Ming Lam N. Email & Phone Number

Ming is a technology inventor and co-founder of Real Matter Technology, located in Hong Kong Science Park. He is recognized as one of the cutting-edge innovators in the region for his groundbreaking work in chip-level blockchain, decentralized identitiers, and KYC/AML regtech on crypto-OTC trading platform using his invented On-Chip Smart Contract technology. He is also known for his country-wide implementation of IoT technology. With four US patents to his name, Ming focuses on the Web3 chip-level blockchain, Level 2 OTC blockchain, KYC/AML regtech, and On-chip Smart Contract for tokenizing real estate, artworks, and other real-world assets.As a technology consultant for startup businesses, Ming advises on Web3 strategy, and helps startups build scalable and secure infrastructures. # In his role as Fintech and Regtech architect for EMI initiative, he designs and develops technology solutions that meet the regulatory requirements and financial regulators. # As a chip-level blockchain developer for IC fabrication, he specializes in developing and implementing chip-level blockchain solutions for smart contracts. # He is an expert in decentralized identifier DID technology for real-world asset tokenization and has extensive experience in developing ecosystems that allow for the tokenization of real-world assets. # Finally, as an IoT practitioner using radar imaging, LiDAR analysis, and web3 authentication, he develops IoT solutions that leverage cutting-edge technologies to enhance smart city implementation.Ming holds a Master of Science and a Bachelor of Electronic Engineering from the Hong Kong Polytechnic University. Ming began his career as an IC designer for GSM phones and Bluetooth devices at the Hong Kong Productivity Council. He is an experienced technology consultant and architect with 25 years of expertise in microprocessor ICs, IoT sensors, green energy savings, public smart restroom digitization and chip-level smart contracts. In recent years, he has made significant contributions to the development of chip-level blockchain ecosystems.