ELVIS BCI
Mind Reading
An innovative BCI (Brain–Computer Interface) implant that offers new possibilities for paralysed patients. The technology helps to establish a direct connection between the brain and the computer, converting thoughts into actions and enabling them to control devices, communicate and interact with the world around them.
Principle of work
Reads and interprets brain signals.
Transmits commands to the computer.
Transmits commands to the computer.
Implant
The patient controls the cursor on the screen
Control with the power of thought
Specification
500-700 mW
400 (600 virtual)
19.3 kHz
3 Hz - 27 kHz
Surface
Sampling frequency
Number of channels
Total energy consumption of the system
Bandwidth
Electrode type
Principle of work
The principle of operation of the BCI implant is based on the interpretation of brain activity, which is used to control the computer.
- The main part of the BCI implant is the implantable electronics, which reads the activity of the cerebral cortex using implantable electrodes.
- This information is sent to the computer via wireless transmission technology (e.g. Bluetooth).
- Specialised software installed on the computer or mobile device controls the interface according to the interpreted brain activity data, e.g. by moving the cursor.
ELVIS telegram channel
Fill out an application and we will send an invitation to our telegram channel
Send us a message so our team can stay in touch with you.
We will be happy to help you get your ELVIS BCI cochlear implant.
We will be happy to help you get your ELVIS BCI cochlear implant.
For patients
QUESTIONS AND ANSWERS
BCI (brain–computer interface) implants are devices that allow direct communication between the human brain and a computer or other electronic devices. These implants can be used to control computers, prosthetics and other electronics solely through ‘thoughts’.
BCI implants read the electrical activity of the brain and interpret it with special software that converts brain signals into commands for external devices, allowing the user to interact with them.
BCI implants can be useful for people with disabilities, including those who suffer from paralysis, amputation, or other serious motor impairments.
BCI implants can significantly improve the quality of life of people with mobility limitations by giving them the ability to control various devices (e.g. computers, mobile phones or prostheses) with their “thoughts”. They can help restore function and simplify daily tasks, allowing for greater independence.
There are several alternative technologies, such as wearable devices that record brain activity or use an electroencephalogram (EEG). However, they usually have limitations in accuracy and speed compared to implantable systems.
ELVIS © 2025
Russian Federation, 121205, Moscow,
ul. ter. Mozhaisky municipal district,
territory of Skolkovo Innovation Centre, 42, bld. Bolshoi, v. 42, bldg. 1
ul. ter. Mozhaisky municipal district,
territory of Skolkovo Innovation Centre, 42, bld. Bolshoi, v. 42, bldg. 1
Neuroimplants ELVIS LLC
ELVIS creates medical neuroimplants for the treatment of the most complex diseases.