F

FAR AI

Non-profit AI safety research institute

Head of Engineering - Red Team

Full-TimeUpdated on 10/22/2026
$225k - $350k/yr+ Work-related travel expenses + Equipment expenses
Expert
Remote in USA
RemoteRemote globally; timezone flexibility expected. Work-related travel is paid.
Engineering ManagementEngineering Leadership
H1B Sponsorship Available

About the job

Requirements
  • Have a strong track record in software engineering, AI, or another computer engineering discipline, such as cybersecurity or MLOps.
  • Have a strong track record of managing, growing, and leading technical teams, including building start-ups from 0 to 1 and scaling organizations by managing managers.
  • Have experience with relevant technologies, including coding agents such as Claude Code, Codex, and Cursor; Python; large language model APIs; local large language model frameworks such as vLLM; evaluation frameworks such as Inspect; large language model agents such as OpenClaw; cloud infrastructure such as Google Cloud Platform; and compute clusters such as Kubernetes and Slurm.
  • Be able to communicate technical solutions effectively to technical and non-technical audiences.
  • Be willing to work at the organization's required pace and navigate uncertainty and shifting threat models and defenses.
Responsibilities
  • Build and scale internal and external red-teaming tools and products to improve the speed, coverage, and severity of findings.
  • Develop agentic red-teaming systems to systematically explore the attack space.
  • Develop agentic systems to identify new public jailbreaks and other releases and automatically integrate them into internal systems.
  • Advance attacker simulation and output harmfulness evaluation.
  • Maintain and evolve internal vulnerability databases, statistical analysis tools, and reporting infrastructure.
  • Build systems to support high-stakes red-teaming engagements with frontier AI companies and governments.
  • Support public reports, benchmarks, and leaderboards that shape industry norms.
  • Contribute to red-teaming of closed- and open-weight frontier models, improving systems during engagements and incorporating engagement insights into broader systems.
  • Build agentic workflows to accelerate the red team.
  • Initially manage, mentor, and support a growing team of engineering and red-teaming individual contributors.
  • Plan sprints and lead engineering execution.
  • Mentor red-team individual contributors in engineering skills through one-to-one support and resources for skill growth and knowledge transfer.
  • Manage individual contributors, support their impact, set standards and weekly priorities, and create conditions and paths for rapid growth.
  • Create processes that scale high-tempo engagements while maintaining quality.
  • Design hiring pipelines and serve as hiring manager in partnership with red-team colleagues and the recruiting team.
  • Identify and execute technical and team-building opportunities to scale impact.
  • Identify engineering bottlenecks, design solutions, prioritize problems, and drive solutions through implementation.
  • Partner with the division's technical lead on technical direction where engineering systems, red-teaming methodology, evaluations, and research intersect; translate broad technical goals into scalable engineering plans, teams, and systems.
  • Work closely with and potentially manage the company engagements and testing team, connecting the systems used in testing with lessons from testing.
  • Hire and manage engineering managers and other roles to scale engineering for division needs.
  • Contribute to the red team's overall technical and product strategy.
  • Partner with the division to translate technical ideas and findings into real-world impact.
Desired Qualifications
  • Experience building or red-teaming frontier large language models or agentic systems.
  • Experience building technical teams and products in an entrepreneurial environment.
  • Ability to discover non-obvious, high-severity vulnerabilities in complex systems.
  • Experience in related areas such as adversarial machine learning or security.
  • Prior collaboration with AI labs, security teams, or government safety institutes.
  • Published work in AI safety, security, or robustness.

About the company

FAR AI is a non-profit research institute focused on making advanced artificial intelligence safer and more beneficial for society. It conducts in-house research on AI safety topics such as model evaluation, interpretability, and robustness, and it also supports safety-driven research through collaborations and targeted grants. A key activity is red-teaming frontier AI systems to identify vulnerabilities and inform safety standards for developers and governments, while it also builds community through FAR.Labs in Berkeley and global dialogues like the International Dialogue on AI Safety. Its funding comes mainly from philanthropy, with profits from for-profit AI work capped at 10% to preserve independence, and its goal is to steer powerful AI toward minimizing risk and maximizing societal benefit through research, governance discussions, and broad collaboration.

Company Size

51-200

Company Stage

N/A

Total Funding

N/A

Headquarters

Berkeley, California

Founded

2022

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Simplify's Take

What believers are saying

  • July 2026 Singapore office expands Asia-Pacific partnerships with IMDA, CSA, and NUS.
  • Over $30 million in 2025 commitments funds growth from 15 to 30-plus researchers.
  • Technical governance, fellowships, and workshops broaden hiring, reputation, and future grantmaking reach.

What critics are saying

  • Budget concentration around Coefficient Giving and peers creates donor dependence if priorities shift in 2027.
  • Leaderboard attacks can alienate frontier labs, shrinking paid red-teaming work and data access quickly.
  • If a major safety evaluation misses harmful capability leakage, FAR.AI loses credibility with regulators.

What makes FAR AI unique

  • Founded July 2022, FAR.AI combines frontier-model red-teaming, governance, and field-building from Berkeley.
  • January 2026 European Commission AI Office selection gives FAR.AI direct regulatory influence on CBRN safety.
  • Its AI Security Leaderboard benchmarks real jailbreak costs across major models, not abstract safety theory.

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Benefits

  • Health Insurance
  • Dental Insurance
  • Vision Insurance
  • 401(k) Retirement Plan
  • Remote Work Options
  • Hybrid Work Options
  • Paid Vacation
  • Paid Holidays
  • Sabbatical Leave
  • Flexible Work Hours
  • Wellness Program
  • Mental Health Support

Growth & Insights and Company News

Headcount

6 month growth

5%

1 year growth

3%

2 year growth

3%
PR Newswire
Jul 30th, 2026
FAR.AI opens first international office in Singapore to advance AI safety research

FAR.AI, a nonprofit AI safety research organisation, has opened its first international office in Singapore. The Singapore office will serve as FAR.AI's Asia Centre of Excellence, deepening collaboration on AI safety research across the Asia-Pacific region. FAR.AI has existing partnerships in Singapore with the Infocomm Media Development Authority (IMDA), the Cyber Security Agency of Singapore (CSA), and NUS. The organisation is currently working with IMDA to examine risks posed by advanced AI systems, including technical assessments of chatbot persuasive behaviour. Previously, FAR.AI collaborated with CSA on agentic AI security research, presenting the discussion paper "Securing Agentic AI" at Singapore International Cyber Week last year. The organisation has also built research ties with the NUS AI Institute. FAR.AI was founded in 2022 and has been selected by the European Commission's AI Office to lead technical safety research.

PR Newswire
Jul 29th, 2026
FAR.AI leaderboard reveals hundredfold gap in AI security: Grok, Gemini broken for under $300

AI security nonprofit FAR.AI has launched a leaderboard revealing a hundredfold gap in safeguards across frontier AI models. Testing found hundreds of "universal jailbreaks" in Grok 4.5 and Gemini 3.1 Pro, costing roughly $58 and $278 respectively to exploit. Claude Fable 5 and GPT-5.6 Sol showed no such vulnerabilities under identical testing, with exploitation costs exceeding $14,200. FAR.AI tested over 60 publicly documented jailbreak techniques across chemical, biological, radiological, nuclear, explosive, and cybersecurity threats. Grok 4.5 yielded 448 distinct universal jailbreaks whilst Gemini 3.1 Pro produced 249. The stronger models employed multiple independent protection layers. The organisation published a Minimal Standard for Safeguards alongside the leaderboard at leaderboard.far.ai, defining baseline attacks frontier models should withstand. FAR.AI shared findings confidentially with evaluated companies before publication.