![SORA L1 SorachanCoin SORA-QAI blockchain [Quantum & AI resistance]](https://www.junkhdd.com/wp-content/uploads/2024/04/cropped-SorachanCoin.png)
CoinMarketCap
https://coinmarketcap.com/currencies/sorachancoin/
CoinGecko
https://www.coingecko.com/en/coins/sorachancoin
The project was launched on August 6, 2018. We have been operating stably with a reliable SORA blockchain for over five years.
Maximum issuance amount
8,000,000
Block generation time
3 minutes
Hashing algorithm
Scrypt
Consensus
PoW + PoS
reward
1 SORA / block
3% / year
| Blockchain Specifications | PoW(Scrypt) + PoS(Staking) |
| Consensus | ECDSA Quantum AI-resistant keys Schnorr signatures (no even Y-coordinate restriction for public keys) Schnorr aggregated signatures (5000 keys) |
| Block Hash | Scrypt |
| Encryption for Anonymous Communication | AES256 – bitcoin sha256 |
| Uniqueness of scriptSig and scriptPubKey | bitcoin – hash160 |
| Uniqueness of scriptSig and SORA-QAI | Merkle tree using bitcoin – hash160 |
| Keys for Anonymous Encrypted Communication | Key exchange using Schnorr aggregated signatures (5000 keys) |
| NFTs (AI-NFT) | AI-NFT can be encrypted and then traded through SORA. Since it is integrated into Layer 1 (L1), you can specify the amount of SORA to receive when trading the token. |
| Ensuring Anonymity in Anonymous Encrypted Communication | Shuffle Schnorr aggregated signatures (5000 keys) The discrete logarithm problem serves as a barrier to identifying the sender’s public key |
| Current circulating supply | https://us.junkhdd.com:7350/ext/getmoneysupply |
The encryption specifications include quantum resistance and the removal of BIP340 restrictions. Regarding the removal of restrictions, when there are constraints during development, we have to place assertions at those points, which requires extra attention. In the case of ECDSA, care was needed for compressed and uncompressed keys, so if we are going to introduce the new Schnorr signature, it’s better to avoid restrictions to prevent bugs and make things easier in the long run.
AI-NFT is designed to encrypt tokenized information (via key exchange) and operate through SORA. Since it operates through the blockchain, there is no concern about tampering, making it an optimal specification for AI and critical servers. For example, if you tokenize information with 3 SORA in an AI-NFT, an encrypted communication through key exchange is automatically established, allowing the token to be exchanged with the other party at a transaction volume of 3 SORA. Furthermore, since the exchange is decentralized, even the administrators cannot access the information in the token. This results in a purely private transaction between the parties involved, making it ideal for confidential information.