Neurable

Mission

Neurable's mission is to seamlessly integrate brain‑computer interfaces into daily life so that brain data can:

• Help people track focus and productivity.
• Help prevent fatigue and burnout by prompting timely breaks.
• Enable new kinds of interaction with the devices people already use.

Vision

Neurable envisions a future where brain data is:

• Accessible beyond research labs and clinical settings.
• Used to support productivity, safety, wellness, and, in the longer term, clinical diagnostics.
• Embedded in familiar form factors (like headphones) so that neurotechnology becomes part of everyday life.

Background

• Neurable began as a spin‑out from the University of Michigan's Innovation Partnerships accelerator.
• Early work focused on AI that improves the signal‑to‑noise ratio of EEG brain data.
• The company has spent more than a decade advancing brain‑computer interface research, signal processing, and user experience.
• Neurable has worked on applications ranging from VR/AR input to wearable EEG platforms and has received defense research grants to advance its technology.

Current focus

Today, Neurable focuses on:

• Integrating BCIs into everyday headphones.
• Making high‑quality brain data and insights available to everyday users and researchers.
• Building a platform (hardware, firmware, AI, and software) that can power both consumer products and research or enterprise solutions.

The headphones are designed for everyday use and for people who want to:

• See when and where they focus best.
• Optimize their day around periods of high focus.
• Help prevent burnout by taking brain breaks at the right time.

Key features

• Brain‑computer interface (BCI):
• 12 EEG channels using dry fabric neural sensors.
• Neurable AI signal processing to record and interpret brain signals with high confidence.
• Focus and burnout support:
• Tracks focus levels over time.
• Prompts brain breaks when your brain needs to recharge.
• Helps reduce burnout and support more sustainable productivity.
• App integration:
• Works with the Neurable mobile app for iOS and Android.
• The app shows focus levels and a Focus Score.
• Users can compare focus day‑by‑day and week‑by‑week, see trends, and get insights and recommendations.
• Audio and call quality:
• Custom 40 mm beryllium‑coated drivers tuned for warm, rich sound.
• Angled ear cups and a wide soundstage.
• Up to 6 microphones (including beamforming microphones) to filter external noise for clear calls.
• Noise cancellation:
• Adaptive Active Noise Cancellation (ANC) that adjusts to the environment.
• Multiple ANC modes (such as Adaptive, MAX, and All Day modes) for different listening needs.
• Battery and connectivity:
• Up to 32 hours of battery life, or up to around 8 hours with ANC and EEG features enabled.
• Bluetooth 5.x wireless connectivity with a range of up to about 100 ft / 30 m.
• Supports common high‑quality audio codecs (such as AAC, aptX Adaptive, and SBC).
• Comfort and design:
• Premium over‑ear design intended for all‑day wear.
• Developed in partnership with Master and Dynamic.

Pricing

• The MW75 Neuro product page lists a price of $699.00 USD.
• Pricing, promotions, and availability may change; customers should always check the current price on the official MW75 Neuro product page at checkout.

Availability and shipping

• The MW75 Neuro is described as a limited‑inventory product crafted in limited quantities at launch.
• The product page states that it is available in the US and Canada only.
• The page references estimated shipping timelines (for example, messaging such as shipping in 6–8 weeks or around a particular season). Shipping estimates, stock status, and regional availability can change over time and are best confirmed directly on the product page during checkout.

Returns and guarantees (as described on the product page)

• The product page mentions a 14‑day money‑back guarantee.
• Full terms, including eligibility, condition requirements, and the exact return process, are governed by Neurable's official Terms of Service and any specific return policy shown at checkout or in order documentation.

Who MW75 Neuro is for

Based on the product description, MW75 Neuro is intended for:

• Knowledge workers and professionals who want to understand and improve their focus.
• People concerned about burnout who want prompts to take breaks at the right time.
• Individuals who want premium audio quality combined with neurotechnology.
• Early adopters and enthusiasts interested in brain‑sensing wearables.

For the most up‑to‑date information on stock, shipping windows, and regional availability, customers should refer to the live MW75 Neuro product page on Neurable's website.

• Data recorded by Neurable's devices (such as MW75 Neuro) is encrypted and stored in secured locations.
• Brain data is described as being de‑identified, meaning it is stored without direct personal identifiers in the datasets referenced on the product pages.
• Neurable states that your data will never be sold in the marketing copy for its products.
• The company emphasizes going above and beyond with data compliance in its public materials.

Ethical positioning

Neurable's public materials highlight that:

• The company is committed to high ethical standards in how it develops and deploys neurotechnology.
• Its work is grounded in scientific rigor, safety, integrity, and human‑centered design.
• The long‑term goal is to unlock the benefits of brain data while respecting user privacy and wellbeing.

Where to find formal policies

• Terms of Service and a Privacy Policy are published on Neurable's website and govern:
• Exactly what data is collected and why.
• How data is stored, processed, and shared.
• User rights and obligations.
• Any legal commitments, data‑processing details, or country‑specific compliance information are defined only in those official documents and any agreements Neurable signs with customers or partners.

Because legal terms, privacy practices, and data‑retention policies can change over time, callers should always refer to the latest Terms of Service and Privacy Policy on Neurable's website for authoritative information.

• Electroencephalography (EEG) sensors built into everyday devices (starting with over‑ear headphones).
• Proprietary AI and signal processing that interpret brain signals.

The goal is to make high‑quality brain data accessible and useful in everyday contexts without the complexity of traditional lab equipment.

From brain signals to insights

Based on Neurable's public descriptions:

1. Brain activity produces electrical signals.

• Billions of neurons in the brain generate small electrical signals.

2. Sensors capture those signals.

• Soft fabric EEG sensors in the MW75 Neuro headphones record this activity from the scalp.

3. Signals are processed by Neurable AI.

• Proprietary AI and signal‑processing algorithms enhance the signal‑to‑noise ratio and extract features from the raw EEG.

4. The system estimates cognitive states such as focus.

• The AI models estimate focus levels and related mental states relevant to productivity and fatigue.

5. Insights are delivered through apps and tools.

• In consumer products, the Neurable app displays metrics such as focus and recommends brain breaks.
• In research products, software tools expose raw EEG and sensor data, along with derived metrics, for further analysis.

Everyday applications

Neurable highlights several ways its technology can be used:

• Focus tracking and productivity:
• Showing when and where a person focuses best.
• Revealing patterns across days and weeks so users can plan work around high‑focus times.
• Burnout and fatigue prevention:
• Recommending brain breaks when the system detects signs that focus is dropping.
• Supporting healthier work habits by avoiding overly long, mentally taxing sessions.
• Safety and performance:
• Research examples include drowsy‑driver detection and other alertness‑monitoring applications.
• Wellness and potential clinical applications:
• Neurable's vision includes using brain data to support wellness and, over time, to inform clinical diagnostics, while remaining non‑invasive.

Non‑invasive approach

• Neurable's products rely on non‑invasive EEG (no surgery or implanted devices).
• The brain‑sensing hardware is integrated into familiar form factors, like premium headphones, so users can wear it in daily life.

Continuous learning and improvement

Neurable describes its machine‑learning models as:

• Continuously refining over time as more data is collected.
• Designed to support a growing range of use cases, from productivity tools to research applications.

For specific technical specifications (such as channel layouts, sampling rates, or API access) Neurable directs researchers and partners to request detailed documentation through the Neurable website.

It combines the MW75 Neuro smart headphones with research‑grade software to make it easier to run studies outside of traditional lab settings.

Key hardware capabilities

• Form factor: MW75 Neuro smart headphones, developed in partnership with Master and Dynamic, used as a discreet, comfortable EEG headset.
• EEG system:
• 12‑channel EEG.
• Up to around 500 Hz sampling rate (as described in Research Kit materials).
• Designed to deliver high‑quality EEG data even in challenging or real‑world environments.
• Comfort and portability:
• No conductive gel and no conspicuous headsets.
• Participants can wear the MW75 Neuro at home, in the office, outdoors, or other real‑world settings.
• Intended for hours of data collection without significant discomfort.

Software and data access

• The Research Kit software is designed to provide easy access to raw EEG data.
• It also provides access to mechanical sensor data (such as accelerometer and gyroscope data).
• Tools are described as intuitive and easy to use, to help researchers get started quickly without complex setup.

Example research use cases

The Neurable Research Kit and MW75 Neuro are positioned for use in:

• Brain health and wellness studies.
• Biohacking and quantified‑self experiments.
• Technology, product, and UX research.
• Health and wellness applications.

Neurable highlights several research directions and example studies using its technology, including:

• Estimating focus levels and detecting distractions in realistic office‑like tasks.
• Drowsy driver detection, where EEG signals are used to estimate driver alertness in real time.
• Understanding different types of workplace focus, such as deep focus, productive multitasking, and unproductive multitasking, using EEG data.

(Links to the underlying scientific papers and studies are provided on Neurable's website.)

Getting started and setup

• The Research Kit is promoted as easy to set up, so researchers can begin collecting data within seconds in many environments.
• It is intended to support both traditional lab studies and out‑of‑lab, real‑world data collection.

Who the Research Kit is for

According to Neurable's materials, the Research Kit is suitable for:

• Academic and industry researchers.
• Medical and health innovators exploring EEG‑based applications.
• Technology companies and product teams investigating neuroadaptive or brain‑aware products.
• Biohackers and advanced users who want access to raw EEG and sensor data within appropriate research or development contexts.

For detailed specifications, software previews, and sample data, Neurable's website invites interested researchers to request more information directly from the Neurable team.

Ask anyway — the agent will say plainly that it is not published rather than guess.