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3yr ROI

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Talent Scout

H

Hanna Foerster

University of Cambridge

R

Robert Mullins

University of Cambridge

T

Tom Blanchard

University of Toronto & Vector Institute

N

Nicolas Papernot

University of Toronto & Vector Institute

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Founder's Pitch

"Secure computer use agents with Dual-LLM architecture to prevent prompt injection attacks."

AI SecurityScore: 6View PDF ↗

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arXiv Paper

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Why It Matters

This research matters because it addresses critical security vulnerabilities in computer use agents that automate tasks, potentially preventing data exfiltration and financial loss.

Product Angle

The research could lead to a security add-on for office automation tools, offering robust protection against prompt injections in UX automation scenarios.

Disruption

This solution could replace current security measures that fail to prevent instruction injections, offering more foolproof protection in automated environments.

Product Opportunity

With organizations increasingly automating UI workflows, there's a significant market for tools that secure these processes against malicious injections. Enterprises with sensitive data would be potential customers.

Use Case Idea

Develop a security tool for enterprises that integrates with existing computer automation platforms to prevent prompt injection attacks and enhance operational safety.

Science

The paper presents a Dual-LLM architecture that separates planning and perception in computer use agents. It uses Single-Shot Planning to pre-plan actions without viewing potentially malicious UI content, ensuring control flow integrity.

Method & Eval

The method was tested on the OSWorld benchmark, demonstrating up to a 57% retention in performance for closed-source models and 19% improvement for open-source models.

Caveats

The approach might not fully address data flow vulnerabilities like Branch Steering without additional mitigations. Its performance can lag in dynamic environments requiring runtime adaptability.

Author Intelligence

Hanna Foerster

University of Cambridge

Robert Mullins

University of Cambridge

Tom Blanchard

University of Toronto & Vector Institute

Nicolas Papernot

University of Toronto & Vector Institute

Kristina Nikolić

ETH Zurich

Florian Tramèr

ETH Zurich

Ilia Shumailov

AI Sequrity Company

Cheng Zhang

AI Sequrity Company

Yiren Zhao

AI Sequrity Company