Our mission

We developed NeuroDive – a slick and convenient remote monitoring system – with a view to empowering patients recovering from strokes with access to swift, effective and personalized rehabilitative care.

Increased Efficiency of Rehabilitation Processes

Personalized Approach:
NeuroDive empowers medical practitioners to rehabilitation plans that take into account the unique needs of each patient. This increases the chance of a successful recovery and reduces overall rehabilitation time.

Precise Diagnostics:
By employing advanced electroencephalogram (EEG) processing and analytical index technologies, NeuroDive is able to provide continuous monitoring and ensure precise diagnosis, critical for effective treatment.

Streamlining Physicians’ 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.

Improved Service Quality

Innovative Technologies:
Employing advanced technologies helps to elevate a 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 improves rehabilitation outcomes, fostering patient satisfaction and trust.

Economic Advantages

Operational Efficiency:
Process automation and improved treatment efficacy help reduce operational costs by optimizing diagnostic and rehabilitation time as well as labor costs.

Investment Attraction:
Embracing innovative technologies positions a 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, significantly contributing 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 neural interface 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 practitioners' 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 in-depth data interpretation. NeuroDive unites 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 analysis, all while strictly adhering to leading encephalography standards and medical regulations.

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EEG Indexes — State indicators

Our ongoing patient monitoring solution enables us to create a broad range of indices and deliver this data seamlessly to physicians via our cloud-based platform. These metrics serve as clear and informative indicators of patients' psychophysiological states and rehabilitation dynamics, equipping physicians with the necessary insights to make well-informed decisions throughout the diagnostic and treatment processes.

Brain Ischemia Index

This index evaluates specific changes in the electrical activity of the brain that allow to understand and evaluate the cerebral blood circulation conditions. It is used to monitor and correct the rehabilitation process
in patients with cerebral blood flow disorders.

Plasticity

The plasticity index reflects the brain's ability to adapt and assimilate new information.
It is crucial for assessing cognitive flexibility and the potential for recovery after neurological events.

Cognition

The cognitive load index shows the level of mental effort exerted to perform certain tasks. It is a key indicator for assessing cognitive function and customizing rehabilitation interventions.

Consciousness index

The consciousness index is used to quantify cognitive function and stages of dementia in elderly patients. It provides important data for optimizing treatment
and rehabilitation.

Additional indices

Activity

The activity index reflects the current level of mental engagement, demonstrating states of focus, activity, or relaxation. It is crucial for understanding the level of mental alertness.

Emotion

This index determines the predominant emotional state of the patient as positive, negative, or neutral. It helps understand and respond to the patient's emotional experiences during rehabilitation.

Fatigue

This index shows the level of mental fatigue, which is important for assessing the effect of mental workload on the efficiency of neural processes. This index is one of the key indices for monitoring mental exhaustion.

Mental stability

The mental stability index assesses the brain's ability to adapt to external stimuli and new challenges. It is important for understanding mental flexibility and recovery mechanisms.

Depression

The depression index provides insight into the patient's cognitive inertia and loss of concentration, complementing the clinical picture. It should be interpreted by qualified professionals for diagnostic purposes.

Mental Stress Index (MSI)

This index assesses the level of mental stress by analyzing changes in the frequency of brain activity. It is important for the diagnosis and treatment of stress disorders.

Algorithms

Every patient's data, captured by our neural interface, 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, helping to detect abnormalities and develop personalized treatment plans. Continuously evolving with new data, they ensure precise analysis and support clinical decision-making, upholding 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 data gathered from physiological patient monitoring.

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

Cloud-based architecture grants physicians worldwide access to EEG data, enhancing flexibility in treatment.

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. 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 using 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 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 neural interface facilitates this process by registering EEG in real-time, transmitting the signal through mobile devices to servers, and aggregating the processed information on our platform.

NeuroDive's neural interface

Professional mobile encephalograph that offers 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, and leveraged the deep experience that key NeuroDive team members have in neurotechnology and medical systems development.

Nick Sviridov

CEO

CEO and Founder of NeuroDive, winner of "Startup of the Year 2016" and "Best IT Project", Nick holds degrees in Radiophysics and Economics and is a Senior Research Scientist in Neurotechnology.

Max Kraynov

Head of Advisory Board

Max brings 25 years of experience in growing international businesses, establishing partnerships, managing financials and revenue, and doing investor management. He is currently the Group CEO of FunCorp, a global media and entertainment company.

Dmitry Lazurenko

Head Researcher

Our CTO, Dmitry, has 15 years of experience in psychophysiology and clinical psychology. He is actively involved in research projects aimed at developing neural interfaces and brain-computer interaction technologies.

Yuri Gusach

Principal engineer

Our principal engineer, Yuri has 30+ years of experience in the development of electronic systems and has engaged in a variety of engineering projects over the course of his career. Yuri previously served as head of a construction design office.

Vladimir Zolotukhin

Electronics engineer

Vladimir has worked at the Research Institute of Neurocybernetics since 1975, and has authored around 120 publications and developed microprocessor systems
for the acquisition and processing
of physiological information.

Igor Shepelev

Developer

Igor has been a neural network algorithm developer and programmer since 2004.
He has won several scientific competitions and holds a PhD in Engineering.

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Benefits

NeuroDive facilitates holistic care, not only improving the standards and efficiency of rehabilitative medicine, but also delivering substantial economic and scientific benefits to clinics and physicians

Integrating NeuroDive into clinical practice does more than just enhance quality of care; it improves business economics by reducing labor costs and enhancing 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 improve overall productivity at clinics, leading to rapid return on investment.

Economic ROI

Augmented Operational Efficiency:

Clinics that implement innovative technologies position themselves as appealing investment prospects, attracting potential partnerships and grants.

Attracting Investments and Grants:

Reduced diagnostic and rehabilitation times and decreased labor costs directly contribute to lowering operating expenses for clinics.

Financial Benefits

Cost Optimization:

Improved treatment efficiency together with a clinic's reputation for excellence attracts more patients, increasing revenues.

Patient Flow Increase:

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

Reduced Staff Training Costs:

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