About the roleAs frontier AI systems become more capable, they are increasingly able to pursue long-horizon goals, use tools, adapt to feedback, and operate with greater autonomy. These advances create enormous potential benefits, but they also introduce the risk that models may behave in ways that are misaligned, deceptive, or difficult to supervise or contain. Reducing loss of control risk is therefore a core challenge for safely developing and deploying advanced AI systems.
As a Researcher for loss of control mitigations, you will help design and implement an end-to-end mitigation stack to reduce the risk of intentionally subversive or insufficiently controllable model behavior across OpenAI's products and internal deployments. This role requires strong technical depth and close cross-functional collaboration to ensure safeguards are enforceable, scalable, and effective. You'll contribute directly to building protections that remain robust as model capabilities, deployment patterns, and threat models evolve.
In this role, you will:- Design and implement mitigation components for loss of control risk-spanning prevention, monitoring, detection, containment, and enforcement-under the guidance of senior technical and risk leadership.
- Integrate safeguards across product and research surfaces in partnership with product, engineering, and research teams, helping ensure protections are consistent, low-latency, and resilient as usage and model autonomy increase.
- Evaluate technical trade-offs within the loss of control domain (coverage, robustness, latency, model utility, and operational complexity) and propose pragmatic, testable solutions.
- Collaborate closely with risk modeling, evaluations, and policy partners to align mitigation design with anticipated failure modes and high-severity threat scenarios, including deceptive alignment, hidden subgoals, reward hacking, and attempts to evade oversight.
- Execute rigorous testing and red-teaming workflows, helping stress-test the mitigation stack against increasingly capable and potentially subversive model behaviors-such as sandbagging, monitor evasion, exploit-seeking, unsafe tool use, or strategic deception-and iterate based on findings.
You might thrive in this role if you:- Have a passion for AI safety and are motivated to make cutting-edge AI models safer for real-world use.
- Bring demonstrated experience in deep learning and transformer models.
- Are proficient with frameworks such as PyTorch or TensorFlow.
- Possess a strong foundation in data structures, algorithms, and software engineering principles.
- Are familiar with methods for training and fine-tuning large language models, including distillation, supervised fine-tuning, and policy optimization.
- Excel at working collaboratively with cross-functional teams across research, policy, product, and engineering.
- Have significant experience designing and evaluating technical safeguards, control mechanisms, or monitoring systems for advanced AI behavior.
- (Nice to have) Bring background knowledge in alignment, control, interpretability, robustness, adversarial ML, or related fields.
