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Stored deadline 2026-05-17 has passed; smapply application URL returns 404; Schmidt Sciences Opportunities page no longer lists the Trustworthy AI 2026 RFP as an open call.
Historical funding: Two tiers: Tier 1 up to $1,000,000 (1-3 years), Tier 2 $1,000,000-$5,000,000+ (1-3 years). Additional support includes computing resources (GPUs/CPUs with data storage), software engineering support, API credits with frontier model providers, and community engagement opportunities.
Prior eligibility: Open globally to individual researchers, research teams, institutions, and multi-institution collaborations at universities, national laboratories, institutes, and non-profit research organizations.
Schmidt Sciences 2026 Science of Trustworthy AI Research Grants is a grant from Schmidt Sciences that funds technical research aimed at understanding, predicting, and controlling risks from frontier AI systems. The program supports three research aims: characterizing AI misalignment, developing generalizable safety evaluations and interventions, and overseeing AI systems with superhuman capabilities. Open globally to individual researchers, teams, universities, national laboratories, and non-profit research organizations. Tier 1 awards up to $1 million and Tier 2 awards from $1 million to $5 million or more are available for 1-3 year projects. Indirect costs must not exceed 10 percent. The deadline was May 17, 2026.
Schmidt Sciences opened a 'Scaling AI Safety for a Multi-Agent World' program with awards up to $1 million and an August 8, 2026 deadline. Against a backdrop of federal research slowdowns, here is why private science philanthropy matters more than ever, how these funders differ from federal agencies, and how researchers should approach them.
Read articleSchmidt Sciences' 2026 Science of Trustworthy AI RFP closes May 17 with two funding tiers — up to $1M (Tier 1) and $1–5M+ (Tier 2) over 1–3 years, with a 10% indirect cost cap. The three research aims target misalignment under distribution shift, predictive-validity evaluations, and oversight of superhuman systems. Here is why the structure favors team-based proposals.
Read articleThe U.S. Government Policy for Stopping High-Risk Life Sciences Research, released July 28, 2026 under EO 14292 and implemented at NIH through NOT-OD-26-101, replaces mitigation with prohibition. It bans dangerous gain-of-function research outright, gates potential DGOF behind government-wide review, and creates International Research of Concern — a research-security regime wearing biosafety clothing. Penalties run to five-year debarment and False Claims Act exposure.
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