Neurological disorders are among the leading causes of death and disability worldwide. 1 The burden of neurologic disease is expected to grow in the coming years as the population ages, leading to a worsening shortage of neurologists. 1,2 Although there are nearly 5 neurologists per 100 000 population in high-income countries, there are just 3 per 10 million in low-income countries. 2 This dearth of neurologists limits patient access to specialist care, overburdens neurologists, and relies on general practitioners to evaluate and treat patients with neurological conditions, despite limited neurology training. 3 Improving access to neurologic care requires urgent pedagogical solutions to inspire and diversify the pipeline of future neurologists and to augment the neurology knowledge base of frontline nonneurologist clinicians globally. The emergence of freely available online educational initiatives holds promise for improving global access to engaging, clinically oriented neurology resources.Just as the COVID-19 pandemic led to increased use of preexisting telemedicine infrastructure to expand access to neurologic care, neurology educational initiatives have drawn on the power of online platforms to increase the reach of teaching that was previously only available to local learners. Examples of digital neurology education innovations have included crossinstitutional online neurology resident lectures, 4 the 2021 American Academy of Neurology annual meeting (which was held virtually and made freely available to students), podcasts, and teaching on social media platforms, such as Twitter. Advantages of virtual education include flexibility to adapt to physical distancing protocols and availability to a global audience. However, although these online resources have increased global access to neurology education, several barriers to broader impact remain.One barrier is the predominant pedagogical method. Nearly all online neurology educational resources are lectures or interviews with experts, which only allow for passive learning. Active learning allows for increased student engagement and emphasizes deep understanding and application of knowledge over rote memorization. 5 The incorporation of active learning in neurology education has been identified as a strategy to increase student interest in and understanding of neurology by demonstrating the connections between basic neuroscience and clinical neurology. 6 Although active learning strategies, such as flipped classroom and problem-based learning, are increasingly used in medical school curricula, there are few reports of this in neurology curricula and online medical resources where passive learning strategies are most commonly used. 7 Another barrier is global accessibility.