Description
Alice.io (formerly known as ActiveFence) is a leading trust, safety, and security company. Just like ‘Alice’ herself, we go down the rabbit hole into the emerging world of AI and focus on safeguarding these technologies. In a world where AI has fundamentally changed the nature of risk, Alice offers coverage across the entire AI lifecycle.
We're currently on the ground floor of an exciting new initiative: building an "Elite Collective" of the world's premier cyber specialists—high-stakes, project-based work for the "best of the best" red-teamers in the industry.
Work is on-demand and project-dependent, scaling up and down based on the needs of the client. This is not a high-volume, repetitive role; it is an opportunity to be tapped for specific, high-impact interventions when your unique expertise is required.
The most sophisticated technology challenges in the world are waiting down the rabbit hole. We’re looking for the sharpest minds to help us secure the frontier.
The invitation is open: Come join us at the tea party.
About the position:
As one of Alice’s Security Red Team Specialists, you’ll focus on Generative AI Models. You will play a critical role in enhancing the security and integrity of our cutting-edge AI technologies.
Your primary responsibility will be to conduct analysis and testing of our generative AI systems, including but not limited to language models, image generation models, and any related infrastructure.
Your objective is to help clients secure their AI models and frameworks by identifying weaknesses, assessing risks, and providing clear steps for improvement.
Key Responsibilities
Simulated Cyber Attacks: Conduct sophisticated and comprehensive simulated attacks on generative AI models and their operating environments to uncover vulnerabilities.
Vulnerability Assessment: Evaluate the security posture of AI models and infrastructure, identifying weaknesses and potential threats.
Risk Analysis: Perform thorough risk analysis to determine the impact of identified vulnerabilities and prioritize mitigation efforts.
Mitigation Strategies: Collaborate with development and security teams to develop effective strategies to mitigate identified risks and enhance model resilience.
Research and Innovation: Stay abreast of the latest trends and developments in AI security, ethical hacking, and cyber threats. Apply innovative testing methodologies to ensure cutting-edge security practices.
Documentation and Reporting: Maintain detailed documentation of all red team activities, findings, and recommendations. Prepare and present reports to senior management and relevant stakeholders. Requirements
Must-Have:
Proven experience in AI vulnerabilities analysis
Strong understanding of AI technologies and their underlying architectures, especially generative models and agentic frameworks.
At Least 5 years of experience in Web Penetration testing.
Excellent analytical, problem-solving, and communication skills.
Ability to work in a fast-paced, ever-changing environment.
Nice-to-Have:
Proficiency in Python or NodeJS
Advanced Certifications in offensive cybersecurity (e.g. OSWE, OSCE3, SEC542, SEC522) are highly desirable.
Familiarity with agentic frameworks and agentic development experience
Bachelor’s or Master’s degree in Computer Science, Information Security, or a related field.
Proven records for vulnerability disclosure, such as CVE All applicants will be required to complete a screening exam and background check.
Alice.io, formerly known as ActiveFence, is a trust, safety, and security company specializing in safeguarding artificial intelligence systems across their entire lifecycle. The company focuses on identifying and mitigating risks in generative AI through domain expertise in Chemical, Biological, Radiological, and Nuclear (CBRN) areas. Alice.io offers coverage and security solutions designed to address the emerging challenges posed by AI technologies. The company operates an 'Elite Collective' model, engaging specialized experts on a project-based, on-demand basis to conduct high-impact interventions for sophisticated technology challenges.
