Brain-Computer Interface Statistics 2024 By Technology, Devices, Communication

Trishita Deb
Trishita Deb

Updated · Apr 17, 2024


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Brain-Computer Interface Statistics: A Brain-Computer Interface (BCI) is a technology that connects the human brain to external devices, enabling direct communication without physical inputs.

BCIs have diverse applications, including aiding individuals with disabilities, enhancing human capabilities, and advancing research. They come in various forms, from non-invasive methods like EEG and fNIRS to invasive implants.

BCIs decode brain signals using advanced algorithms, facilitating control of computers, robots, or communication devices. However, challenges such as signal accuracy and ethical concerns about privacy and consent remain.

Despite these challenges, BCIs hold promise for healthcare, gaming, and education, with ongoing research aimed at their improvement.

Brain Computer Interface Statistics

Editor’s Choice

  • The Brain-Computer Interface (BCI) market has been experiencing remarkable growth at a CAGR of 15.7%
  • In 2022, the BCI market generated approximately USD 1,790.1 million in revenue.
  • The North American region is at the forefront of the global brain-computer interface (BCI) market, holding a significant share of 40.2% in terms of revenue.
  • Among BCI users, males represent a substantial majority at 76.4%, while females account for the remaining 23.6%.
  • Among BCI users, 37% have a high school education, while 31% hold a college or university degree.
  • Among prefrontal tasks, motor imagery stands out as the most commonly utilized in BCI, accounting for 27% of task usage.
  • More recently, Elon Musk’s Neuralink revealed a substantial series C funding round totaling an impressive $205 million.
Brain-Computer Interface Statistics

Global Brain Computer Interface Market Statistics

Brain-Computer Interface Market Size Statistics

  • The Brain-Computer Interface (BCI) market has been experiencing remarkable growth at a CAGR of 15.7%, with revenues steadily increasing over the coming years.
  • In 2022, the market generated approximately USD 1,790.1 million in revenue.
  • The subsequent years show a clear upward trend, with projected revenues of USD 2,071.1 million in 2023, USD 2,354.2 million in 2024, and USD 2,820.9 million in 2025.
  • This growth trajectory is expected to continue, reaching an estimated USD 3,321.7 million in 2026, USD 3,775.7 million in 2027, and USD 4,140.7 million in 2028.
  • As we move towards the end of the decade, the BCI market is forecasted to expand even further. The anticipated revenues of USD 4,790.8 million in 2029, USD 5,445.6 million in 2030, and an impressive USD 6,300.6 million in 2031.
  • The growth momentum is expected to persist, reaching an estimated USD 7,419.0 million in 2032.
  • This strong growth underscores the increasing importance and adoption of BCIs in various industries and applications.


Brain-Computer Interface Market Size – By Component Statistics

  • The global Brain-Computer Interface (BCI) market has shown significant growth over the years. Driven by increasing demand for advanced brain-computer interaction technologies.
  • In 2022, the total revenue for the BCI market reached approximately USD 1,790.1 million.
  • This revenue is divided into hardware and software components, with hardware contributing USD 1,159.98 million and software generating USD 630.12 million.
  • The subsequent years continue to reflect this growth trend, with projected total revenues of USD 2,071.1 million in 2023, USD 2,354.2 million in 2024, and USD 2,820.9 million in 2025.
  • The hardware segment consistently outpaces software, indicating a strong demand for BCI hardware solutions.
  • By 2032, the BCI market is anticipated to reach an estimated USD 7,419.0 million in total revenue. With hardware accounting for USD 4,807.51 million and software contributing USD 2,611.49 million.
  • This upward trajectory underscores the expanding market for BCIs, with hardware innovation as a key driver of this growth.


Brain Computer Interface Market

Regional Analysis of the Global Brain Computer Interface Market Statistics

  • The North American region is at the forefront of the global brain-computer interface (BCI) market, holding a significant share of 40.2% in terms of revenue.
  • This substantial growth in North America is primarily due to the advanced technological infrastructure found in countries such as the United States and Canada.
  • Following North America, the Asia Pacific region is poised to experience the highest Compound Annual Growth Rate (CAGR) during the forecast period.
  • The Asia Pacific region is expected to witness significant growth due to increased awareness among patients and a rise in healthcare spending in countries like China, Japan, and South Korea.
  • These factors are projected to contribute to the expansion of the Asia Pacific segment within the global brain-computer interface (BCI) market.


Brain Computer Interface Market

Demographics of Brain-Computer Interface Statistics

According to Gender

  • When considering Brain-Computer Interfaces (BCI) and their usage, there is a notable gender distribution.
  • Among BCI users, males represent a substantial majority at 76.4%, while females account for the remaining 23.6%.
  • This gender disparity in BCI usage may reflect broader trends in technology adoption. The males being more represented in this particular field.
  • Understanding such demographic nuances is crucial for developing inclusive and effective BCI technologies that cater to diverse user groups and needs.

(Source: Institute of Automation, IAT, University of Bremen, Germany)

Brain-Computer Interface Statistics

According to Education

  • In the realm of Brain-Computer Interfaces (BCI), user demographics based on educational backgrounds reveal interesting patterns.
  • Among BCI users, 37% have a high school education, while 31% hold a college or university degree.
  • Furthermore, 10% of BCI users possess a PhD, indicating a significant level of education among a segment of the user base.
  • Interestingly, 10% of users have completed junior high school, suggesting that BCIs have some accessibility and utility for individuals with varying educational backgrounds.
  • Understanding these educational profiles is essential for tailoring BCI technology to cater to a diverse user spectrum and ensuring its accessibility and usability across different educational levels.

(Source: Institute of Automation, IAT, University of Bremen, Germany)

Brain-Computer Interface Investment Statistics

  • In May 2021, Peter Thiel and re. Mind Capital made a significant investment of $10 million into Blackrock Neurotech.
  • More recently, Elon Musk’s Neuralink revealed a substantial series C funding round totaling an impressive $205 million.
  • Vy Capital led this funding round, with notable participation from Valor Equity Partners. Like Google Ventures, DFJ Growth, Craft Ventures, Founders Fund, and Gigafund.
  • When you consider the substantial combined investments of $70 million across Synchron, Paradromics, and Blackrock. There is a sustained and strong interest in implantable devices focused on improving signal acquisition.
  • For instance, Paradromics secured $20 million in seed funding, led by Prime Movers Lab. With contributions from Synergy Ventures, Westcott Investment Group, Pureland Global Venture, Dolby Family Ventures, IT-Farm, and Alpha Edison.
  • Their flagship product, the Connexus Communication Device, aims to restore communication for individuals who have lost their ability to speak due to severe paralysis.
  • In a significant achievement in 2020, Paradromics completed tests of its platform by demonstrating the largest-ever electrical recording of cortical activity, involving over 30,000 electrode channels in the cortex of sheep.
  • Additionally, Synchron Inc. recently announced a $40 million investment round, with Khosla Ventures in the lead.
  • Importantly, the FDA approved their Investigational Device Exemption (IDE), enabling a feasibility study involving their Stentrode motor neuroprosthesis.

(Source: Neurotech Reports)

Prefrontal Tasks Used for Brain-Computer Interfaces

  • In the realm of Brain-Computer Interfaces (BCIs), various prefrontal tasks are employed to facilitate effective communication between the human brain and external devices or systems.
  • These tasks serve as the means through which users can convey their intentions or commands.
  • Among these prefrontal tasks, motor imagery stands out as the most commonly utilized, accounting for 27% of task usage.
  • Following closely behind is mental arithmetic at 24%, followed by word formation at 18%.
  • Mental counting and mental rotation tasks contribute 11% and 9%, respectively, to the BCI landscape.
  • Picture imagery and puzzle-solving tasks, while less prevalent, still play a role, comprising 7% and 4% of the task distribution, respectively.
  • These diverse prefrontal tasks are instrumental in harnessing the potential of BCIs for a wide range of applications, from healthcare to gaming and beyond.

(Source: Web of Science)

Popular Brain-Computer Interface Statistics


  • BCI2000 is a versatile platform for data acquisition, brain signal processing, and research tasks.
  • It stores data in standard formats (BCI2000 native or GDF) with event markers and system configurations.
  • BCI2000 provides tools for easy data import/export, including direct loading into Matlab and exporting to ASCII.
  • BCI2000 seamlessly integrates with other software; you can run real-time Matlab scripts or compile BCI2000 filters into standalone programs.
  • It offers a user-friendly network interface for interaction with external programs in any language.
  • For example, you can use brain signals processed by BCI2000 to control a robotic arm or incorporate behavioral inputs like eye-tracker data.
  • BCI2000 is compatible with supported data acquisition systems, and we provide complete source code and executables for Windows PCs.

(Source: BCI2000)


  • BSanalyze is an interactive platform designed for processing and analyzing multimodal biosignal data, particularly in life sciences.
  • With a history spanning over two decades and a presence in more than 70 countries, it is celebrated as the most comprehensive software for investigating both invasive and non-invasive functions of the brain, heart, and muscles, including various disorders.
  • It has received numerous international awards. The latest version brings several enhancements, including features like topographic plots, Cortio-Cortical Evoked Potentials, CCA, new filtering options, a cortiQ file importer, Result2D updates, an ECoG toolbox, a TMS toolbox, and more.
  • Furthermore, the package includes a diverse selection of sample biosignal datasets, covering various data types like SSVEP, P300, motor imagery, CSP BCIs, multi-unit activity, Tilt-Table, EPs, CFM, CCEP, and ERD/ERS data.
  • These datasets are valuable resources for research and analysis in these domains.

(Source: G.TEC)


  • BCILAB stands as a MATLAB toolbox tailored for Brain-Computer Interface (BCI) research.
  • It simplifies the process of conceiving and crafting novel approaches for estimating cognitive states. Enabling their application in both offline data analysis and real-time scenarios.
  • BCILAB boasts an expandable repository comprising over 100 methods drawn from the existing literature. Encompassing signal processing, machine learning, and BCI-specific techniques.
  • In addition to supporting cutting-edge BCI research, BCILAB has a specific goal of promoting the integration of machine learning and advanced statistical modeling into functional neuroimaging, particularly when used alongside the EEGLAB platform.

(Source: Neuroimaging Informatics Tools and Resources Clearinghouse)


  • OpenViBE serves as a specialized software platform dedicated to the creation, experimentation, and utilization of brain-computer interfaces (BCIs).
  • This software is designed for real-time neuroscience applications, enabling the live processing of brain signals. It offers functionalities for acquiring, filtering, processing, classifying, and visualizing brain signals in real-time.
  • Originating in 2006 within the realm of biology and healthcare, OpenViBE boasts a user-friendly interface that simplifies the creation and preservation of BCI scenarios for future use, making them easily accessible and manipulable.
  • Notably, it represents the inaugural library of C++ functions of its kind, developed by INRIA (Institut National de Recherche en Informatique et Automatique) in France, facilitating seamless integration and application.
  • Furthermore, since 2012, the startup Mensia Technologies has been advancing the software with an enhanced version known as NeuroRT Suite.

(Source: Ouvrir la Science)


  • Biosig offers a comprehensive set of tools tailored for the processing of various biomedical signals. Including electroencephalograms (EEG), electrocardiograms (ECG), electrooculograms (EOG), electromyograms (EMG), and more.
  • These tools encompass a wide range of functions, such as artifact handling, quality control, time series analysis, feature extraction, classification, machine learning, and statistical analysis.
  • One notable feature is its ability to work with data containing missing values. Making it suitable for tasks like statistics, time series analysis, and machine learning.
  • Biosig also boasts support for over 40 different data formats and includes converters for ECG, EEG, and polysomnography data.
  • Biosig has gained widespread recognition for its utility in scientific research, particularly in the realms of EEG-based Brain-Computer Interfaces (BCI), sleep studies, ECG analysis, and Heart Rate Variability (HRV) analysis.

(Source: Neuroimaging Informatics Tools and Resources Clearinghouse)

Research & Development in Brain-Computer Interface Statistics

  • In the field of Brain-Computer Interfaces (BCI), research collaborations are primarily concentrated in the United States and China.
  • Notably, Tianjin University and the University of California, San Francisco (UCSF), are prominent and active contributors to this field.
  • An especially noteworthy publication is the patent from UCSF, identified as CA2886095A1, titled “Systems and methods for sensory and cognitive profiling,” with an estimated value of approximately $2.34 million.
  • This patent encompasses techniques, devices, and systems designed for the creation of cognitive and/or sensory profiles.
  • It also involves processing physiological data to generate an information set containing one or more quantitative values related to the chosen profile category.

(Source: Patsnap)

Recent Trends in BCI Technology

  • When examining companies established in the last decade. We observe some of the most active entities in terms of patent filings.
  • Among these, is Cognixion, a computer software company specializing in artificial intelligence, machine learning, and biotechnology. That has secured significant funding, with approximately $15 million, including recent backing from the Amazon Alexa Fund.
  • Cognixion’s software incorporates a sensory communication system that empowers individuals to communicate through a Brain-Computer Interface (BCI), translating brainwave signals directly into communication.
  • Another noteworthy startup is Neuralink, founded by Elon Musk and widely recognized in this field.
  • Neuralink’s mission revolves around developing high-capacity brain-machine interfaces that enable a seamless connection between humans and computers, preparing for the era of artificial intelligence (AI). Musk has likened this technology to a “Fitbit for your brain.”

(Source: Patsnap)

Recent Developments

Market Growth and Innovations:

  • Innovations include advancements in non-invasive BCIs which are becoming increasingly user-friendly and integrated into daily life, allowing for long-term monitoring of brain activity​​.

Regulatory Developments:

  • Significant regulatory milestones have been achieved, with devices like Axoft’s bioinspired BCI implant receiving FDA Breakthrough Device designation, facilitating quicker development and review processes​​.
  • These regulatory advances are critical for the commercialization and wider application of BCIs in medical and other fields​​.

Technological Advances:

  • There have been substantial technological advancements in BCI products, including the development of invasive, non-invasive, and partially invasive BCIs. Non-invasive BCIs hold a major market share due to their safety and ease of use​​.
  • The invasive segment is anticipated to grow rapidly due to its potential which provides functional assistance to people with paralysis and other severe disabilities​​.

Acquisitions and Market Dynamics:

  • The sector has seen significant activities such as the merger of Hyperfine with Liminal Sciences facilitated through a SPAC, valued at approximately $580 million​​.
  • New product launches continue to enrich the BCI space, such as NEURABLE’s introduction of BCI headphones designed to enhance user focus through brain activity monitoring​​.

Applications Beyond Healthcare:

  • While BCIs have profound implications in healthcare, their applications are expanding into other areas such as gaming, smart home control, and potentially even space exploration, showing the versatile potential of BCIs in various aspects of daily life and beyond​​.


Brain-Computer Interface Statistics: In conclusion, Brain-Computer Interfaces (BCIs) are a rapidly advancing field with a strong market presence in North America.

Particularly the United States and Canada. BCIs cater to a diverse user base across different age groups and educational backgrounds, with a majority of users being male.

Notable companies and startups, such as Cognixion and Neuralink, have garnered substantial funding, reflecting the increasing interest in BCIs.

These interfaces hold significant potential to revolutionize communication, healthcare, and human-computer interaction, offering exciting opportunities for the future.


What is a Brain-Computer Interface (BCI)?

A BCI is a technology that establishes a direct communication pathway between the brain and external devices or computers. It allows individuals to control and interact with technology using their thoughts, often through the interpretation of brain signals.

How do BCIs work?

BCIs typically involve the use of specialized sensors, such as electroencephalography (EEG) or implantable devices, to detect brain signals. These signals are then processed and translated into commands that can control external devices or applications.

What are the applications of BCIs?

BCIs have a wide range of applications, including assistive technology for individuals with disabilities. Medical applications like prosthetics control, neurorehabilitation, and even gaming and virtual reality interfaces.

Are BCIs safe?

BCIs are generally considered safe for most users. Non-invasive BCIs, such as EEG-based systems, pose minimal risk. However, invasive BCIs, which involve surgical implantation, carry more significant risks and are typically reserved for medical applications.

Can anyone use a BCI?

BCIs can be used by a variety of individuals, but their effectiveness may vary. They are particularly beneficial for people with disabilities who have limited mobility or communication abilities.

Trishita Deb

Trishita Deb

Trishita has more than 7 years of experience in market research and consulting industry. She has worked in various domains including healthcare, consumer goods, and materials. Her expertise lies majorly in healthcare and has worked on more than 400 healthcare reports throughout her career.