Like Elliptic curve cryptography, it has a si …
chapter397, [SORA] We implemented a quantum resistance key, sign/verify.
chapter395, [SORA] new feature! Web3.0/NFT “crypto memo”
1, Let’s download “FromHDDtoSSD v …
復旧不定期日誌441, [Web3.0/NFT] Web3.0 第二弾 「暗号のメモ帳」機能です。
第二段です。第一弾はデータ復旧サービスでも活躍する「統計スキャン」の統計処理でした。この処 …
chapter392, [SORA] Next is a feature that can be completely restored wallet just by memorizing 16 phrases. With this, not only backup, but also hardware-based, paper and other wallets are “unnecessary”.
Restore the private key hierarchical with 16 …
chapter391, [SORA] drive smart contract
It is a features that gives an address to the …
復旧不定期日誌425, データ復旧ソフトウェアの使い方 その13 自動復旧の使い方3 – ブロックチェーン対応 自動復旧の最適化問題とは？
自動復旧の最適化問題を、ブロックチェーンにお任せする機能です。色々とありましたが、v3 復 …
chapter390, [SORA] Let’s put a new mechanism that can freely load/store data on the blockchain.
Currently, we are using the blockchain for dr …
Blockchain and sha256 [22], t1 = Ch, t2 = Maj + k
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [21], t1 = Ch + k, t2 = Maj
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [20], d = k
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [19], d – h swap
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [18], d += t1 only
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [16], if t1 is uint64_t, uint32_t tt = (uint32_t)t1, when if(t1==tt).
void main() { char rnd[128];&nbs …
Blockchain and sha256 [15], d += Σ n (n is non-negative integer)
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [14], h += 1
void main() { char rnd[128]; ::sprintf( …