problem when cache locality, prefill pressure, and live load stop lining up.

A source-grounded analysis of why agent budgets become delegated-authority boundaries once automated work can trigger paid external actions.

Why durable agent memory needs a governed admission path before information becomes persistent context.

Why legitimate tool results need a separate instruction-authority boundary when untrusted or attacker-controlled text enters an agent's context.

A runtime change can preserve an agent's name, memory, and files while leaving a harder question unresolved: which history, authority, state, and behavior actually carried forward?

A pre-fan-out test for deciding when agent specialization or parallelism is worth the context a handoff can discard or force the system to reconstruct.