AEGIS is a brand-new, experimental quantum-resistant cryptocurrency that conceptualizes the decentralization of the Bitcoin white paper, integrates a variety of digital signature algorithms based on modern cryptography and post-quantum cryptography, and improves the efficiency of various algorithmic applications.
The aegisPQC code is complete, please feel free to maintain and fork it.
AEGIS Core is programmed to decide which blockchain contains valid transactions with multiple post-quantum signature algorithms.
The current digital signature algorithms used by AEGIS are as follows:
- Secp256k1
- Dilithium3 - CRYSTALS-DILITHIUM (quantum-resistant) Nist PQC Round 3 Submissions
- Dilithium5 - CRYSTALS-DILITHIUM (quantum-resistant) Nist PQC Round 3 Submissions
- Falcon512 - Falcon (quantum-resistant) Nist PQC Round 3 Submissions
- Falcon1024 - Falcon (quantum-resistant) Nist PQC Round 3 Submissions
linux
./aegiswindows
./aegis.exeExecute the full node for the first time, it will ask for configuration parameters.
coreOpt.dbDir: .\data\blockDb
coreOpt.minerFeeRatio: 1
walletHistoryOpt.dbDir: .\data\walletHistoryDb
rpcOpt.hostname: 127.0.0.1
rpcOpt.port: 51978
rpcOpt.auth.usr: [custom]
rpcOpt.auth.pw: [custom]
rpcOpt.disable: false
p2pOpt.peerDir: .\data\peers
p2pOpt.maxConnect: 256
p2pOpt.listenPort: 51977
p2pOpt.serverDisable: false
services.fullnode: true
eventLog.newBlock: true
eventLog.forkBlock: true
eventLog.addTx: false
eventLog.p2p: truePS. full node config will save in config.json
linux
./aegis walletwindows
./aegis.exe walletEnter the individual needs in order.
rpcOpt.hostname: 127.0.0.1
rpcOpt.port: 51978
rpcOpt.auth.usr: [same as rpc server auth.usr]
rpcOpt.auth.pw: [same as rpc server auth.pw]
walletDataPath: .\walletFile
jsonSpace: true
jsonColor: true
addressBs58ck: true
bigIntObjFloatFlag: truePS. wallet config will save in wconfig.json
linux
./aegis walletwindows
./aegis.exe wallet> generateWallet> walletAddAddress> exportWalletFile [filePath]> mine [yourAddress]PS. Currently supported drives and cuda versions
- Driver Version: 470 or above.
- CUDA Version: 11 or above.
If you want to know more, please see more. or use help method.
> help
> help [method name]There are three methods to send the amount.
The first and easiest method.
> walletSend "srcAddress" "tgtAddress" 100
Do you use all UTXO? (y/n): n
Set change address (default address is "srcAddress"):
Which of the following 2 signature systems you would like to choose for your signature: (FAKE is not an option)
0) Secp256k1
1) Nist_round3_Dilithium3
2) Nist_round3_Dilithium5
3) Nist_round3_Falcon512
4) FAKE
Please enter the number and separate it with a comma. (must be in ascending order): 0,1
Please enter an opreturn message (not required):
Transaction details:
┌───────────────┬──────────────────────────────────────────────────────────────────────────┐
│ (index) │ Values │
├───────────────┼──────────────────────────────────────────────────────────────────────────┤
│ Source │ "srcAddress" │
│ Target │ 100.00000000 -> "tgtAddress1" │
│ UTXO amount │ 240.00000000 │
│ Sending │ 200.00000000 │
│ Change │ 39.99989720 -> "srcAddress" │
│ Fee amount │ 0.00010280 │
│ Fee details │ unlockScript: 98.2%, pqcert: < 0.1%, opReturn: < 0.1%, other: 1.8%, │
│ Photon amount │ 10280 │
│ Signatrue │ Secp256k1, Nist_round3_Dilithium3 │
└───────────────┴──────────────────────────────────────────────────────────────────────────┘
Please check if your transaction (above) is correct. (y/n):y
{
"result": {
"suc": true,
"txid": "*************************************************"
}
}
#see more
> help walletSend 1
#Check transaction when transaction was unconfirmed.
> getTxPoolList
> getTxPoolByTxid "txid"
#Check transaction when transaction was confirmed.
> getTransactionByTxid "txid"Send amount to multiple addresses.
> walletSendMany "srcAddress" [{"address":"tgtAddress1","value":"100"},{"address":"tgtAddress2","value":"100"}]
Do you use all UTXO? (y/n): n
Set change address (default address is "srcAddress"):
Which of the following 2 signature systems you would like to choose for your signature: (FAKE is not an option)
0) Secp256k1
1) Nist_round3_Dilithium3
2) Nist_round3_Dilithium5
3) Nist_round3_Falcon512
4) FAKE
Please enter the number and separate it with a comma. (must be in ascending order): 0,1
Please enter an opreturn message (not required):
Transaction details:
┌───────────────┬──────────────────────────────────────────────────────────────────────────┐
│ (index) │ Values │
├───────────────┼──────────────────────────────────────────────────────────────────────────┤
│ Source │ "srcAddress" │
│ Target [0] │ 100.00000000 -> "tgtAddress1" │
│ Target [1] │ 100.00000000 -> "tgtAddress2" │
│ UTXO amount │ 240.00000000 │
│ Sending │ 200.00000000 │
│ Change │ 39.99989720 -> "srcAddress" │
│ Fee amount │ 0.00010280 │
│ Fee details │ unlockScript: 98.2%, pqcert: < 0.1%, opReturn: < 0.1%, other: 1.8%, │
│ Photon amount │ 10280 │
│ Signatrue │ Secp256k1, Nist_round3_Dilithium3 │
└───────────────┴──────────────────────────────────────────────────────────────────────────┘
Please check if your transaction (above) is correct. (y/n): y
{
"result": {
"suc": true,
"txid": "*************************************************"
}
}
#see more
> help walletSendMany 1Advanced walletSend.
> walletASend ["srcAddress1","srcAddress2","srcAddress3"] [{"address":"tgtAddress","value":"150"}]
Do you use all UTXO? (y/n): n
Please enter an opreturn message (not required):
Do you use all UTXO from ("srcAddress1") address? (y/n): y
Now using "srcAddress1", which of the following 2 signature systems you would like to choose for your signature: (FAKE is not an option)
0) Secp256k1
1) Nist_round3_Dilithium3
2) Nist_round3_Falcon512
3) FAKE
Please enter the number and separate it with a comma. (must be in ascending order): 0,1
Do you use all UTXO from ("srcAddress2") address? (y/n): y
Now using "srcAddress2", which of the following 2 signature systems you would like to choose for your signature: (FAKE is not an option)
0) Secp256k1
1) Nist_round3_Dilithium3
2) Nist_round3_Dilithium5
3) Nist_round3_Falcon512
4) FAKE
Please enter the number and separate it with a comma. (must be in ascending order): 0,1
The transaction amount is sufficient, do you still need to use the ("srcAddress3") address, and use all UTXO? (y/n): y
Now using "srcAddress3", which of the following 3 signature systems you would like to choose for your signature: (FAKE is not an option)
0) Nist_round3_Dilithium5
1) FAKE
2) Secp256k1
3) Nist_round3_Dilithium3
4) Nist_round3_Falcon512
Please enter the number and separate it with a comma. (must be in ascending order): 0,2,3
Set change address (default address is "srcAddress3"):
Transaction details:
┌───────────────┬────────────────────────────────────────────────────────────────────────────────┐
│ (index) │ Values │
├───────────────┼────────────────────────────────────────────────────────────────────────────────┤
│ Source [0] │ "srcAddress1" -> 100.00000000 │
│ Source [1] │ "srcAddress2" -> 100.00000000 │
│ Source [2] │ "srcAddress3" -> 100.00000000 │
│ Target [0] │ 150.00000000 -> "tgtAddress" │
│ UTXO amount │ 300.00000000 │
│ Sending │ 150.00000000 │
│ Change │ 149.99955418 -> "srcAddress3" │
│ Fee amount │ 0.00044582 │
│ Fee details │ unlockScript: 98.9%, pqcert: 0.6%, opReturn: < 0.1%, other: 0.5%, │
│ Photon amount │ 44582 │
│ Signatrue [0] │ "srcAddress1" -> Secp256k1, Nist_round3_Dilithium3 │
│ Signatrue [1] │ "srcAddress2" -> Secp256k1, Nist_round3_Dilithium3 │
│ Signatrue [2] │ "srcAddress3" -> Nist_round3_Dilithium5, Secp256k1, Nist_round3_Dilithium3 │
└───────────────┴────────────────────────────────────────────────────────────────────────────────┘
Please check if your transaction (above) is correct. (y/n): y
{
"result": {
"suc": true,
"txid": "*************************************************"
}
}
#see more
> help walletASend 1
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