NeuroDive — new way
in rehabilitation:

maximum convenience
for doctors, highest
efficiency for patients

Our mission

To ensure a swift, effective, and personalized stroke rehabilitation, we've developed
NeuroDive — a remote monitoring system that ensures comfortable and efficient recovery experience

Recognizing the individual needs and characteristics of each patient, our solution not only accelerates recovery in optimal conditions but also empowers medical professionals with a faster, more informative, and convenient tool for monitoring rehabilitation effectiveness. With our innovative solution, the rehabilitation journey becomes a streamlined experience for both patients and medical professionals.

Increased Efficiency of Rehabilitation Processes

Personalized Approach:
NeuroDive allows you to develop individualized rehabilitation plans, taking into account the unique needs of each patient. This increases the chances of successful recovery and reduces overall rehabilitation time

Precise Diagnostics:
By utilizing advanced electroencephalogram (EEG) processing and analytical index technologies, NeuroDive ensures precise diagnosis and continuous monitoring, critical for effective treatment

Streamlining Physician Time and Effort

Automation and Convenience:
NeuroDive automates data collection and analysis, minimizing the time required for patient monitoring. This enables physicians to focus on more complex tasks and clinical decision-making

Remote Monitoring:
Clinicians can monitor patients remotely, enhancing workflow flexibility and efficiency, particularly in settings with limited access to the clinic

Improved Service Quality

Innovative Technologies:
Incorporating advanced technology into practice elevates the clinic's overall profile as a progressive medical facility, enhancing its reputation and attracting more patients

Improved Treatment Outcomes:
Through accurate monitoring and personalized treatment plans, NeuroDive raises rehabilitation outcomes, fostering patient satisfaction and trust

Economic Advantages

Operational Efficiency:
Process automation and improved treatment efficacy contribute to operational cost reduction, covering diagnostic and rehabilitation time and labor costs

Investment Attraction:
Embracing innovative technologies positions the clinic as an appealing prospect for investors and partners seeking to invest in advanced medical solutions

Research Opportunities

Research Data Accumulation:
NeuroDive facilitates the collection of valuable data for scientific research and the development of new treatments, making significant contributions to advancements in rehabilitation science

Collaboration with Educational Institutions:
Clinics can leverage NeuroDive as a tool for education and collaboration with medical schools, elevating their status within the academic community

Solution

Our system, a synergy of a mobile EEG headset, patient app, and cloud doctor platform, redefines stroke rehabilitation

03.

Aligning seamlessly with treatment protocols, NeuroDive sets a new standard for completeness and informativeness in stroke recovery

04.

By applying innovative approaches to medical practice, we enhance rehabilitation efficiency and reduce labor costs, offering clinics a transformative solution for optimized patient care

01.

Our non-invasive neurointerface captures and transmits physiological data, leveraging advanced EEG processing and validated algorithms

02.

With our platform, doctors can enjoy informative, clear and user-friendly insights into patients' conditions

Technology

NeuroDive is a holistic solution designed to advance the understanding and analysis of psychophysiological states, offering exceptional precision and reliability

Our product employs state-of-the-art EEG processing technologies, integrating cutting-edge mathematical methods and neural network algorithms for an in-depth interpretation of data. NeuroDive embodies the synergy of innovation and scientific discovery, representing an evolution in EEG monitoring and analysis

Our product accurately identifies user psychophysiological states, presenting data in an easily comprehensible format for physicians' analysis, all while strictly adhering to leading encephalography standards and medical regulations

Do you have any questions?

You can use the quick feedback form by clicking on the "Ask a Question" button

Indexes — State indicators

In our solution, we craft a range of indices through ongoing patient monitoring, delivering this data seamlessly to physicians through our platform. These metrics serve as clear and informative indicators of patients' psychophysiological states and rehabilitation dynamics, equipping physicians with essential insights to make well-informed decisions throughout the diagnostic and treatment processes

Brain Ischemia (BII) – Delta/alpha ratio (DAR)

This is a key metric in quantitative electroencephalography (QEEG) used for monitoring the effectiveness of the rehabilitation process in patients with cerebral circulation disorders. The index reflects changes in brain electrical activity, which serve as indicators of circulatory status

The Brain Ischemia Index provides valuable data for medical professionals involved in the rehabilitation of patients with cerebral circulation disorders or who have suffered from a stroke. It can serve as an indicator of the effectiveness of the current rehabilitation plan and as a signal for its adjustment or intensification

Plasticity

Cognition

This index measures how willing your brain is to learn new things and adapt to changes. It's essential for understanding how well you can absorb new information or recover after challenging tasks

This index measures how much mental effort is needed for a task or activity. It shows how challenging or easy the task is for your brain

Consciousness index

This index can be adapted for assessing the current level of cognitive functions or the stage of dementia in elderly patients. The Bispectral Index (BIS) in this context represents a quantitative measure that can be used to assess the level of dementia based on electroencephalographic data

The Bispectral Index in the context of dementia provides valuable data for neurologists, geriatricians, and other medical professionals dealing with elderly patients and dementia. It can serve as an indicator for determining the stage of dementia and for monitoring the effectiveness of the current treatment plan. This allows for more precise individualization of therapeutic plans and timely decisions on treatment adjustments.

Additional indices

Activity

This index shows how active your brain is at the moment, indicating its overall engagement. It helps you understand your level of focus, activity, or relaxation

Emotion

This index helps determine whether our emotional state is positive, negative, or neutral. It reflects the emotions we experience at a given time

Fatigue

This index tells you how tired your brain is. When you do a lot of mental work, your neurons can get tired and less effective. The index shows how much this tiredness affects your brain's function

Mental stability

This index evaluates how resiliently our brain responds to external events. It assesses how well our brain handles new and unexpected situations

Depression

This index helps understand how deeply we can feel down or pessimistic about life, reflecting our emotional readiness and perception of the world around us

The Depression Index is not a definitive diagnosis, and its application can be useful only in the context of personal observations of one's own state. Such indicators should be approached with caution, and the diagnosis of depression must always be made by a qualified professional, such as a psychiatrist or psychotherapist, based on a comprehensive analysis of the patient's mental state

Mental Stress Index (MSI)

This index represents a key metric in quantitative electroencephalography (QEEG) for evaluating and monitoring the level of mental stress in an individual. Mental stress is associated with an increase in both slow and fast frequencies in the frontal regions while simultaneously reducing the power of alpha frequencies. Power spectra are calculated in different frequency ranges (Delta, Theta, Alpha, Beta-2) on a 4-second analysis epoch for each EEG recording channel

Benefits for the Diagnostic and Treatment Process:
The Mental Stress Index can serve as an important indicator for psychotherapists, psychiatrists, and other medical professionals involved in diagnosing and treating disorders related to mental stress. It can be used for monitoring the effectiveness of the current treatment plan and as a signal for its adjustment or intensification

Algorithms

Every patient's data, captured by our neurointerface, is processed using scientifically validated and reliable mathematical analysis algorithms

At NeuroDive, we leverage these algorithms to gain advanced insights into EEG data, empowering clinicians with advanced analytics and predictions to elevate the quality of treatment

Integral to our product, these algorithms uncover trends and patterns in EEG data, aiding to detect abnormalities and develop personalized treatment plans. Continuously evolving with new data, they ensure precise analysis and clinical decision support, ultimately fostering the principles of personalized medicine

Platform

At the heart of our product for physicians is a state-of-the-art cloud-based platform that aggregates the physiological monitoring data of patients

This secure cloud platform ensures safe storage, seamless analysis, and global access to EEG data and clinical information, fostering collaboration among physicians and clinics. Engineered with a focus on high standards of security and usability, this platform offers medical professionals global access to critical clinical information

Key Platform Features

Secure Data Storage

Cutting-edge encryption and security features shield patient data from unauthorized access

Global Accessibility

Cutting-edge encryption and security features shield patient data from unauthorized access

Intelligent Data Analytics

Powerful analytical tools, including NeuroDive's AI algorithms, facilitate insightful EEG data analysis

Effortless Collaboration

Streamline collaboration among clinicians, clinics, and research institutions, boosting treatment and research efficiency

Tailored Customization

Flexible workspaces cater to specific clinical needs and preferences, fostering personalized experiences

Multi-user Access

Multiple user support with varied access levels simplifies case management for an efficient and coordinated treatment approach

Seamless Integration

Integration with other medical systems for a comprehensive patient health analysis

Visualization and Reports

Intuitive dashboards and graphs provide clear data representation for easy analysis and interpretation

Continuous Updates and Support

Regular updates ensure alignment with the latest trends and standards in medical informatics

Brain Ischemia Monitoring

Tailored Rehabilitation Plan

Evaluate the effectiveness of rehabilitation in patients with cerebrovascular disorders using our Brain Ischemia Index (BII) - Delta/alpha ratio (DAR). This key index is fundamental for optimizing rehabilitation strategies

NeuroDive offers comprehensive analysis including indices of brain activity, cognitive load, emotional state and mental stability. Regular monitoring of psychophysiological performance with NeuroDive allows for swift adaptation of rehabilitation plans, ensuring treatment relevance and effectiveness throughout every stage of recovery

Patient Involvement

Decision Support

Encouraging active communication among patients, their families, and physicians fosters mutual understanding and fuels successful rehabilitation. Patient involvement in goal setting amplifies motivation and satisfaction with the recovery process

Visualization and detailed data analysis with our system helps clinicians make informed decisions, improving rehabilitation outcomes and reducing recovery time

Profit

NeuroDive simplifies the early detection of complications and monitoring of treatment adherence. Our reports and alerts allow physicians to respond quickly to changes in patient conditions.

Easy-to-use reports

Patient eatient adherence monitoring

Early diagnosis

Early warning

Do you have any questions?

You can use the quick feedback form by clicking on the "Ask a Question" button

Device

In order for medical professionals to obtain physiological data it is necessary to obtain it from the patient. Our non-invasive neurointerface facilitates this process by reading EEG in real-time, transmitting the signal through mobile devices to servers, and aggregating the processed information on our platform

NeuroDive's neurointerface stands out as a professional mobile encephalograph, offering quality comparable to medical systems

Medical-grade quality at home

Aesthetic and comfortable to wear device

Quick setup thanks to dry electrodes

Easy to use with no training or assistance required

Additional functions to accelerate the rehabilitation process

Support for adhering to treatment protocols and schedules

User-friendly interface with comprehensive history and reports

Robust security measures ensuring the protection of personal data

Team

Our product has been developed using a sound and in-depth scientific approach. Key members of the NeuroDive team have extensive background in neurotechnology and medical systems development, which served as a good foundation for the development of our product

Nick Sviridov

CEO

CEO and Founder of NeuroDive, winner of "Startup of the Year 2016" and "Best IT Project". Degrees in Radiophysics, Economics, and Senior Research Scientist in Neurotechnology

Max Krainov

Head of Advisory Board

Our principal engineer, has extensive experience in the development of electronic systems dating back to 1986. Throughout his career, he has engaged in a variety of engineering projects, and he has also served as a head of construction design office

Dmitry Lazurenko

Head Researcher

Our CTO, has 15 years of experience in psychophysiology and clinical psychology. He is actively involved in research projects aimed at developing neurointerfaces and brain-computer interaction technologies, which is confirmed by his participation in grant research and publications

Yuri Gusach

Principal engineer

Our principal engineer, has extensive experience in the development of electronic systems dating back to 1986. Throughout his career, he has engaged in a variety of engineering projects, and he has also served as a head of construction design office

Vladimir Zolotukhin

Electronics engineer

Our electronics engineer, has been working at the Research Institute of Neurocybernetics since 1975. He is the author of about 120 publications and a developer of microprocessor systems for acquisition and processing of physiological information

Igor Shepelev

Developer

Neural network algorithm developer and programmer since 2004. He is a laureate of several scientific competitions and holds a PhD in Engineering

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Benefits

NeuroDive stands as a holistic solution, not just elevating the standards and efficiency of rehabilitation medicine, but also delivering substantial economic and scientific benefits to clinics and physicians

The adoption of NeuroDive in clinical practice goes beyond enhancing care quality; it unfolds notable economic advantages by reducing labor costs and enhancing institutional financial efficiency

Benefits of Implementing NeuroDive for Clinics and Doctors

NeuroDive automates data collection and analysis, easing the burden on medical staff. This liberates time for crucial clinical tasks, fostering overall productivity

Streamlined Labor Costs

Automation of Routine Procedures:

The system empowers physicians to monitor patients remotely, diminishing the need for frequent in-person visits and enhancing physician efficiency

Remote Monitoring and Management:

Optimized workflows and reduced treatment times elevate overall clinic productivity, leading to a rapid return on technology investment.

Economic ROI

Augmented Operational Efficiency:

Implementing innovative technologies positions the clinic as an appealing investment prospect, attracting potential partnerships and grants

Attracting Investments and Grants:

Reduced diagnostic and rehabilitation time and reduced labor costs directly contributes to the clinic's lowered operating expenses.

Financial Benefits

Cost Optimization:

Improved treatment efficiency and the clinic's reputation for excellence attracts more patients, increasing revenues.

Patient Flow Increase:

NeuroDive's intuitive interface and automated processes mitigate the need for time-consuming and costly staff training

Reduce Staff Training Costs:

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