Anthropic and the Gates Foundation are committing $200 million over the next four years to expand access to artificial intelligence in critical areas, with a major focus on global health initiatives. The partnership will deliver grant funding, Claude usage credits, and technical support to programs spanning life sciences, education, and economic mobility in the US and internationally. A significant portion of this investment will address the lack of essential health services impacting 4.6 billion people in low- and middle-income countries, accelerating vaccine and therapy development. Anthropic’s Beneficial Deployments team will fund these programs and create public health datasets, while also offering discounted access to Claude for nonprofits and education institutions, recognizing that market forces alone will not extend the benefits of AI to all.
AI for Global Health & Disease Research
Beyond financial investment, the partnership focuses on building practical AI tools and datasets, recognizing that funding research alone is insufficient to solve complex problems. A core component of this effort is the development of “connectors” that will grant Claude, Anthropic’s AI assistant, direct access to existing platforms and tools; these will be paired with newly created benchmarks and evaluation frameworks designed to assess AI performance in healthcare settings. This work aims to establish standardized methods for measuring AI’s efficacy in real-world medical applications. Approximately 4.6 billion people lack access to essential health services. Scientists are already utilizing Claude to identify patterns within extensive research and datasets, and to initially screen potential drug and vaccine candidates; the partnership will expand this work to include neglected diseases like polio, HPV, and eclampsia/preeclampsia.
The partnership will explore how AI can better support frontline health workers and patients in navigating diagnosis, treatment, and medical decision-making. It will also explore how AI can make it faster and easier for scientists to screen potential vaccine candidates, including vaccines that protect against diseases like polio, computationally before moving into pre-clinical development, potentially shortening development timelines. The partnership extends to improving disease forecasting, with Anthropic collaborating with the Institute for Disease Modeling (IDM) to make their predictions more accessible and refine their models of disease transmission. In education, the focus is on creating AI-powered tools to improve literacy and numeracy in sub-Saharan Africa and India, while also developing resources for K-12 students in the United States. Anthropic’s overarching goal is to ensure that the benefits of AI extend beyond commercial applications and address pressing global needs.
Claude Powers Educational Tools & Benchmarks
The partnership will deliver model benchmarks, datasets, and knowledge graphs intended to evaluate and improve AI tools used for math tutoring, college advising, and curriculum design, with the first of these resources slated for public release later in the year. In the US, Anthropic intends to leverage Claude to power educational tools providing evidence-based tutoring and career guidance, while in sub-Saharan Africa and India, the focus shifts to AI-powered applications supporting foundational literacy and numeracy programs. This work is being undertaken in conjunction with the broader Global AI for Learning Alliance (GAILA), demonstrating a commitment to open collaboration and shared resources. The development of these tools addresses systemic challenges in education and ensures equitable access to effective learning resources.
A key component of this strategy involves creating public goods, freely accessible to developers and educators, to foster innovation and prevent the concentration of AI-driven educational advantages within proprietary systems. This emphasis on open-source resources and standardized evaluation frameworks aims to establish a transparent and accountable ecosystem for AI in education, allowing for continuous improvement and wider adoption of proven methods.
Together, we will explore how AI can make it faster and easier for scientists to screen potential vaccine candidates-including vaccines that protect against diseases like polio-computationally before moving into pre-clinical development. This could help shorten the early-stage development timeline.
Boosting Economic Mobility with AI & Data
Anthropic’s commitment to expanding the societal benefits of artificial intelligence extends beyond laboratory innovation, with a significant focus on bolstering economic mobility in underserved communities; the company is collaborating with the Gates Foundation on a four-year, $200 million initiative targeting programs in the US and globally. A core component of this partnership involves tailoring Claude, Anthropic’s large language model, to address specific challenges faced by nearly two billion people reliant on smallholder farming, with plans to create agriculture-specific improvements to the model and release relevant datasets as public goods. This work isn’t simply about increasing crop yields, but about improving the livelihoods of those whose incomes depend on agricultural output, a critical area for sustainable development.
In the United States, the partnership will concentrate on three key areas: establishing portable records of skills and certifications to facilitate career transitions, providing reliable career guidance for both new job seekers and those undergoing retraining, and developing tools to measure the effectiveness of economic mobility programs. These efforts aim to connect data from training initiatives with actual employment outcomes, allowing for a data-driven assessment of which interventions demonstrably improve job prospects and wages. Anthropic stated, “We’re looking forward to working with them and their partners to set up these programs and apply Claude to real-world problems,” signaling a commitment to practical application and measurable impact.
