Blockchain Performance
The complexity of smart contracts can significantly impact performance, with larger dApps showing higher coupling between objects (CBO) and more complex contract structures. A comparison table of key metrics for building onchain applications includes:
| Metric | Description | Why It Matters | Best Implementation |
|---|---|---|---|
| Transaction Speed (TPS) | Number of transactions processed per second | Determines application responsiveness and user experience | |
| Transaction Fees | Cost per transaction on the network | Impacts user adoption and operational costs | |
| Smart Contract Support | Programming languages and development capabilities | Affects development complexity and team expertise requirements | |
| Security Level | Consensus mechanism and security features | Crucial for protecting user assets and data integrity | |
| Developer Ecosystem | Available tools, documentation, and community support | Enables faster development and problem resolution | |
| Network Adoption | Active users and projects on the platform | Indicates platform stability and long-term viability | |
| Scalability | Ability to handle increased load | Essential for application growth and performance maintenance | |
| Interoperability | Ability to interact with other blockchains | Enables cross-chain functionality and broader reach | |
| Transaction Finality | Time until transactions become irreversible | Critical for time-sensitive applications | |
| Development Cost | Overall expense of building and maintaining | Affects project viability and resource allocation |