The bionic hand is a superpower of our defenders, with wide cover for all who have lost their limbs and need it. It includes some criteria to reduce the cost of prosthetics and the possibility of picking up small things and working with the laptop.

1. Special sensors will help reduce the cost of the
system.
The combination of several systems and the
addition of voice commands to switch sets of
object capture will make the hand unique.
Special sensors will help detect the object to be
grasped and switch to the desired grip.
INTRO OF THE STARTUP:
BIONIC HAND PROSTHESIS
The bionic hand is a superpower
of our defenders, with wide cover
for all who have lost their limbs
and need it. It includes some
criteria to reduce the cost of
prosthetics and the possibility of
picking up small things and
working with the laptop.
The number of amputations
during the War in Ukraine can
reach up to 50,000.
200,000 Ukrainians were
seriously injured, of which
approximately 10% had
amputations.
From 20 to 50 thousand
Ukrainians lost one or
more limbs.
The cost of modern prosthesis can
cost €60,000.
All of Ukraine is now trying to support our
defenders, and our students are getting involved
as much as possible in various ways.
A bionic prosthesis, as simple as possible but
reliable, with several grips and weight around 800gr.
Maximum functionality, taking into account weight
and aesthetics.
Our bionic hand is the future
superpower of our defenders.

2. Functions of the
bionic hand
The prosthesis is a myoelectric robotic
with a camera and a real-time object
recognition model.
• with the help of built-in elements of arti
fi
cial
intelligence, automatic selection and
recognition of captured objects is carried out
• based on the recognition results, a grip
algorithm is calculated for each object
• control of BPR using pre-con
fi
gured
algorithms of behaviour with objects.
• The system can work completely
autonomously without connecting to the
network; if necessary, you can use a model
in the cloud to improve recognition quality or
add new functions.
• the possibility of using voice commands
• simple implementation using a publicly
available element base.
Differences from existing systems
and advantages:
•The cost of the proposed implementation is
several times lower than the existing solutions
on the market, as it involves the use of standard
and easily accessible mechanisms and
microcontrollers, as well as the possibility of
printing on 3D printers of general use.
•Unlike solutions that require a device to be
connected to the network to use AI, the
proposed solution is autonomous.
•Independence from the surviving hand
(possibility of using two prostheses
simultaneously by one person).
Most existing solutions on the market lack
autonomy and require using the surviving hand to
place the thumb in the desired position, turn the
hand, and switch grip modes (through the interface
integrated into the case or mobile application). This
complicates and slows the speed of work, and for
people who have both limbs amputated, it
completely makes it impossible to use the provided
functions.

3. Agenda
THE TEAM
Anatoliy Boyko
Partnership Lead
Prof Alexander Rolik
Head of the Robotics
laboratory
Oleksandra Novikova
Project Coordinator International
Projects / Novikova Agency
Communications
Oksana Lovochkina
Project Lead
Shynkevych Mykola
Stepan Korol
Developer of the Bionic Hand
Olena Khalus
Deputy Dean of the Faculty of
Informatics and Computer
Engineering of the Kyiv Polytechnic
Institute
Yehor Sklyarov
Presentation creator
Yevheniia Boichuk
Graphic designer
Developer