Green Technology

Homekong Cycling Technology Limited

šŸŒ Official Website šŸ¢ HKSTP Source
68 Potential

Decision Maker

Mrs. Carol So
carolso@homekongcycling.com
96806038
Unit 517, 5/F, Building 19W, No. 19 Science Park West Avenue, Hong Kong Science Park, Pak Shek Kok, N.T.
Raw Description
Our Beliefs | Our mission is to create the safest e-bike in the world, and our vision is to address climate change and reduce carbon emissions. The Hong Kong government has set a goal to achieve zero carbon emissions by 2021. | Product | Homekong is among the world's safest e-bikes, equipped with ADAS (Advanced Driver Assistance Systems), an anti-theft system, front and rear dash cameras, a blind-spot monitoring system, a crash detection system, a turn signal light, and a smart handlebar. | Since the pandemic, Hong Kong residents have been engaging in more outdoor activities, leading to a significant increase in cycling accidents, reaching a 20-year record high. Cyclists often face higher risks of accidents compared to car drivers. Our e-bike aims to enhance their protection, reduce the likelihood of injuries, and even save lives. According to a traffic survey, safety concerns are one of the major factors deterring people from choosing e-bikes as a means of transportation. | "Our design concept is 'out-of-the-box design for the future.'" We strive to break away from traditional e-bike designs and create futuristic signature designs that captivate and inspire. | Technology | Our advanced systems can alert cyclists to potential dangers, helping prevent accidents. The system collects and analyzes information from dash cameras and radar sensors, then sends alerts to cyclists. The combination of radar and dash cam utilizes advanced computer vision and machine learning algorithms to detect approaching vehicles from blind spot areas. These alerts can swiftly influence their riding decisions, compensating for inattentiveness and loss of control. | Our e-bike incorporates smart motion and crash sensors to detect falls. These sensors can identify and measure the intensity of a crash when cyclists fall from the e-bike. Additionally, the e-bike is equipped with turn signal lights to indicate the intended direction of the cyclists. The brake light is activated to warn approaching vehicles when the e-bike comes to a stop. | Follow Us || We have chosen the name Homekong for our company, and it holds a special meaning. Although Hong Kong has exceptional cycling athletes, there is no renowned bicycle brand originating from HK. We aspire to introduce this revolutionary e-bike to the world. | Description | Homekong is an e-bike R&D company that focuses on cutting-edge Advanced Driver Assistance Systems (ADAS), anti-theft systems, dash cameras, blind-spot monitoring systems, crash detection systems, and turn signal lights.

Strategic Analysis

Executive Brief

Homekong Cycling Technology is an R&D-focused e-mobility firm specializing in high-performance, AI-integrated e-bikes. Their core value proposition centers on a sophisticated safety stack including ADAS, machine learning-driven computer vision, radar sensors, and smart crash detection. They prioritize "out-of-the-box" futuristic design and hardware-software integration to solve urban mobility safety challenges.

Strategic Fit & Lead Score

Lead Score: 68/100

  • 60-79: Adjacent Tech

Why this Score? While Homekong is not a traditional diamond consumer, their "futuristic" branding and heavy reliance on compact electronics (ADAS/AI) create significant engineering bottlenecks. Their move toward advanced computer vision and machine learning in a small, fanless form factor (an e-bike frame) creates severe thermal management challenges. Additionally, their high-end sensors are exposed to harsh outdoor environments (abrasion, rain, impact), where 6Cā€™s diamond coatings and optical windows provide unparalleled durability.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
ADAS Thermal Management PCD Heat Spreaders Diamond has a thermal conductivity >2000 W/mK (5x higher than copper). Enables compact, fanless AI processing units without thermal throttling of machine learning algorithms.
Sensor Protection Optical Grade PCD/SCD Windows Protective covers for dash cameras and radar sensors. Diamond is chemically inert and the hardest material (10 on Mohs scale), preventing scratches from road debris and salt-spray corrosion.
Power Electronics Diamond-on-GaN/SiC For high-efficiency motor controllers. Using diamond as a substrate for power transistors reduces junction temperatures, allowing for smaller, lighter, and more efficient inverters to extend battery range.
Anti-Theft Hardware BDD / Nanocrystalline Diamond Coating Applying diamond coatings to critical lock points or anti-theft components makes them virtually immune to standard drill bits and hacksaws, aligning with their "safest e-bike" mission.
Environmental Sensing BDD Electrochemical Sensors Integration of air quality sensors into the "Smart Handlebar." BDD electrodes offer a wide electrochemical window for detecting pollutants (NOx, CO2) in urban environments.

Engagement Hooks

  • Technical Question: "As you scale your ADAS and computer vision capabilities, how are you managing the thermal density of the AI processing unit within the enclosed, fanless constraints of the e-bike frame?"
  • Value Statement: "6C can help Homekong achieve its 'safest e-bike' vision by hardening your ADAS sensors with diamond-grade durability and doubling the thermal efficiency of your onboard AI hardware."