Remote Fraud Engineer β€” AI-Driven Risk & Detection in London

Remote Fraud Engineer β€” AI-Driven Risk & Detection in London

London Freelance 80 - 80 Β£ / hour (est.) Working from home possible
Mercor

At a Glance

  • Tasks: Use AI to tackle fraud engineering tasks and enhance detection systems.
  • Company: Join Mercor, a leader in AI-driven risk and detection.
  • Benefits: Earn $80/hour with flexible remote work options.
  • Other info: Be part of a dynamic team focused on innovation and model robustness.
  • Why this job: Make a real impact in the fight against fraud using cutting-edge technology.
  • Qualifications: 2+ years of experience in fraud engineering required.

The predicted salary is between 80 - 80 Β£ per hour.

Mercor is seeking a Fraud Engineer to connect elite talent with leading AI research labs. This contract position offers remote work and compensation of $80/hour.

Responsibilities include:

  • Using AI coding agents for fraud engineering tasks
  • Reviewing fraud detection systems

The ideal candidate will have at least 2 years of experience in fraud engineering. You will be expected to identify issues, compare model outputs, and evaluate solutions in real-world contexts. This role is integral to enhancing model robustness.

Remote Fraud Engineer β€” AI-Driven Risk & Detection in London employer: Mercor

At Mercor, we pride ourselves on being an exceptional employer that champions innovation and collaboration in the field of AI-driven risk and detection. Our remote work culture fosters flexibility and work-life balance, while our commitment to employee growth ensures that you will have access to continuous learning opportunities and cutting-edge projects. Join us to be part of a dynamic team that values your expertise and empowers you to make a meaningful impact in fraud engineering.

Mercor

Contact Details:

Mercor Recruitment Team

We think you need these skills to ace Remote Fraud Engineer β€” AI-Driven Risk & Detection in London

Fraud Engineering
AI Coding Agents
Fraud Detection Systems
Issue Identification
Model Output Comparison
Solution Evaluation
Model Robustness Enhancement