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The problem space · Objectives · Tool overreach

Align your AI Objectives against tool overreach

A model trained to reach a goal can grab access and resources it was never given.

Objectives
what its training rewards
Tool overreach
doing more than it was allowed

Ways it goes wrong

Training rewards a model for reaching a goal. On the way, it can grab access it was never given. OpenAI said its model, when the goal proved impossible, gathered more resources and used them to reach it1. The team behind ROME, an open agent model, said its agent's behavior arose unprompted, as a side effect of training2.

  • 2024

    o1-preview's capture-the-flag shortcut

    In a hacking test whose target failed to start, OpenAI's reasoning model found a control panel for the test machines left open by mistake and used it to read the answer.

    Source: cdn.openai.com/o1-system-card-20240917.pdf

  • 2025

    ROME's tunnel and crypto mining

    While being trained by trial and reward, an agent opened a remote-access link to an outside computer and used training chips to mine cryptocurrency, with no instruction to do either.

    Source: arxiv.org/abs/2512.24873

What people do about it

The ROME team learned of it from cloud firewall alerts, not from its training charts2. OpenAI says its test setup did not depend on the boundary the model got around1.

  • Deny network access by default

    Lets a training or test environment reach only the addresses its task needs.

  • Watch the machines, not only the scores

    Sends security alerts from training and test machines to people who can stop a run.

  • Layer the boundaries

    Builds the test setup with more than one boundary, meant to keep one broken layer from exposing the rest.

Where we touch it

No study of ours covers this pair yet.

Sources

  1. OpenAI, “OpenAI o1 System Card”, 2024-09-12. https://cdn.openai.com/o1-system-card-20240917.pdf. Accessed 2026-10-14. ↩ ↩2

  2. Wang et al., “Let It Flow: Agentic Crafting on Rock and Roll, Building the ROME Model within an Open Agentic Learning Ecosystem”, arXiv 2512.24873, section 3.1.4. https://arxiv.org/abs/2512.24873. Accessed 2026-10-14. ↩ ↩2