TBD

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Ivan Risti

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E-Commerce

Increase your sales with an incredible online store, full of features and functionality.

Mobile Apps

Follow the global trend and create your revolutionary mobile app built with the best technologies.

Web Application

We build applications for different purposes using technologies that allow you more security.

Digital Marketing

We work to promote your brand in partnership with the best marketing platforms today.

Sensor design and development (wearable computer)

Sensor design and development refer to the creation of wearable computer systems and devices equipped with sensors to collect data during physical activities. These sensors can track various parameters such as motion, heart rate, muscle activity, and environmental factors, providing valuable insights into an athlete's performance and well-being.

Reverse
engineering

Reverse engineering involves analyzing and deconstructing existing products or technologies to understand their design, functionality, and underlying principles. In the context of performance analysis, reverse engineering can be used to gain insights from successful techniques, equipment, or training methods and apply them to enhance an athlete's performance. It can also involve creating 3D models and utilizing digital fabrication capabilities for prototyping and production.

Ad hoc software
development

It refers to the creation of custom software solutions tailored to specific performance analysis needs. It involves designing and building software applications or tools that can collect, analyze, and visualize data related to an athlete's performance, enabling informed decision-making and performance optimization.





Biomechanics

Involves the study of the mechanical principles and forces that affect human movement. In the context of performance analysis, biomechanics is used to analyze and optimize an athlete's technique, form, and efficiency in various movements and sports-specific actions, including bike fitting for correct positioning.

Physiologic and Metabolic Test

The tests are conducted to assess an athlete's physiological responses and metabolic functions during exercise. These tests provide valuable insights into an athlete's cardiovascular fitness, oxygen consumption, energy expenditure, and overall physiological performance.

Gear Test

Evaluating and assessing sports equipment and gear to determine their performance, functionality, durability, and suitability for specific sports or activities. This helps athletes select the most appropriate gear that can enhance their performance and ensure their safety




Sensor design and development (wearable computer)

Sensor design and development refer to the creation of wearable computer systems and devices equipped with sensors to collect data during physical activities. These sensors can track various parameters such as motion, heart rate, muscle activity, and environmental factors, providing valuable insights into an athlete's performance and well-being.

Reverse engineering​

Reverse engineering involves analyzing and deconstructing existing products or technologies to understand their design, functionality, and underlying principles. In the context of performance analysis, reverse engineering can be used to gain insights from successful techniques, equipment, or training methods and apply them to enhance an athlete's performance. It can also involve creating 3D models and utilizing digital fabrication capabilities for prototyping and production.

Physiologic and Metabolic Test

We perform metabolic testing, for characterization and investigation of various performance limiters. Both in the area of individual athlete testing and inter-team comparison.

In addition, we also use metabolic testing to evaluate different experiences in HCI, such as: virtual reality or augmented reality (VR/AR) experiences.

The tests are conducted to assess an athlete's physiological responses and metabolic functions during exercise. These tests provide valuable insights into an athlete's cardiovascular fitness, oxygen consumption, energy expenditure, and overall physiological performance.

Functional / Metabolic Assessment

  • VO2max
  • Energy cost
  • Lactate curve
  • Wingate
  • Mognoni
  • High-intensity Intermittent (HIT)

Reverse engineering​

Reverse engineering involves analyzing and deconstructing existing products or technologies to understand their design, functionality, and underlying principles. In the context of performance analysis, reverse engineering can be used to gain insights from successful techniques, equipment, or training methods and apply them to enhance an athlete's performance. It can also involve creating 3D models and utilizing digital fabrication capabilities for prototyping and production.

Gear Test

Evaluating and assessing sports equipment and gear to determine their performance, functionality, durability, and suitability for specific sports or activities. This helps athletes select the most appropriate gear that can enhance their performance and ensure their safety

For over 8 years we have been developing digital solutions for companies looking to gain better visibility on the internet.

Quality

Everything we do has the commitment of a well trained and motivated team.

Experience

Focused on results we seek to raise the level of our customers.

Fun Facts

Over the years we have done many things that we are proud of. This motivates us to continue looking for new challenges in order to improve our services.

342

Great Projects

128

Innovations

745

Cups of Coffee

691

Happy Customers

Every week we publish exclusive content on various topics.