Nanotronics turns highly renewable indigenous plants into nanotechnology materials for use in various industrial applications. Our nanomaterial products serve as key ingredients in the production of advanced materials suited for both conventional and additive manufacturing. Currently, the primary market we are serving is the packaging industry due to the need for sustainable materials.

Your Personal Trainer (UpT) is a software platform for teaching tennis, golf, and other sports. It helps athletes to:
— find a coach and organize a remote training process with video stream analysis;
— practice basic exercises independently under the AI supervision;
— keep track of the development.
The comprehensive solution combines cutting-edge technologies with scientific and practical groundwork – the relevant experience was accumulated when the team had performed a digital project for the Russian Tennis Federation.

Features for the athletes:

1. Reduced training cost: practicing basic exercises with high-quality feedback by AI.
2. Digital twin technology to prevent injuries.
3. Remote training: match with professional coaches regardless of their location.
4. AR technologies to train in real time.
5. Training history and progress tracking.
6. Search for a sparring partner with a given skill level.

For the coaches:
1. Demonstration of portfolio and ratings.
2. Increased earnings: simultaneously training more athletes from different countries.
3. Assistance in choosing the right technique by providing analysis of the athlete’s progress.
4. Ability to adjust model / learning patterns for AI.

Business model: subscription sales; royalty for an on-demand analysis by a pro coach; in-app purchases: premium content and cloud storage space.

We develop automatic speech recognition (ASR) SaaS solutions. Our ASR engines are developed by our Co-founder, Ian Lane, one of the best R&D teams at Carnegie Mellon University. Our recent product, Auris Edit, aims to make digital content accessible to the world.
Auris Edit enables content creators to easily create caption, transcription and inserting foreign subtitles, reducing their 50% of post-editing time. Creators can spend more time on contents creation rather than on less creative editing processes.
Our primary target is light users like mid-entry level YouTubers, or freelancers who help top YouTubers to add captions/subtitles. YouTube has over 50m content creators, and only with YouTube, we expect that the demand is high.
Captions/Subtitles are a must-have feature for content creators because 60% of YouTube views are from non-native English speakers, say people in South East Asia!
So Auris Edit will first target Asian market making digital content accessible.

Ampotech develops internet of things (IoT) hardware and AI-enabled software to help businesses collect, analyze, and integrate electricity usage data from the built environment to deliver intelligent solutions and services. Launched in 2015 and headquartered in Singapore, Ampotech is supported by investors from the electronics, telecommunications, and deep tech sectors, with customers throughout the Asia Pacific region in industries such as energy & facility services, commercial real estate, manufacturing, and utilities.

At Craft Health, we are building a platform for 3D printed personalized healthcare. Possible applications include personalized nutrition, decentralized clinical trials, personalized medicine, and 3D printing for orphan drugs.

Since we launched in May 2019, we have:

・Hardware: In-house developed 3D printer specialized for nutraceuticals and pharmaceuticals. Our 3D printer is designed for Good Manufacturing Practice (GMP) and the 3D printing process does not involve heat or ultraviolet (UV) curing, enabling a wide range of active ingredients to be used.
・Software: 3D printing software
・3D printable formulations: A series of proprietary 3D printable formulations for different controlled released profiles (Immediate/sustained/delayed release) that can be combined in a single 3D printed tablet.
・Specialty products: Patent pending 3D printed capsule that converts once daily dosing to once weekly.

Widuz is developing a new class of renewable and sustainable material called BVL™ (Bamboo Veneer Lumber), which is a high-performance patented structural lumber synthesized from bamboo fibres. BVL is up to 3 times stronger than timber while is not susceptible to any decay or degradation, and is much more dimensionally stable. BVL is suitable for construction of modular prefab buildings in place of other non-renewable construction materials such as concrete and steel.

DotSpace biomedical Inc. devoting their talents to provide of Medical Internet of Thing (MIoT) solutions, integrating hardware, software and database systems, and expanding from clinical intensive care to other clinical monitoring and health examinations. DotSpace biomedical Inc. is a preclinical-stage company taking a targeted approach in the development of realtime wireless intra-abdominal hypertension monitoring system to improve critical intensive care. We are delveloping a capsulized pressure sensor effectively transmit data in monitoring key intra-abdominal pressure and motility believed to be involved in acute pancreatitis, trauma, infection and inflammatory bowel disorders.

Two distinct, first-in-class devices have been developed that precisely detect gastrointestinal physiological changes—with minimal invasive process that has little side effects seen with other methods from this class. DotSpace biomedical Inc. is positioned to deliver a intra-abdominal monitoring system for FDA approval approximately 12 months after program funding, and their intention is to pursue integration in standard intensive care monitoring system.

Promotional description of the business: heart disease is the number 1 reason for death in the US. The medical cost for heart failure will be $69B by 2030, and an estimated 26 million people suffer. As the entire world steps into an aging society, this problem will worsen and eventually make our healthcare system not sustainable. Our solution can effectively reduce the mortality rate and save medical costs by empowering patients to manage their health more effectively and help physicians take care of patients more efficiently.

Motivation for starting the business： I am a Leukemia survivor, and I spent lots of time in the hospital to fight my cancer. During a hospital stay at the University of California, San Diego (UCSD), I carefully observed clinical workflow and found many opportunities. Meanwhile, I have over 15 years of experience researching and commercializing Artificial Intelligence (AI) products; Qualcomm sponsored my Ph.D. Therefore, I decided to use AI to craft future healthcare and wish people like me could suffer less, eventually, fewer people like me.