Provide a next generation
evolutionary cash platform
that can issue crypto token/coin which is regarded as the historical final form.
Ever since the Internet was opened to private sectors in the 1990s, commercial transactions on the Internet have grown explosively and have changed the traditional business custom fundamentally. And the world has dreamed of creating cash that can be used safely on the Internet.
An experimental attempt to use the ledger in 2009 has been shown to the world. This is Bitcoin using a blockchain. Although Bitcoin demonstrated new ideas such as double trading prevention and consensus building of all participants in the community, it has already begun to cause many problems due to structural vulnerability and limitations.
Provide a crypto cash platform by applying crypto cash technology which was designed originally for issuing legal tenders. Now, all issued (and will be issued) tokens /coins will be able to be evolved to crypto cash which will be the final form of historical currency by shifting to this new platform. Anybody in any community can issue any crypto cash that can be used on the Internet that does not require huge amounts of communication traffic or electricity, can be instantly settled and can be saved.
.png)
CIPHER CORE evolves to the first crypto cash,
CIPHER CORE CASH on the CIPHER CORE Platform.
.png)
And, all tokens/coins evolve to crypto cash,
Token/Coin CASH on the CIPHER CORE Platform.
The collapse of the token/coin platform using a blockchain has already begun, and the provision of an alternative platform is awaited. Traditional blockchain type token/coin platform has been subjected to repeated improvements, but it is known that structural defects cannot be overcome, and what is drawing attention as the most promising candidate that can solve this problem fundamentally is a Crypto Cash Platform based on crypto cash technology.
"Crypto Cash", the world's first crypto cash, is a currency that uses a symbol strings as a pseudo tangible material (or entity) as a substitute to be exchanged when exchanging value, and as the cryptographic technology is completed, it was developed for the first time in the world as basic technology to issue legal tenders. Information of issuers and value of cash is uniquely associated with completely encrypted symbol strings, and this fact makes tampering, counterfeiting, false use impossible. By encrypting conditions such as credit information, usage conditions, interests, deadlines, crypto cash with various functions can be created. Since it is easy to send / save electronically, it can be issued as crypto metal money or crypto banknotes if it is engraved on metal or printed on papers because it does not matter about the recording medium.
CEO
HIROSHI MAEDA
Master of Science in the Department of Electrical Engineering at Graduate School of Engineering of Ibaraki University.
Master of Business Administration at the Graduate School of Management of Globis University.
After the engagement in electrical design and embedded software design for consumer products at Sony Corporation, he became an executive director of the Research Institute of Information Security
CTO
TAKATOSHI NAKAMURA
Ocean Engineer in the Department of Ocean Engineering at Massachusetts Institute of Technology. Science Master’s degrees in Department of Mechanical Engineering and Civil Environmental Engineering at Massachusetts Institute of Technology. After working for McKinsey & Company, he joined Massachusetts Institute of Technology as a research affiliate and researched in future production, artificial intelligence and information security. And he completed crypto technology and developed crypto cash technology which will be final currency form of cash. He is now CEO of NTI, Inc. and CEO of the Research Institute of Information Security.
DIRECTOR
KOICHIRO ITO
Graduation from School of Law, Chuo University.
He passed the bar examination after some experience as court clerk, and has been admitted to practice law.
From 2010, he has been supporting Nakamura CTO’s business as legal counsel.
