TELEPATHIC develops non‑invasive brain‑computer interfaces that capture neural signals in real time and translate them into digital commands. By combining high‑fidelity hardware, advanced signal‑interpretation software, and AI, the platform enables secure transmission of thoughts and intent between humans and machines, supporting applications such as cognitive state monitoring and direct brain‑to‑device communication.
Funding
Funding not disclosed
Founders
Product
Problem
Current brain‑computer interfaces rely on invasive implants or cumbersome equipment, limiting accessibility, comfort, and scalability for everyday users. This restricts the ability to capture neural activity in real time for consumer and enterprise applications.
Solution
Telepathic offers a non‑invasive brain‑computer interface that records neural signals through external hardware and translates them into digital data streams in real time. The platform combines high‑fidelity signal acquisition with sophisticated interpretation software and AI‑driven analytics to decode cognitive states and user intent. Processed signals can be securely transmitted between humans and machines, enabling a new interaction paradigm where thoughts and intentions serve as a communication language. The system is designed for safe, comfortable use and can be deployed at scale across a variety of applications.
Target Audience
Primary customers include technology developers, enterprise solution providers, and consumer device manufacturers seeking to incorporate brain‑derived input into their products.
Features
- External sensor array that captures neural activity without surgery or implants
- High‑resolution, low‑latency signal acquisition engine for real‑time brain monitoring
- AI‑powered decoding algorithms that interpret cognitive states and user intent
- Secure communication protocol that transmits decoded signals between human and machine interfaces
- Modular software stack allowing integration with consumer devices, enterprise tools, and custom applications