Our Team
Our Values
  • Humanity at the Core of Everything
    We remember that our work is ultimately about people. We approach the pain and hopes of patients, the efforts of colleagues, and the interests of partners with respect. Compassion and empathy form the foundation of our environment.
  • Conscious Usefulness
    We always ask ourselves: “Why are we doing this?” and “What value will it create?” Every action we take — from scientific research to an internal report — has a clear purpose and audience.
  • Trust Through Transparency
    We build trusting relationships by keeping processes and information transparent. We are honest in our communication and ready to share knowledge and results with everyone who is open to collaboration.
  • Flexibility and Modularity
    We create integrated yet easily combinable solutions—both in our products and work processes. This allows us to be adaptive, rapidly assemble effective teams, and scale successful practices.
  • Continuous Development
    We are not afraid to change or make mistakes. We test new hypotheses, adopt the best practices, and constantly seek ways to improve ourselves and our technologies. For us, development is the only path to fulfilling our mission.
Our Philosophy
At the core of everything we do is a simple yet revolutionary idea: the spinal cord is not just a conduit for signals from the brain to the muscles. It is a highly complex neural integrative system, containing locomotor networks and intrinsic mechanisms that regulate motor activity, responsible for coordinated movements such as walking, maintaining balance, and the harmonious function of the limbs.
After a spinal cord injury or stroke, the connection between the brain and these networks is often disrupted. However, the networks themselves remain intact. Post-injury, these neural networks become non-functional—they simply “sleep”, deprived of their usual top-down control signals. Our technology “awakens” these networks and improves their functional state.
We deliver specially designed electrical impulses to the spinal cord through electrodes placed on the skin over the spine. No surgery. No implants. The patient is connected to the stimulation device, and stimulation of specific spinal structures triggers stepping movements in paralyzed patients.