Web3 Event in Nagoya Showcases Blockchain Innovations at ‘Wink Aichi’

A recent event at the Aichi Prefecture’s industrial labor center, ‘Wink Aichi,’ served as a platform to showcase the latest developments and use cases in blockchain technology. The event garnered attention with its distinguished lineup of speakers, including:

  • Mr. Li from HashKeyDX based in Tokyo,

  • Dr. Takao Wada from EverSystem headquartered in Nagoya, and

  • Akihisa Ishida representing Cabinet, a prominent node operator project.

Notably, the event attracted a diverse audience, comprising engineers engaged in system development and students specializing in game development, with students accounting for 30% of the attendees.

Aroma x Blockchain

Dr. Takao Wada, representing EverSystem, presented their ongoing project — a groundbreaking Aroma x Blockchain application. EverSystem, recognized as the second company in Japan to introduce a blockchain game, is celebrated for its dedication to designing streamlined application architectures. Their innovation lies in the ingenious incorporation of game rendering techniques to visually capture the essence of aromatic scents in their application.

Li, hailing from HashKeyDX, a Tokyo-based HashKey group company, provided invaluable insights into blockchain technology from an engineer’s perspective. Li commenced by introducing a plethora of blockchain use cases and then delved into the potential repercussions and risks associated with security vulnerabilities. As a solution to enhance security measures, Li introduced CertiK, a blockchain monitoring and analysis security tool, for which HashKeyDX holds an exclusive distribution agreement in Japan.

Akihisa Ishida, co-founder of EverSystem, a distinguished system development company specializing in Web3 and renowned for facilitating blockchain integration for major corporations, played a dual role as the event’s host and a featured speaker in Nagoya. Ishida has been instrumental in advocating for the fusion of entertainment and blockchain technology in Japan. Cabinet, the project he represents, aspires to offer a secure and reliable platform for Japanese enterprises and developers to access development nodes through Japanese data centers, potentially positioning it as an Asian-origin project with considerable promise.

HashKey DX and IOST are actively engaged in promoting the development and support of blockchain-based services for businesses. They are also collaborating on raising awareness regarding the paramount importance of security in Japanese Web3 services.

About IOST

High fees and slower transaction times on the Ethereum network have left the door open for new solutions to emerge, and IOST is one such project that has been gaining traction since its mainnet launch in 2019.

Backed by significant financial and VC firms such as Sequoia, Matrix, and ZhenFund, IOST is a pioneering decentralized, high-throughput, gas-efficient Proof-of-Believability-powered smart contract platform built to tackle the scalability trilemma once and for all. For this, the concluding ranking from China’s CCID ranked IOST as the best blockchain platform under Basic Technology, better than Ethereum, EOS, and every other smart-contracting platform evaluated by the agency. This is a testament to the quality and ability to roll out a better, innovative product and reflects our genuine desire to be the best in the sphere.

Being one of the public chain leaders in adoption, performance, and utility, IOST remains committed to our mission to unleash the power of blockchain. IOST currently has an ever-expanding 500,000 members community in over 20 countries, over 400 nodes, a top-tier staking ecosystem, and symbiotic relationships with corporations dotted worldwide.

If you would like to hang out with the IOST community on chat or social media or discuss product development, we have something for everyone:

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Nagoya’s Web3 Revolution: Insights, Innovations, and Security was originally published in IOST on Medium, where people are continuing the conversation by highlighting and responding to this story.