Hyele Limited is dedicated to accelerating the development of smart cities by introducing an innovative technology to save water and energy and assist in rendering urban water infrastructures sustainable, resilient and adaptive. Hyele recognizes that water supply infrastructure is a fundamental component of cities. Any faults or defects such as leaks and bursts can potentially paralyze a large portion of a city's operations. For example, leaks and bursts have resulted in floods, business and water supply disruptions, financial, water and energy losses, and traffic paralysis.

Hyele's innovative technology effectively addresses such inefficiencies, deficiencies and threats through the use of time reversal (TR) techniques for defect detection and condition assessment. Hyele's innovative technology for urban water pipeline systems (UWPS) enables real-time and effective detection of various UWPS issues, including leaks, bursts, blockages, faulty equipment, pipe wall integrity, and harmful transients. Hyele technology is reliable while being non-intrusive and non-disruptive, and able to diagnose kilometers of pipelines in a matter of seconds. Hyele’s technology supports timely maintenance and mitigation measures that result in enormous water and energy savings, reduction in UWPS-costs and urban carbon footprints, and prevent major failures and catastrophic events. It contributes significantly to establish sustainable and carbon-neutral cities. 

As modern technology has advanced rapidly and people's pace of life has quickened, the pursuit of quality of life has also steadily increased. However, individuals with mobility challenges still face many obstacles in their daily routines. As one of their primary means of transportation, the design of electric wheelchairs, including their rationality, comfort, and functionality, directly impacts their quality of life. Therefore, in-depth exploration and innovation in electric wheelchair design are deemed necessary.

Our stair-climbing wheelchair is primarily designed with three key aspects in mind:

Functional Design:

1. Stair-Climbing Capability: Through a bionic track design structure combined with multi-sensor fusion technology, the safety of users during use is enhanced.
2. Collision Prevention System: Multiple ultrasonic sensors detect obstacles around the wheelchair and provide audible warnings with varying frequencies based on the distance between the wheelchair and the obstacles.
3. GPS Function: If a wheelchair user experiences an unfortunate incident on the road, their family or friends can track their current location through the real-time GPS positioning system.

User-Centric Design:
When designing, we fully consider the physical characteristics and needs of users, and we design ergonomic seats and simple operating systems, allowing users to get started easily and operate comfortably.

Modular Design:
To meet the needs of diverse user groups, our wheelchairs are designed in a modular form, providing users with different functional accessories so that they can flexibly combine various components according to their personal requirements.

Chopstick is a fully autonomous human-centric robot that combines advanced robotics engineering and artificial intelligence. The project leverages advanced robotics and AI smart management for optimal and intelligent human-robot collaboration in manufacturing and logistic fields facing labor shortages. 

Chopstick will be deployed in structured and unstructured environments, such as warehouses, assembly lines, and fulfillment centers. Transportation of items with complex forms and heavy cargo is made easy with an effective wheel setup. Occupational hazards related to musculoskeletal injuries in human staff will be reduced as Chopstick provides high-payload item transportation. A series of Chopsticks form an interconnected network and share vision, allowing efficient navigation and task completion across the entire premise.

The design architecture features ultrasound, RGBD, optical sensors, and more. Units navigate and analyze the contexts with computer vision, and object recognition in real-time and share findings through an interconnected network. 24/7 operation is possible as high-speed wireless chargers and battery hot-swap stations are integrated into the infrastructure. Multimodal AI fleet management is at the core of the system, it intelligently tasks each robot for diversified applications and charging, to ensure the fleet of robots is always ready.

The ScentedGuard Pellet

Our patented, lab-tested pellet freshens the air and releases a scent that rodents hate. It lasts for at least a month, providing peace of mind indoors. The pellet can be placed in a container wherever protection is needed, making it a convenient and portable solution for keeping rodents away. The pellets are made from recycled base material mixed with nanoparticles, allowing them to be used both indoors and outdoors. They are refillable every month without the need for disposal, further enhancing their sustainability.

In the current market, there is a shortage of sustainable pest control products. Most available solutions are single-use and require power. Our eco-friendly, pleasant-smelling solution aims to build a defensive line in urban areas. By cutting off pests' access to water, food, and shelter, we create a zone they dislike, which leads to cannibalism without using poisons or glue traps that result in unpleasant carcass odors in human areas.

Additionally, our pellets come in different flavors and can be targeted to various pests, including mosquitoes. This versatility makes our product a comprehensive solution for multiple pest control needs.

InnerSteps is an innovative mental health platform dedicated to supporting children's mental well-being through personalized, story-driven interventions. Our app leverages Cognitive Behavioural Therapy (CBT) strategies, transforming them into engaging, tailored stories that help children understand and manage their emotions. Each story features a hero navigating magical adventures, equipped with superpowers derived from proven clinical techniques, making mental health support accessible and relatable.

Our mission is to address the global mental health crisis by providing scalable, stigma-free support to children and their families. By collaborating with over 30 leading child psychologists and utilizing advanced AI, InnerSteps ensures each story is both clinically effective and captivating. Our approach not only aids in emotional regulation but also fosters resilience, reducing the burden on traditional mental health systems.

In partnership with schools and parents, InnerSteps is running a pilot program to validate the app's impact on reducing the severity of children's mental health challenges. 

InnerSteps has made significant strides in the startup ecosystem, receiving a $50,000 grant from the Australian Government, secured a place in the $110,000 UNSW 10X Accelerator and is a finalist/winner in multiple prestigious competitions, including the University of Sydney's Genesis program, the Startup World Championship Summit, JCA Sharktank, iAwards, UNSW Pre-X Accelerator, Greenfluence Social Impact, USYD Startup Awards, the UNSW Peter Farrell Cup and more! 

Our ultimate goal is to create a world where every child has the tools to navigate their emotions, empowering them to thrive in all aspects of their lives. With InnerSteps, we are revolutionizing the way mental health support is delivered to children, making it fun, engaging, and effective.

By 2050, the global demand for protein is expected to more than double, creating significant challenges for food security as our current food systems struggle to meet this burgeoning need. The animal food industry exemplifies this issue by heavily relying on meat, which constitutes 22% of global meat consumption. This meat is often sourced from "4D" animals—those that are dead, dying, diseased, or disabled—resulting in serious health risks to animals due to residues and antibiotics, while placing immense strain on our planet's resources. Moreover, the environmental impact of meat production, including deforestation, water consumption, and greenhouse gas emissions, further highlights the unsustainability of current practices.

Compounding these challenges, over 931 million tons of food side streams are discarded annually in Asia alone, including 28 tons of potatoes rejected due to aesthetic flaws. These inefficiencies not only waste valuable resources but also contribute to the environmental burden, exacerbating the pressure on our already strained food systems. Addressing these inefficiencies is thus  crucial for enhancing food security and sustainability.

At Pawsible Foods, we tackle these challenges by using advanced fermentation technology to convert food side streams, including unwanted potatoes, into sustainable Kavaka™ Mycoprotein. This process upcycles food waste into a high-quality protein source that is optimized for animal nutrition. Our method reduces food waste and offers a cleaner, smarter, and healthier alternative to traditional meat-based diets. By utilizing food side streams, we significantly lower the environmental footprint of food production and make the current food system more productive. Pawsible Foods is thus providing a viable alternative to traditional meat-based animal foods, promoting a healthier future for both our animals and the planet, and is ensuring that our food systems can meet future demands!

Pet owners face significant challenges in accessing reliable, timely, and comprehensive pet information. To address this market need, our team of business expert, pet lover, Large Language Model (LLM) researcher, and veterinary lecturer developed SOPet, a freemium website offering advice on pet questions.

SOPet's core technology, VetAI-1, integrates proprietary veterinary algorithms with LLM to simulate real veterinary consultations. This model can perform symptom detection, triage, ask follow-up questions, summarize answers, conduct aftercare monitoring, and provide targeted product and service recommendations.
For cases requiring specialized attention, SOPet facilitates connections to a network of qualified veterinarians from prestigious institutions for premium, in-depth consultations.

Since its launch, SOPet has rapidly established itself as a market leader in pet telemedicine. Our platform currently serves over 100,000 users, with 20,000 premium subscribers. By partnering with 25 leading veterinary professionals, we've achieved a 95% customer satisfaction rate. Notably, SOPet has secured the top position in Thailand's online veterinary market without allocation of advertising spend, demonstrated by our #1 Google ranking for "สัตวแพทย์ออนไลน์" (Thai for "online veterinarian").