Sonc Labs is an advanced AI-based platform that aims to make blockchain technology easier and more efficient to access and use. The main idea behind Sonc Labs is to break down barriers for crypto and DeFi users by automating complex processes and making them easier to understand.
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Vision of Sonc Labs
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Main functions
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Installation and setup
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Application examples
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Technologies
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Contribute
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License
Our vision is to bridge the gap between the complexity of blockchain technology and the needs of users. Sonc Labs strives for this:
Accessibility: to simplify blockchain processes so that everyone can understand and use them.
Efficiency: automate and optimize transactions to save time and costs
Security: Help users minimize risks such as smart contract vulnerabilities and fraud.
Education: Providing tools and explanations that promote understanding of decentralized finance (DeFi).
- blockchain transaction analysis
Sonc Labs offers a simple way to read and understand complex blockchain transactions.
Example:
type Provider interface {
GenerateCompletion(context.Context, CompletionRequest) (string, error)
GenerateJSON(context.Context, JSONRequest, interface{}) error
EmbedText(context.Context, string) ([]float32, error)
}Output:
{
"from": "0x123...456",
"to": "0xabc...def",
"value": "2.5 ETH",
"gas_used": 21000,
"status": "Success"
}- bridging optimization
Finds the fastest and most cost-effective route to move tokens between blockchains.
Example:
from sonc import BridgeOptimizer
bridge = BridgeOptimizer()
route = bridge.find_best_route("ETH", "Polygon", amount=1.0)
print(route)Output:
{
"source_chain": "Ethereum",
"target_chain": "Polygon",
"fees": "0.005 ETH",
"estimated_time": "5 minutes"
}- gas optimization
Helps users to carry out transactions at optimal gas prices.
Example:
from sonc import GasOptimizer
optimizer = GasOptimizer()
best_time = optimizer.get_best_time_for_transaction()
print(f"Bester Zeitpunkt für niedrige Gebühren: {best_time}")- security check of smart contracts
Checks smart contracts for vulnerabilities and fraud indicators.
Example:
from sonc import SmartContractAuditor
auditor = SmartContractAuditor()
report = auditor.audit("<smart_contract_address>")
print(report)Output:
{
"score": 85,
"risks": ["Reentrancy", "Unchecked external call"],
"audit_status": "Medium Risk"
}- portfolio tracking and DeFi optimization
Sonc Labs helps users monitor their wallets, calculate gains/losses and maximize returns in DeFi protocols.
Prerequisites
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Python 3.8 or higher
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Pipenv or Pip
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Access to an Ethereum-compatible blockchain (e.g. Infura or Alchemy)
Steps
- Clone the repository:
git clone https://github.com/sonclabs/sonc.git
cd sonc- Install the dependencies:
pip install -r requirements.txt- Set up your environment variables:
export WEB3_PROVIDER_URI=https://mainnet.infura.io/v3/YOUR_INFURA_PROJECT_ID- Start Sonc Labs
python main.pyTransactional analysis
from sonc import TransactionAnalyzer
analyzer = TransactionAnalyzer()
transaction_details = analyzer.analyze("<transaction_hash>")
print(transaction_details)Optimization of DeFi strategies
from sonc import DeFiOptimizer
optimizer = DeFiOptimizer()
best_pools = optimizer.find_best_yield_farming_pools()
print(best_pools)We welcome contributions to the further development of Sonc Labs! This is how you can participate:
1 Fork the repository.
2 Create a new branch:
git checkout -b feature/dein-feature3 Implement your changes and create a pull request.
Sonc Labs is provided under the MIT license. Further details can be found in the license file.