How does this skill handle Solana security?

The skill implements security best practices such as ownership checks, signer validation, and protection against common vulnerabilities like PDA substitution and integer overflows.

Does this skill support the Anchor framework?

Yes, it provides comprehensive support for the Anchor framework, including project initialization, account validation macros, and TypeScript client generation via IDLs.

Can I use this for native Rust development on Solana?

Absolutely. It includes specific guidance for native Rust development, focusing on manual account parsing and compute unit optimization for high-performance use cases.

Is the Token-2022 program supported?

Yes, it covers both the standard SPL Token program and the newer Token Extensions (Token-2022) for advanced features like transfer hooks and confidential transfers.

Solana Development

Name: Solana Development
Author: tenequm

bytenequm

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Developer Tools

Build, test, and deploy high-performance Solana programs using the Anchor framework or native Rust.

About

The Solana Development skill provides Claude with deep expertise in the Solana ecosystem, enabling the creation of robust smart contracts (programs) from scratch. It bridges the gap between high-level development using the Anchor framework and low-level optimization using native Rust. This skill guides developers through essential concepts such as Account models, Program Derived Addresses (PDAs), and Cross-Program Invocations (CPIs), while ensuring security through rigorous account validation and testing patterns using Mollusk and Anchor's native suites.

Key Features

Native Rust optimization patterns for minimizing compute unit usage and transaction costs.
Secure deployment workflows including verified builds and mainnet-ready security checklists.
Advanced transaction handling including Address Lookup Tables (ALTs) and durable nonces.
4 GitHub stars
Full lifecycle support for Anchor framework project initialization, IDL generation, and testing.
Comprehensive guidance on SPL Token and Token-2022 (Token Extensions) implementations.

Use Cases

Optimizing existing Rust programs to handle complex logic within compute budget limits.
Writing automated test suites for smart contracts to prevent common on-chain vulnerabilities.
Architecting and implementing secure DeFi protocols or NFT minting programs.

About

Key Features

Native Rust optimization patterns for minimizing compute unit usage and transaction costs.
Secure deployment workflows including verified builds and mainnet-ready security checklists.
Advanced transaction handling including Address Lookup Tables (ALTs) and durable nonces.
4 GitHub stars
Full lifecycle support for Anchor framework project initialization, IDL generation, and testing.
Comprehensive guidance on SPL Token and Token-2022 (Token Extensions) implementations.

Use Cases

Optimizing existing Rust programs to handle complex logic within compute budget limits.
Writing automated test suites for smart contracts to prevent common on-chain vulnerabilities.
Architecting and implementing secure DeFi protocols or NFT minting programs.