Wibrazz

At Wibrazz, my responsibility is developing an innovative product that leverages haptic feedback to assist individuals with hearing impairments. Our primary focus is to enhance their integration into sports and daily activities, improving both their experience and participation.

My roles includes the physical product design (including electrical design), as well as firmware and application development.

• Secured investment at START PRO (2024, Hungary)
  Governmental Publication
  Instagram Post by Organisers
  Facebook Post by Organisers
• Secured investment at EIT Digital Venture Incubation Program (2024, Hungary)
• III. place at 33^rd National Science and Innovation Olympiad (33. OTIO, Hungary, 2024/25)
  Publication
  News
  Organisers
  Description by Organizers
  Award Ceremony
• Taiwan Internation Science Fair 2025, III. Place (TISF, Taiwan, 2025)
  Publication
  News
  Post
• III. place at 32^nd National Science and Innovation Olympiad (32. OTIO, Hungary, 2023/24)
  Publication
  Organisers
• Taiwan Internation Science Fair 2024, III. Place (TISF, Taiwan, 2024)
  Publication
  News
  Post

Meshline

Meshline is an innovative ESP32-based system designed for smart street lighting to optimize energy consumption. By using advanced mesh networking technology, this system enables efficient communication between streetlights, allowing for adaptive brightness control based on real-time conditions. This reduces energy waste and contributes to a sustainable urban development.

• Awarded at 32^nd National Science and Innovation Olympiad (32. OTIO, Hungary, 2023/24)
  Publication

Smart Home

My Smart Home project uses an ESP32 microcontroller to achieve a versatile and energy-efficient IoT solution for a wide range of IoT applications, targeting hobbyists and developers alike. It's usable for both home and industrial automation. This open-source initiative aims to help the community by making a platform for users to customize their smart home systems.