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Evaluating AI-assisted Social Engineering

Societal impacts Cyber risks

This project aims to evaluate AI-assisted social engineering and create novel defense mechanisms, such as personalized spam filters and agentic scam alerts. We seek to scale up our AI-phishing research to populate our evaluation benchmark (https://scambench.com/) with new and more diverse data. We are also launching economic cost analyses of the Societal impacts of AI-powered social engineering, as well as creating tools and support programs specifically aimed at vulnerable population groups.

About the project

We are looking for both technical and governance students. Below are some representative tasks one can expect during the fellowship period.

Technical Candidates (ML Engineer)

  • Expand our AI agents to include voice and SMS-based phishing simulations.
  • Improve the OSINT functionality of our scam-training tool to accommodate diverse user demographics (e.g., students and seniors).
  • Review and refine our current AI tool’s persuasion techniques, and conduct experiments on how to measure and mitigate different persuasion attack types..
  • Create a blue team AI agent that tests the effectiveness of our scam-generating (red team) agents.
  • Investigate how social-engineering techniques integrate into the broader chain of automated cyberattacks, including technical intrusion methods such as those documented in Anthropic’s recent AI-espionage case: https://www.anthropic.com/news/disrupting-AI-espionage

Governance, Policy, and Legal Candidate s

  • Create a plan for how to better align ScamBench with AISI’s guidelines for evaluation benchmarks (https://www.gov.uk/government/publications/ai-safety-institute-approach-to-evaluations/ai-safety-institute-approach-to-evaluation).
  • Map relevant compliance, legal, and ethical requirements for scaling and working with ScamBench (e.g., data protection, privacy, and consent frameworks).
  • Map out and implement strategies to recruit participants for ScamBench to scale its data and reach.
  • Review and improve our metrics for different types of persuasion techniques and scams (such as the grandchild-in-distress, EZ Toll, and Mastercard verification scams).
  • Develop and implement a plan to ensure comprehensive demographic representation.

Relevant links: https://arxiv.org/abs/2412.00586 https://ieeexplore.ieee.org/document/10466545 https://www.reuters.com/investigates/special-report/ai-chatbots-cyber/ https://hbr.org/2024/05/ai-will-increase-the-quantity-and-quality-of-phishing-scams

Theory of change

AI-powered cyberattacks, social engineering, and manipulation are widely considered some of the greatest risks of our time. This project conducts cutting-edge research on detecting, preventing, and mitigating these threats by systematically evaluating AI-enabled attack capabilities and designing safeguards to protect individuals, institutions, and critical infrastructure.

Your role

Multiple weekly check-in calls = Detailed Guidance [2+ hr/week/mentee]: I won't be working directly with my mentees but will dedicate substantial attention to checking on their progress in one or more meetings where I will be able to engage with the details of their work.

Prerequisites

Technical Candidate (ML Engineer) – Qualifications Required

  • Background in computer science.
  • Familiarity with AI development, equal to having completed Arena (https://github.com/callummcdougall/ARENA\_3.0). Bonus
  • Web development experience.
  • Interest in cybersecurity, social engineering, and human-computer interaction.
  • Experience with Docker, Kubernetes, and API integrations.

Governance and Policy Candidate – Qualifications Required

  • Prior experience in community engagement or nonprofit outreach, and building strategic partnerships.
  • Ability to conduct structured interviews, including calling or meeting with seniors, caregivers, or other target groups to gather qualitative data.
  • Experience in gathering user feedback, such as designing and conducting short interviews, surveys, or feedback sessions with users (including seniors and caregivers) to assess the effectiveness of our AI-phishing tool and ScamBench, identify usability issues, and collect insights to improve training materials and benchmarks
  • Comfort in learning the basics about legal compliance for data management. For example, ensuring we maintain compliance with data protection and privacy requirements across different US states, streamlining verification processes, ensuring ethical consent collection, secure data storage, and anonymization practices, and staying up to date on relevant laws and ethical standards for handling sensitive user information. Bonus
  • Experience from working with vulnerable population groups.
  • Organizational and project management skills, such as scheduling participant sessions, keeping track of datasets, and coordinating research tasks.

Location preference

We're based in Cambridge US and San Francisco

Application question(s)

Write a short description of what specific tasks you would like to help us with and why you're a good candidate to help us with those tasks (less than 500 words, shorter is preferable).

About the mentor

Fred Heiding

Fred Heiding

Fred Heiding is a senior researcher at the Harvard Kennedy School focusing on computer security and AI security. His work aims to quantify and mitigate AI-assisted cyberattacks. He is a member of the World Economic Forum's Centre for Cybersecurity and the Geneva Centre for Security Policy, and has taught several AI and cybersecurity courses at Harvard. Fred has advised the U.S. government, NATO allies, and Asian democracies on countering AI-enabled cyber threats. His work has been featured in leading publicans like The Economist, Reuters, and Time Magazine, and he has assisted in the discovery of more than 45 critical computer vulnerabilities (CVEs). In early 2022, Fred got media attention for hacking the King of Sweden and the Swedish European Commissioner.

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