Sabi raises $50M to develop non-invasive brain-AI interface

Sabi: Sabi is developing a non-invasive brain-computer interface in the form of a wearable cap or beanie equipped with custom neuroimaging sensors and chips. The company focuses on translating brain signals directly into AI prompts and text output for hands-free interaction. It is the entity behind the recent funding round to advance its thought-to-action technology. Accel: Accel is a global venture capital firm with a focus on early-stage technology and deeptech startups across markets including India and the US. It backed Sabi's efforts to build custom chip-enabled brain-AI interfaces. DST Global: DST Global is a venture capital firm specializing in late-stage investments in internet and technology companies. It provided backing for Sabi's project to create custom-chip BCI technology for mind-powered AI interactions. Kevin Weil: Kevin Weil is a technology investor and executive who participates in funding rounds for AI and hardware-focused startups. He joined the investor group supporting Sabi's development of a wearable brain-computer interface. Initialized: Initialized is a venture capital firm that supports early-stage founders building innovative technology products. It contributed to Sabi's recent raise aimed at advancing non-invasive BCI hardware and AI decoding capabilities. Rahul Chhabra: Rahul Chhabra is a co-founder of Sabi and has publicly discussed the company's BCI development and funding. He is associated with the project's vision for wearable neural interfaces that connect thoughts to AI systems without invasive procedures. Khosla Ventures: Khosla Ventures is a venture capital firm that invests in emerging technology companies, including those in artificial intelligence and neurotechnology. It participated in Sabi's funding round to support the development of the company's wearable BCI cap. Investor Focus: Venture firms are actively funding neurotechnology startups that combine custom hardware with AI models for direct neural signal interpretation. Recent Advancements: New prototypes and partnerships are emerging for fully wireless, hair-hidden non-invasive BCIs aimed at practical applications like thought-based control of digital systems. BCI Technology Trends: Developers are emphasizing non-invasive, wearable designs such as caps or small scalp-mounted units to enable everyday brain-to-device communication without surgery.