The goal will be to build a blockchain which drive (HDD/SSD) management (e.g. drive failure prediction, drive duplicator, drive data recovery) operates autonomously, including payment for network fees.
What is New?
- notification It Added pools, nodes and Exchange. notification We released the WhitePaper ver1.1. notification The development policy has been completely decided. notification The official site has been renewed.
Pools (PoW / Scrypt)
■ SorachanCoin is able to get by PoW up to the issuance limit.
CoinGecko and Coinpaprika
Addnodes and BlockExplorer(SORA Network)
BlockExplorer [tcp:6350 Network]:
BlockExplorer [tcp:21587 Network]:
About build (SorachanCoind)
■ [Easy to build!] The shell script that statically links and builds all necessary libraries is included. (^^)
What is the CryptoCurrency SorachanCoin?
The purpose of this coin is to change the drive failure prediction detection function to "reliable".
※ The drive failure prediction and detection function called "S.M.A.R.T." is many years of investigation(15 years), therefore i think that it is under the control of something that is into strange thoughts.
For example, recently, the tendency is even stronger, and we can not catch notifications of breakdown to regardless of "normal" of status, but actually, just a few changes to the firmware may resume reading.
To those who losed important data in "S.M.A.R.T." ...
It may not mean that the prediction has been missed.
What does it mean?
That is in light of the benefits that may be gained by dropping the predictions.
After all, the reality is like this.
I think that you know a drives(HDD/SSD) has a drive failure prediction detection function called the "S.M.A.R.T.".
However, because of ambiguity of define, they are difficult to say that mission of "DATA PROTECT" is fulfilled, and there are many cases which prediction is failure and DATA ARE LOST.
What do you think about this?
I understand best way that data proteced by backup.
But it is difficult to ptotecrt data for working even a hardworking person that backup every day.
If you do not read to a drives for a long time(If you only use a drives for backup, its will only write), the range that can not be read is expanded!
This will result in the loss of backed up data!
Therefore data of important are lost.
Then what should we do.
Shall you find the answer on the Blockchain!
That's the CryptoCurrency SorachanCoin.
Hybrid coin specification table [PoW + PoS]
※ NO ICO
BlockHeight for Reward
～1,000 for 1
1,001 ～ 20,000 for 2
20,001 ～ 100,000 for 6
100,001 ～ 500,000 for 2
500,001～ for 1
3％ / Year
|Block time||3 minute|
※ It becomes a distribution coin for PoS.
※ Airdorp with Discord.
(Type /reg in #mainnet-discord-wallet)
Inspection and Prediction logic summary
■ Road map
1, At first, We organized the source code to included the drive failure prediction function.
However, since it became necessary to make major changes to parts other than the Blockchain, as well as we switched to the overall development.
※ The function of drive failure prediction will be activated in version 2.0 or later.
※ We will verify the operation of basic functions of cryptocurrency such as hybrid for function and the SegWit while between the currently released version 1.
2, We have booted up the Blockchain for the SorachanCoin.
3, We have released the SorachanCoin-qt in Aug 2018.
4, Implementation of failure prediction function (introduction of Blockchain technology) and
it is a plan of listing on 2019 3Q.
5, We will release the "SorachanCoin Driveinfo Wallet" in 2020.
※ Would you wait to implementation into failure prediction for a drive.
We happy few that you will install the SorachanCoin-qt. Thank you.
■ White paper
The SorachanCoin has been built in drive-related cryptocurrency.
We have been developed benchmark software with its foundation.
This logic is used for failure prediction, and this development is also part of the White paper.
＞＞ How to install and usage Benchmark.
There is also a PDF version of the White paper.
The SorachanCoin Developers
25-22 Iwabuchi-machi Kita-ku Tokyo in Japan.
Distributed under the MIT/X11 software license, see the accompanying.