“The neural evolution”
- Founding: 2016
- HQ: Freemont, CA
- Market: Brain Computer Interface
- Total Funding: $1.3B
- Funding Stage: Series-E
- No. of Employees: 500+
Our firm prepares detailed research reports and investment memos for select private company opportunities. Going beyond our public materials, these reports provide comprehensive analysis including the investment thesis, market and competitive assessment, proprietary alternative data, risks and mitigants, and financial base, bear, and bull scenarios. Our research surfaces key insights to help enable informed investment decisions. The content on this page is provided for educational purposes only and is not an endorsement, sponsorship, affiliation, or investment recommendation of Neuralink.
Neuralink has emerged as the clear leader in brain-computer interface technology following a transformational year that included a $650 million Series E funding round at $9 billion valuation, expansion of human trials across four countries, and FDA Breakthrough Device designations for both speech restoration and vision restoration applications. The company founded by Elon Musk in 2016 has now implanted its N1 device in 12 patients across the United States, Canada, the United Kingdom, and the UAE, with trial participants demonstrating remarkable capabilities including thought-controlled cursor navigation, robotic arm manipulation, wheelchair operation, and computer-based communication. Multiple patients with ALS and quadriplegia have showcased the technology’s life-changing potential—one participant controlled a robotic arm to drink from a cup using only his thoughts, while another achieved cursor control speeds rivaling able-bodied users.
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Investing in Neuralink What You Need to Know in 2026
Overview
- Neuralink’s Founding
- What Neuralink Does: Core Products and Services
- How Neuralink Makes Money: The Business Model
- Neuralink’s 2026 Valuation
- Why Consider Investing in Neuralink
- Risks Associated with Investing in neuralink
- The Future Outlook of neuralink
- Frequently Asked Questions
- How Can I Invest In Neuralink?
- Is Neuralink Publicly Traded?
- How Can I Buy Neuralink Stock?
- Is It Possible To Invest In Neuralink Through ETFs or Mutual Funds?
Key Highlights
- Neuralink’s valuation reached $9 billion following a $650 million Series E funding round in June 2025, more than doubling from its $3.5 billion valuation in 2023 and representing a dramatic acceleration from the $280 million Series D at $5 billion post-money valuation in August 2023. The Series E was led by ARK Invest, Sequoia Capital, and Founders Fund, with participation from DFJ Growth, G42, Human Capital, Lightspeed, QIA (Qatar Investment Authority), Thrive Capital, Valor Equity Partners, and Vy Capital. Total funding now exceeds $1.29 billion across six rounds since founding, providing substantial runway for clinical trials expansion, manufacturing scale-up, and regulatory approvals.
- Clinical trials have expanded dramatically from a single U.S. patient in January 2024 to 12 implant recipients across four countries by late 2025. The PRIME Study (Precise Robotically IMplanted Brain-Computer InterfacE) continues in the U.S., while the CAN-PRIME Study launched in Canada with Health Canada approval, the GB-PRIME Study began in the United Kingdom in partnership with University College London Hospitals and Newcastle upon Tyne Hospitals NHS Foundation Trust, and trials expanded to the UAE through Cleveland Clinic Abu Dhabi. Neuralink aims to enroll 20-30 participants globally by year-end 2025, with plans to expand to Germany and additional sites. Trial participants have demonstrated thought-controlled cursor navigation at speeds rivaling able-bodied users (over 9 bits per second), video game play, 3D CAD software operation, smartphone control, and most significantly, robotic arm manipulation for daily tasks including drinking from a cup.
- Neuralink received FDA Breakthrough Device Designation for speech restoration in May 2025, its second such designation following Blindsight (vision restoration) in September 2024. The speech restoration designation covers individuals with severe speech impairment due to ALS, stroke, spinal cord injury, cerebral palsy, multiple sclerosis, and other neurological conditions. These designations expedite development, assessment, and regulatory review for medical devices treating life-threatening or irreversibly debilitating conditions. Neuralink plans to begin human trials for Blindsight by year-end 2025, with the technology designed to enable vision for individuals who have lost both eyes and their optic nerve, provided the visual cortex remains intact.
- The CONVOY Study, approved by FDA in late 2024, enables participants from the PRIME Study to control robotic arms using thought alone. In October 2025, ALS patient Nick Wray demonstrated breakthrough capabilities including using a robotic arm to drink from a cup, microwave food, and open a refrigerator. He achieved record-breaking results on dexterity tests used for stroke patients, moving 39 cylinders across a table in five minutes. Another participant, Rocky Stoutenburgh, demonstrated moving a robotic arm to his face using only thoughts. These demonstrations represent the first examples of multi-dimensional precision control of external devices through Neuralink’s brain-computer interface, advancing beyond cursor and computer control toward real-world physical autonomy.
- Neuralink projects revenue of $100 million by 2029 through approximately 2,000 annual Telepathy procedures, scaling to $500 million by 2030 with 10,000 annual Blindsight procedures, and targeting $1 billion annual revenue by 2031 through 20,000 combined procedures at five specialized clinics. The company is developing three BCI systems: Telepathy for thought-controlled device operation (in active trials), Blindsight for vision restoration (FDA Breakthrough designated, first human trials expected 2025), and Deep for treating tremors and Parkinson’s disease (in development). These projections assume successful regulatory approval, manufacturing scale-up, and insurance coverage adoption—significant milestones that remain years away.
Neuralink's Founding
Neuralink, founded by Elon Musk in 2016, develops advanced brain-computer interfaces (BCIs) to address neurological conditions. Initially operating privately until its public emergence in 2017, the company aims to create implantable devices that assist people with paralysis while pursuing the ambitious long-term vision of human-AI integration.
Musk personally contributed $100 million of the initial $158 million funding by 2019, with total investment now reaching $363 million after a $205 million Series C round led by Vy Capital with participation from Google Ventures and OpenAI’s Sam Altman. Based in Fremont, California with 300-500 employees, Neuralink is led by CFO Jared Birchall and Director of Operations Shivon Zilis. The company’s flagship N1 Link device enables wireless data transmission and allows quadriplegic individuals to engage digitally. Despite controversy surrounding its animal testing practices, Neuralink continues to advance neurotechnology innovation.
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What Neuralink Does: Core Products and Services
Neuralink’s innovative “Link” implant represents a breakthrough in brain-computer interface technology, featuring a coin-sized device (approximately 23mm in diameter and 8mm thick) with ultra-thin, flexible threads containing up to 1,024 electrodes that capture neural signals with remarkable precision. These threads, each thinner than a human hair at about 5 micrometers in width, are designed to minimize inflammatory response within brain tissue while maximizing signal quality. The collected neural data undergoes sophisticated on-board processing through custom-designed microchips before being wirelessly transmitted via Bluetooth to external devices, enabling users to control digital interfaces through thought alone without physical movement. Originally developed to assist individuals with severe paralysis resulting from conditions like spinal cord injuries, ALS, or stroke, the technology aims to restore independence by facilitating control of prosthetic limbs, wheelchairs, and communication devices.
The company has engineered a revolutionary neurosurgical robot, resembling a sewing machine in function, that implants the electrodes with microscopic precision to avoid blood vessels and minimize tissue damage during the procedure, which reportedly takes less than an hour with minimal recovery time. Beyond its initial focus on mobility restoration, Neuralink has expanded its vision to include “Blindsight” technology, a separate neural interface designed to interface directly with the visual cortex to potentially restore functional vision for individuals with blindness regardless of the underlying cause.
The company’s ambitious trademark filings for concepts like “Telepathy” and “Telekinesis” signal far-reaching plans for advanced neural interfaces that could eventually facilitate direct brain-to-brain communication and complex environmental control systems. Following years of animal testing and regulatory review, Neuralink began its first human clinical trials in January 2024, with the inaugural implantation performed on a patient with quadriplegia, and has outlined plans to conduct up to 30 additional implantations throughout 2025 as part of its ongoing FDA-approved studies. Despite these promising advances, Neuralink continues addressing significant technical and biological challenges, including ensuring long-term biocompatibility of materials, maintaining signal quality over extended periods, preventing electrode degradation, and addressing profound ethical considerations surrounding privacy, security, and the philosophical implications of thought-based communication and control. As it pioneers this new frontier in neurotechnology, Neuralink’s innovations hold potential to dramatically transform healthcare applications for neurological conditions while eventually enabling broader augmentation of human cognitive capabilities that could fundamentally alter how humans interact with technology and each other.
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How Neuralink Makes Money: The Business Model
Neuralink’s current business model is centered around research and development of medical applications for their BCI technology. The company is in the pre-revenue stage, with a primary focus on medical therapeutics, particularly giving quadriplegics the ability to control computers and mobile devices with their thoughts. Neuralink’s BCI is designed to be fully implantable, cosmetically invisible, and allow users to control digital devices using thoughts alone. Future applications include helping individuals control exoskeletons or robotics, enabling communication for patients with severe disabilities, potentially restoring neuronal connections lost in degenerative disorders, and aiding in seizure prevention. The company is developing a pipeline in neurological treatments that could eventually generate revenue once commercialization begins.
Medical device startups like Neuralink typically follow a predictable financial trajectory, operating at a loss during their extensive research and development phases. The company currently invests heavily in technology development with minimal revenue generation, creating negative cash flow—a standard position for firms in this sector. The FDA’s approval for human trials in May 2023 marked a pivotal milestone that substantially increased Neuralink’s valuation. Continued clinical successes could further enhance this valuation growth. For potential investors, Neuralink embodies the classic high-risk, high-reward proposition in emerging medical technology, offering considerable long-term potential but requiring patience through an extended commercialization timeline before profitability materializes.
Neuralink remains pre-revenue as it advances through clinical trials toward commercialization. The company’s current focus is validating safety and efficacy through FDA-approved studies rather than generating revenue. However, Neuralink has articulated an ambitious commercial roadmap projecting $1 billion in annual revenue by 2031 through three product lines: Telepathy (thought-controlled device operation), Blindsight (vision restoration), and Deep (tremor and Parkinson’s treatment). The company projects approximately 2,000 Telepathy procedures annually by 2029 generating $100 million revenue, scaling to 10,000 Blindsight procedures by 2030 generating $500 million, and reaching 20,000 combined procedures by 2031 at five specialized clinics.
Neuralink’s 2026 Valuation
Neuralink’s 2026 valuation reflects diverse pricing inputs, including the company’s most recent funding round, current fund valuations, and secondary market transactions.
As of 2026, Neuralink’s valuation has experienced significant growth. In August 2023, the company raised $280 million in a Series D funding round, achieving a post-money valuation of $5 billion. In June 2025, Neuralink closed a $650 million Series E round at a pre-money valuation of $9 billion — more than doubling its worth in under two years — led by ARK Invest, Sequoia Capital, Founders Fund, Lightspeed, and Thrive Capital. The Series E followed successful implantation of the N1 device in multiple patients, including demonstrations of thought-controlled cursor navigation, robotic arm manipulation, and computer-based communication. Neuralink has raised approximately $1.3 billion in total funding across six rounds since its 2016 founding. Notable investors also include Google Ventures, Sam Altman, DFJ Growth, Valor Equity Partners, and G42.
In the neurotechnology sector, Neuralink is a leading developer of implantable brain-computer interfaces (BCIs), competing with companies like Synchron and Precision Neuroscience. According to the World Economic Forum, the overall BCI market is projected to reach over $6.2 billion by 2030.
Neuralink’s market potential remains substantial given its focus on treating neurological disorders and enhancing human capabilities through AI integration. The company has received FDA Breakthrough Device designations for both speech restoration and vision restoration applications, and has expanded human trials across four countries including the U.S., Canada, the U.K., and the UAE. Despite regulatory scrutiny and ethical concerns, the company may be well-positioned for future growth due to its innovative technology and strong investor backing.
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Why Consider Investing In Neuralink
The information provided is intended for educational and informational purposes only. This does not constitute investment advice, a recommendation, or an offer to buy or sell any securities. Investment decisions should be made in consultation with a qualified financial professional who can assess your personal circumstances and objectives. Past performance does not guarantee future results, and all investing involves risk of loss.
Groundbreaking Neural Interface Technology
Neuralink maintains significant technical advantages over competitors: highest electrode density (up to 3,072 electrodes versus hundreds for competitors), fully implantable wireless design, proprietary surgical robot enabling consistent implantation, and closed-loop functionality for both reading and stimulating neural activity. While competitors like Synchron offer less invasive approaches (stentrode inserted through blood vessels) and Precision Neuroscience uses surface-level grids, Neuralink’s invasive approach achieves superior signal resolution necessary for complex applications like speech decoding and vision restoration. The surgical robot represents a particularly significant barrier to entry—few competitors have developed comparable automated implantation systems.
Expanding Market Opportunity
The brain-computer interface market shows tremendous growth potential, with projections indicating a $6.2+ billion valuation by 2030. Neuralink’s dual focus on medical treatments and consumer applications positions it strategically to capture substantial market share across multiple segments.
Elite Financial Backing
The company has secured impressive investment from high-profile backers including founder Elon Musk, Founders Fund, and Google Ventures. This substantial funding from sophisticated investors may demonstrate strong confidence in Neuralink’s vision, leadership team, and commercialization roadmap.
Regulatory Momentum
Neuralink has achieved significant de-risking through clinical trial execution and FDA engagement. From a single U.S. patient in January 2024, the company expanded to 12 implant recipients across four countries by late 2025, with plans for 20-30 participants by year-end. Two FDA Breakthrough Device Designations (Blindsight for vision, speech restoration for communication) expedite regulatory review and signal agency recognition of unmet medical needs. The PRIME, CAN-PRIME, and GB-PRIME studies across the U.S., Canada, and UK establish international regulatory pathways. Clinical results demonstrating cursor control at able-bodied speeds, robotic arm manipulation, and real-world task completion validate the technology’s therapeutic potential beyond proof-of-concept.
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Neuralink Risk Factors
Note: This information is for informative purposes only and is not investment advice or a recommendation.
Investors considering investing in Neuralink should weigh the company’s significant potential against key risk factors. While Neuralink demonstrates technological leadership and strong market positioning, its brief operating history, current unprofitability, and substantial investments in brain-computer interface research and device development warrant careful consideration. The company’s current valuation anticipates significant future expansion, yet the largely unproven nature of implantable neural interface technology for commercial applications presents substantial regulatory, safety, and market adoption uncertainties.
Before investing in Neuralink, potential investors should evaluate several critical risks and challenges (the following examples do not encompass all potential investment risks):
Regulatory Environment
Neuralink faces substantial regulatory and ethical oversight. The U.S. Department of Agriculture conducted an investigation into alleged animal welfare violations during preclinical testing—though President Trump’s firing of relevant inspectors general in January 2025 complicated that investigation. The SEC reopened a separate investigation in December 2024 focusing on safety claims related to brain chip technology. Three Democratic senators called for a probe into neural data collection practices. Ethical debates continue regarding informed consent for experimental brain implants, data privacy for neural information, and appropriate animal testing protocols. Regulatory investigations or adverse findings could delay clinical trials, impact regulatory approvals, or damage reputation.
Ethical Considerations
The company’s research methodologies, including animal testing protocols and human trial approaches, have attracted public attention and ethical debate. Stakeholder concerns in these areas could influence market perception, potentially affecting investor relations and corporate partnerships.
Technical Development Challenges
The first human implant recipient experienced approximately 85% thread detachment from brain tissue within months of implantation, significantly reducing device performance. While Neuralink addressed functionality through software algorithm updates, the complication highlights challenges in ensuring long-term stability of electrode-brain interfaces. Signal degradation, immune rejection, biocompatibility issues, and the need for frequent recalibration remain ongoing concerns. Competitors using less invasive approaches may achieve adequate functionality without the surgical risks of Neuralink’s craniotomy-based implant.
Data Security and Privacy Framework
The collection and processing of neural data requires robust security architecture and privacy protocols. Vulnerabilities in these systems could expose the company to compliance issues and erode user trust, particularly as regulations around neurological data evolve.
The Future Outlook of Neuralink
Neuralink enters 2026 as the clear leader in brain-computer interface development, having achieved clinical validation, international expansion, and substantial capital raising that positions it for the next phase of development toward commercial availability. The company’s technology has progressed from science fiction concept to demonstrated reality—paralyzed patients are controlling cursors, playing video games, operating robotic arms, and communicating through thought alone. This clinical momentum, combined with two FDA Breakthrough designations and international regulatory approvals, establishes Neuralink at the forefront of what could become a transformative medical technology platform.
Near-term priorities include expanding clinical trials toward the 20-30 participant target, initiating first human Blindsight implantation for vision restoration, advancing speech restoration development following Breakthrough designation, and continuing CONVOY study expansion of robotic arm control capabilities. The GB-PRIME trial in the United Kingdom represents Neuralink’s first European expansion, with Germany and additional markets under consideration. Manufacturing scale-up and surgical robot deployment across multiple clinical sites will be critical for achieving the procedural volume necessary for commercialization.
The commercial pathway projects regulatory approval for Telepathy by 2029, enabling approximately 2,000 annual procedures generating $100 million revenue, followed by Blindsight approval in 2030 scaling to 10,000 procedures and $500 million revenue, reaching $1 billion annual revenue by 2031 through 20,000 combined procedures at five specialized clinics. These projections assume successful completion of clinical trials, favorable regulatory decisions, insurance coverage adoption, and effective commercial execution—each representing significant milestones that remain years away. However, With substantial funding and strong investor backing reflected in its valuation, Neuralink may be well-positioned to capitalize on neurotechnology’s growth potential as it advances its clinical trials and technological development.
Be sure to read the full disclaimer below prior to considering any investment in Neuralink.
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Frequently Asked Questions
Any mention of Neuralink in the FAQs does not imply that we offer opportunities in Neuralink to investors or have invested in Neuralink directly. We may or may not own a position in Neuralink, we may or may not provide Neuralink opportunities to investors, or both. Any mention of TSG Capital Advisors, TSG Invest funds, or any other TSG Invest-affiliate is for purposes of addressing the questions and does not imply that we have access to or recommend Neuralink as an investment.
How can I Invest In Neuralink?
Investing in Neuralink stock typically requires accredited investor status. The process of buying Neuralink stock can be complex, influenced by factors like the availability of shares, the management team’s openness to adjusting the Neuralink ownership structure (cap table adjustments), and meeting minimum investment requirements. At TSG Invest, we specialize in facilitating Neuralink private investment opportunities. Through our affiliates, we provide accredited investors with options to acquire Neuralink stock directly via TSG Capital Advisors or explore ways to invest in Neuralink indirectly through pooled investment vehicles managed by our experienced fund managers. Discover streamlined access to Neuralink private investment opportunities with TSG Invest.
Is Neuralink Publicly Traded?
Neuralink is a privately held company, and its shares are not available for purchase on public exchanges. Investors can either buy Neuralink stock via a pre-IPO broker like TSG Capital Advisors or invest in Neuralink indirectly through pooled investment vehicles, such as those managed by TSG Invest fund managers.
How Can I Buy Neuralink Stock?
Neuralink stock is only available via pre-IPO brokers and private market marketplaces. A pre-IPO broker, like TSG Capital Advisors (an affiliate of TSG Invest), can help accredited investors learn more information about investing in Neuralink and buying Neuralink stock, including the Neuralink stock price, the latest news about Neuralink going public, and ways to invest in Neuralink indirectly. Examples include investing in Neuralink via pooled investment vehicles managed by TSG Invest fund managers.
When Will Neuralink IPO?
As of 2026, Neuralink has not announced specific IPO plans. The company completed a $650 million Series E funding round in June 2025 at a $9 billion valuation, providing substantial capital runway for continued clinical trials and development without immediate need for public market access. The institutional investor roster—including ARK Invest, Sequoia Capital, Founders Fund, Thrive Capital, and sovereign wealth funds like QIA—provides sophisticated capital partners typically associated with pre-IPO positioning. While many investors anticipate an Neuralink IPO, it’s crucial to understand that an IPO is not the only type of liquidity event available for private companies. While much attention focuses on the possibility of Neuralink going public, other potential outcomes include acquisition or merger with another company. When evaluating an Neuralink IPO or similar venture-backed private companies, investors should also consider less favorable scenarios, such as the company remaining private or facing business challenges. Stay informed about updates on an Neuralink IPO and other potential liquidity outcomes.
Is It Possible To Invest In Neuralink Through ETFs or Mutual Funds?
Investing in Neuralink through an ETF or mutual fund is often not possible, as private investment opportunities in Neuralink are generally not available via these channels. However, in cases where you can invest in Neuralink through an ETF or mutual fund, it’s important to note that you won’t have the option to purchase Neuralink stock directly. Additionally, investors typically have no control over share management, and the fund’s portfolio may include other holdings, potentially diluting exposure to Neuralink. To explore options for buying Neuralink stock directly or alternative ways to invest in Neuralink, contact TSG Invest today.
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IMPORTANT DISCLAIMER FOR INVESTORS CONSIDERING INVESTING IN NEURALINK
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RISK FACTORS RELATED TO BRAIN COMPUTER INTERFACE INVESTMENTS
Investing always involves risk, and past performance does not guarantee future results. The value of your investment may fluctuate substantially over time, and there is a possibility of losing part or all of your principal. You should only allocate funds that you can afford to lose. Brain Computer Interface (“BCI”) companies operate in an emerging regulatory landscape subject to rapid changes. Current or future regulatory approvals might face delays, denials, or revocations. Companies often incur substantial compliance costs throughout their development cycles. Most BCI technologies remain early-stage and unproven in commercial applications. Companies frequently encounter unforeseen technical challenges or fundamental limitations. Development timelines typically extend significantly beyond initial projections communicated to investors. The intimate nature of neural interfaces raises novel ethical questions affecting public acceptance and adoption. Data privacy considerations may result in restrictive legislation across various jurisdictions. Companies in this space face heightened litigation risks related to privacy, security, and informed consent protocols. Consumer acceptance of neural interfaces remains highly uncertain despite promising early research. Healthcare integration depends heavily on rigorous clinical validation and insurance coverage decisions. Enterprise adoption typically progresses slowly due to security concerns and implementation complexities. The BCI industry continues evolving rapidly with frequent new entrants. Well-funded competitors may quickly render promising technologies obsolete through breakthrough innovations. Intellectual property disputes occur frequently and can be financially devastating to emerging companies. Many BCI companies operate with limited historical performance data. Revenue projections often rely on speculative assessments and unproven business models. Companies typically require multiple capital raising rounds, potentially diluting early investors substantially. Before investing in BCI companies, we strongly recommend consulting with a qualified financial advisor familiar with both your financial situation and the unique risks associated with emerging neurotechnology investments.
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