AI model training and talent platform for frontier labs and enterprise applications
Turing operates at the intersection of frontier AI research and applied model deployment. The company runs a 4M+ person talent cloud paired with ALAN, an orchestration platform for model training, evaluation, and synthetic data generation. The hiring profile—heavy in data (666) and engineering (583) roles, with 776 positions posted in the last 30 days—reflects rapid scaling of both model training capacity and application-building capability. Active projects cluster around LLM evaluation datasets, legal reasoning benchmarks, and financial AI performance assessment, suggesting Turing is building domain-specific training infrastructure for high-stakes use cases.
Turing is a San Francisco-based AI company founded in 2018 that combines two business lines: partnership with frontier AI labs to advance model capabilities, and deployment of those models to solve enterprise problems. The company operates a global talent cloud of over 4 million software engineers, data scientists, and STEM professionals who contribute to model training, data generation, and AI application development. ALAN—Turing's AI-powered platform—automates talent matching, manages workflows across supervised fine-tuning, RLHF, evals, and synthetic data generation, and accelerates benchmarking and model assessment. The hiring velocity is accelerating across data and engineering teams, with active roles spanning 15+ countries including Pakistan, Nigeria, India, and the United States.
Core: Python, JavaScript, TypeScript, PyTorch, TensorFlow, React, Node.js, AWS, GCP, Azure. ML-specific: Jupyter, Pandas, NumPy, SciPy, Gymnasium, Stable Baselines. Recently adopting: Vue, Angular, Nest.js, RLHF workflows, ChatGPT/GPT-4 integration.
Active projects: LLM evaluation and training datasets; benchmarking for legal AI and private equity transactions; creating datasets for model pre- and post-training; evaluating AI performance on complex financial and legal scenarios; synthetic task generation from public source histories.
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