Blue Arbor Technologies

Closed-loop brain-computer interface system SOMA, using a wireless implant to decode tumor electrical signals in real time and deliver personalized electrical stimulation to treat brain tumors and other cancers

Series A · 2026-10

Implantable brain-computer interfaces using biomimetic materials, with flexible neural electronics for high-resolution neural recording and stimulation

Series A · $60M · 2026-05

Brain-computer interfaces that let patients with severe disabilities control devices with their thoughts via implanted electrodes

Series A · $50M · 2025-02

Implantable flexible brain-computer interface systems (neural signal acquisition chips + decoding algorithms) for patients with neurological disorders

Series B · 2026-10

Implantable brain-computer interfaces: in-house flexible neural electrodes and minimally invasive implantation with neural decoding/encoding algorithms, starting with visual restoration for visual impairment rehabilitation

Non-invasive AI ultrasound brain-computer interface (transcranial focused ultrasound neuromodulation + multimodal brain reading and AI neural decoding)

Series A · $42M · 2026-09

Imperial College London spinout developing composable chip modules for neural signal acquisition, electrical stimulation, on-chip processing and wireless transmission, for BCI and active implant makers

Undisclosed · 2026-10

Flexible, stretchable, non-penetrating brain-computer interfaces and neural electrodes to record/stimulate brain-surface activity

Seed · $20M · 2026-05

Graphene-based brain-computer interface technology for neurological disorders such as Parkinson's disease.

Series B · $50M · 2024-11

Non-invasive brain monitoring platform with real-time neural data analysis

Series A · $11M · 2025-03

Brain-computer interface electrodes and neural decoding systems

Angel · $10M · 2026-05

AI and 3D printing to produce patient-specific orthopedic surgical tools and implants

Seed · $6M · 2025-11