Life- & NeuroScienceS Partner
for Game-Changing Innovators
for Game-Changing Innovators
Meet the First Life and Neurosciences R&D Center of System Behavioral Analysis and AI in Ukraine
What we do
The world seeks innovative features and solutions based on understanding of the Human Nature ...
At BEEHIVEOR Academy and R&D Labs we help businesses and startups generate, research and validate disruptive features and solutions powered by fundamental scientific expertise in Life- & NeuroSciences: Neurobiology, Neurophysiology, Neuropsychology, Evolutionary Psychology, Human Ethology, etc.
... and we bring them to life!
who we are
WE ARE THE CROSS-DISCIPLINARY TEAM
OF NEURO AND DATA SCIENTISTS WITH WIDE PROFESSIONAL NETWORK
OF NEURO AND DATA SCIENTISTS WITH WIDE PROFESSIONAL NETWORK
Behavior Lab
Life- & Neuroscience expertise, system behavioral analysis
Experts:
Experts:
- Neurophysiologist
- Neuropsychologist
- Neurobiologist
- Evolutionary psychologist
NeuroTech Lab
Neurotechnological expertise, studies and experiments, data sets aggregation
Experts:
Experts:
- Neuromarketer
- Neurotechnologist
- Researcher
AI Lab
Data exploration. ML models development, hypotheses validation
Experts:
Experts:
- Data scientist
- Data engineer
- Software engineer
- Project Manager
Our partners
Right Now in R&D Labs
We develop STORYLOOK, based on regular webcam, eye-tracking system, that allows to identify and record reading process and give any stakeholder objective biometric provements (certificate and gaze plot documents) that reading task is completed or in progress
Project stage: MVP Development
Project presentation: STORYLOOK (pdf)R&D
Article: publication on Medium
STORYLOOK brings disruptive innovations into various application areas:
Project stage: MVP Development
Project presentation: STORYLOOK (pdf)R&D
Article: publication on Medium
STORYLOOK brings disruptive innovations into various application areas:
- in Online/Offline Education (including self-education) - allows lecturer to create reading task (based on any number education materials) and control reading progress of students. In self-education case STORYLOOK allows students to track and score their reading performance.
- in Corporate Compliance - allows manager or HR to create reading task (based on any number of corporate documents) and control the employee's compliance with corporate requirements
- in Corporate Accident Prevention - allows manager to create reading task (based on industrial standards) and control the employee's compliance with rules of accident prevention
- in Contrast Signing - allows a manager to be sure that contract has been read before signing
- and in many other cases - where one side wants to be sure that another side completes the reading tasks
We develop SOCIOSCOPE, the system of tracking spatio-temporal interactions between school children with the aim to measure social health in the class, detect and monitor signs of bullying and symptoms of depression
Project stage: Concept Vision, Scientific Expertise, Datasets Gathering, ML Models and Algorithms Development and Validation
Project presentation: SOCIOSCOPE (google slide)
SOCIOSCOPE gives school psychologist and administration the novel computer vision tool:
Project stage: Concept Vision, Scientific Expertise, Datasets Gathering, ML Models and Algorithms Development and Validation
Project presentation: SOCIOSCOPE (google slide)
SOCIOSCOPE gives school psychologist and administration the novel computer vision tool:
- to Monitor Psycho-Physiological State of Pupil - by measuring of various visual signs of stress/ fatigue/depression (decrease of number of movements, reduction of engagement in communicating with classmates, decrease in participation in group activity)
- to Monitor Territorial Aggression - by measuring of some visual signs (the bullier violates the personal and intimate area of the victim, obvious pattern "pull-push", extraordinarily high level of bullier attention to the victim)
- to Monitor Persecution and Isolation - by measuring of some visual signs of isolation (decrease in number of movements, reduction of engagement in communication with classmates, decrease in participation in group activity, "emptying" of personal zone of communication)
- to Monitor an Identified Bullying Case - by measuring of some visual signs of persisting bullying (the bullier continues to violate the personal and intimate zone of the victim , the focus and number of attention to the victim is not reduced, decrease in victim's participation in group activity, reduction in victim's movement )
We develop FOCUS AREA, the system of tracking and calculating the Visual Focus of Attention (VFOA) index for determined objects (e.g. goods presentations or advertising displays)
Project stage: Datasets Gathering, ML Models and Algorithms Development and Validation
Project presentation: FOCUS AREA (google slide)
FOCUS AREA gives retail business the novel computer vision tool:
Project stage: Datasets Gathering, ML Models and Algorithms Development and Validation
Project presentation: FOCUS AREA (google slide)
FOCUS AREA gives retail business the novel computer vision tool:
- to Track and Calculate Visual Focus of Attention - by tracking visitor's gaze points
- to Detect Demographical parameters (age and gender) - by face recognition
We develop the video and AI based Human Behavior Tracking System (HBTS)
Areas of application: Security System, Psychological and Physiological research tools
Project stage: Behavior recording system, gaze direction estimation module
Security Case: The cameras of system directed at public places create unified calibrated space.The system tracks and estimates non-verbal psychophysiological signs of deviant persons, marks them, fixes their faces and transmits their photos and biometric datas for more detailed personalized control.
Possible types of non-verbal psychophysiological signs for human behavior classification:
Areas of application: Security System, Psychological and Physiological research tools
Project stage: Behavior recording system, gaze direction estimation module
Security Case: The cameras of system directed at public places create unified calibrated space.The system tracks and estimates non-verbal psychophysiological signs of deviant persons, marks them, fixes their faces and transmits their photos and biometric datas for more detailed personalized control.
Possible types of non-verbal psychophysiological signs for human behavior classification:
- Gaze movement (gaze, fixation, saccades)
- Pupil dilation
- Facial expressions
- Gestures
- Body micro-movements
- Vegetative states (face blood flow) and etc.
We develop the Thermo-Asymmetric System (TAS) with the aim to use body temperature asymmetry metrics and their dependencies in real-life applications
Areas of application: Sport, Fitness, Healthcare
Project stage: Prototype
TAS uses built-in infrared temperature sensors or contact temperature sensors and can be produced as a headphone or wristband accordingly.
TAS collects data of temperature differences in symmetric points of the body and their changes over time. It allows evaluating the functional and critical state of the person.
Areas of application: Sport, Fitness, Healthcare
Project stage: Prototype
TAS uses built-in infrared temperature sensors or contact temperature sensors and can be produced as a headphone or wristband accordingly.
TAS collects data of temperature differences in symmetric points of the body and their changes over time. It allows evaluating the functional and critical state of the person.
In cooperation with Human Interface Technologies, we develop the Diagnostic and Neuro-rehabilitation System for Children with ASD (ODRY)
Project stage: Prototype
ODRY is an eye tracking based system that consist of two modules:
Diagnostic module captures and displays the information about head pose and gaze point while presenting a stimuli material. Stimuli material includes photos and videos with socially significant information (for example, photos from the IAPS database)
Module of game rehabilitation includes a system of more complex tasks for recognizing and analyzing emotions, socially significant situations, and training for tracking significant parts of the scene.
Project stage: Prototype
ODRY is an eye tracking based system that consist of two modules:
Diagnostic module captures and displays the information about head pose and gaze point while presenting a stimuli material. Stimuli material includes photos and videos with socially significant information (for example, photos from the IAPS database)
Module of game rehabilitation includes a system of more complex tasks for recognizing and analyzing emotions, socially significant situations, and training for tracking significant parts of the scene.
We design the Evaluation System Of Athlete Psychophysiological Potential (ESAPP)
Areas of application: Sport at the professional selection stage
Project stage: MVP Development
ESAPP allows to assess the following psychophysiological parameters:
neurodynamic parameters (the robustness of the nervous system, plasticity, reaction rate, activity);
Areas of application: Sport at the professional selection stage
Project stage: MVP Development
ESAPP allows to assess the following psychophysiological parameters:
neurodynamic parameters (the robustness of the nervous system, plasticity, reaction rate, activity);
- sensory-perceptual parameters (accuracy of perception of space and time;
- cognitive parameters (involuntary memory, operational thinking, creativity);
- emotional stability;
- a high distribution of attention and so on.
We design the Evaluation System Of Decision Making Specialized Speed (ESDMS)
Areas of application: Sport
Project stage: Design of Experiment
We understand the decision making speed as the period between the perception of sensory information and the activation of a motor reaction.
In specific situations for different sports, the speed and perceptual characteristics can be assessed by the parameters of the oculomotor activity (eye-tracking), and the motor response by the computer vision or other tracking sensors (motion tracking).
Areas of application: Sport
Project stage: Design of Experiment
We understand the decision making speed as the period between the perception of sensory information and the activation of a motor reaction.
In specific situations for different sports, the speed and perceptual characteristics can be assessed by the parameters of the oculomotor activity (eye-tracking), and the motor response by the computer vision or other tracking sensors (motion tracking).
Select Your Case
and we will power your idea by Life-& Neurosciences
and we will power your idea by Life-& Neurosciences
Neuromarketing Research
RESEARCH AND IMPROVE PRODUCT AND COMMUNICATION BY NEUROTECHNOLOGICAL METHODS
By using various neurotechnologies (Eye Tracker, EEG, ECG, GSR, etc.) we research human behavioral reactions:
- emotional and mimic responses
- information retention
- attention and area of interests (AOI)
- complexity of perception
- behavioral reactions
Life-&Neurosciences Expertise
RESEARCH AND BUILD SCIENTIFIC GROUND FOR NEW FEATURES
Let's imagine that you have an idea for a new disruptive feature that will make your service unique. But you are not sure that idea can be realized at all or will work correctly for different types of users. How to minimize risks and be sure that presenting idea is worth going for it?
Setting the right scientific ground can give the developer not only assurance in project achievability but also furnish algorithms and a clear understanding of further steps.
For example, we explored about a dozen of scientific publications and reports from top-ranked sources about reading patterns before we decided to start our new R&D project in computer vision.
Setting the right scientific ground can give the developer not only assurance in project achievability but also furnish algorithms and a clear understanding of further steps.
For example, we explored about a dozen of scientific publications and reports from top-ranked sources about reading patterns before we decided to start our new R&D project in computer vision.
Life-&Neurosciences R&D Project
GENERATE, RESEARCH AND VALIDATE INNOVATIVE FEATURES POWERED BY LIFE- & NEUROSCIENCES
There are several main stages in full R&D lifecycle:
1. Getting Insights. Stage of interaction with your domain experts and/or customers in workshop formats.
2. Creating Innovation. We generate the pool of ideas, assess them and select the most feasible one. Then we research and build scientific ground and create a concept vision.
3. Proof of Concept. We develop the hypothesis, design and do experiments, capture and explore the datasets, and finally develop machine learning models that demonstrate that innovative feature can be realized with defined accuracy.
1. Getting Insights. Stage of interaction with your domain experts and/or customers in workshop formats.
2. Creating Innovation. We generate the pool of ideas, assess them and select the most feasible one. Then we research and build scientific ground and create a concept vision.
3. Proof of Concept. We develop the hypothesis, design and do experiments, capture and explore the datasets, and finally develop machine learning models that demonstrate that innovative feature can be realized with defined accuracy.
Life-&Neurosciences Education Program
TRAIN AND INCREASE LEVEL OF COMPETENCE AND MOTIVATION OF EMPLOYEES
Beehiveor Academy lecturers have developed many corporate programs that can be easily adapted to the specifics of your business.
Our most beloved topics:
Our most beloved topics:
- Neuromanagement
- Neuroeducation
- Neuromarketing
- Soft skills
- Biology of behavior.
Contact Us To Detail Your Case
Neuroscience
Neuroscience (or neurobiology) is the scientific study of the nervous system.[1] It is a multidisciplinary branch of biology,[2] that combines physiology, anatomy, molecular biology, developmental biology, cytology, mathematical modeling and psychology to understand the fundamental and emergent properties of neurons and neural circuits
- Sergey DanylovCEO BEEHIVEOR Academy and R&D Labs,
PhD, Department of Physiology and Anatomy of Educational and Scientific Centre "Institute of Biology & Medicine" of the Taras Shevchenko National University of Kyiv