svm

Explain Solana SVM architecture, consensus, and transaction execution from source code.

16|1|Updated Apr 7, 2025
One-click install
npx skills add https://github.com/henryoman/TrenchClaw --skill svm
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: svm
Source: https://github.com/henryoman/TrenchClaw/tree/main/apps/trenchclaw/src/ai/brain/knowledge/skills/svm
Command: npx skills add https://github.com/henryoman/TrenchClaw --skill svm

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill demystifies the complex inner workings of the Solana Virtual Machine (SVM) and its underlying blockchain architecture, providing deep technical insights.

Core Features & Use Cases

  • Protocol Internals: Explains the SVM execution engine, account model, consensus mechanisms, and transaction lifecycle.
  • Developer Resources: Leverages Helius blog posts, SIMDs, and Solana source code for accurate, in-depth explanations.
  • Use Case: Understand how a Rust program is compiled to Solana bytecode, deployed, and executed on the network, including the role of LLVM and sBPF.

Quick Start

Explain how Proof of History works on Solana.

Frequently Asked Questions about svm

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How does Proof of History work on Solana?

Proof of History on Solana uses a verifiable delay function to cryptographically record the passage of time between blocks. This creates a historical ledger that allows validators to process transactions in parallel without full network-wide communication overhead.

How is a Rust program compiled and executed on the Solana Virtual Machine?

A Rust program is compiled to Solana bytecode using LLVM and sBPF, then deployed to the network. The SVM execution engine processes these instructions by interacting with the Solana account model to read and write state during transaction execution.

What is the Solana account model and how does it store state?

The Solana account model stores all state in separate accounts rather than within smart contract code. This architecture separates logic from data, allowing the execution engine to process transactions by referencing and modifying these distinct on-chain accounts.

Do I need the Helius MCP server to access Solana architecture documentation?

Yes, you need the Helius MCP server for tool access. This Skill leverages the server to pull comprehensive explanations from Helius blog posts, SIMDs, and Agave or Firedancer source code to explain protocol internals and validator economics.

What are SIMDs and how do they relate to Solana protocol internals?

SIMDs are Solana Improvement Documents detailing proposed protocol upgrades and standards. This Skill uses them alongside source code from Agave and Firedancer to provide accurate, in-depth explanations of the execution engine, data layer, and token extensions.

How does Solana consensus work with the SVM execution engine?

Solana consensus coordinates validators to agree on the network state, while the SVM executes the transactions within blocks. Proof of History orders the transactions, enabling the execution engine to process them efficiently before validators finalize the state.