According to @ai_darpa, ExoLab has demonstrated a breakthrough in AI-powered robotics with their advanced exoskeleton, enabling a paraplegic individual to stand and walk (source: https://twitter.com/ai_darpa/status/2001387674490249506). The exoskeleton's real-time sync and responsiveness, as shown by the user's ability to perform a fist bump, highlight substantial progress in assistive robotics. This development underscores the growing role of AI in medical devices, offering transformative business opportunities in rehabilitation technology, accessibility solutions, and healthcare robotics. Companies investing in human-robot interaction and intelligent assistive devices are well-positioned to address a rising market demand for AI-driven mobility aids.

According to @AIatMeta, researchers at Carnegie Mellon University are leveraging SAM 3D, an advanced AI-powered human movement analysis tool, in clinical rehabilitation settings. By capturing and analyzing detailed 3D motion data, SAM 3D enables clinicians to generate personalized, data-driven insights that enhance the recovery process. This application of AI in healthcare opens significant business opportunities for developing intelligent rehabilitation solutions and improving patient outcomes with precise, real-time feedback (Source: @AIatMeta, Nov 25, 2025).