pump-fun-mechanics

Model pump.fun bonding curves, graduation triggers, and Raydium migration dynamics.

3|Updated Jan 22, 2026
One-click install
npx skills add https://github.com/SanctifiedOps/solana-skills --skill pump-fun-mechanics
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: pump-fun-mechanics
Source: https://github.com/SanctifiedOps/solana-skills/tree/main/skills/trading/pump-fun-mechanics
Command: npx skills add https://github.com/SanctifiedOps/solana-skills --skill pump-fun-mechanics

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill provides a deep technical understanding of pump.fun bonding curves, graduation mechanics, migration to Raydium, and the trading implications for builders, analysts, and traders seeking rigorous token analytics.

Core Features & Use Cases

  • Bonding-curve modeling: Understand price as a deterministic function of supply and simulate pre-graduation dynamics.
  • Graduation & migration: Analyze thresholds, timing windows, and arbitrage opportunities around Raydium deployment.
  • Post-graduation trading dynamics: Compare pre- and post-migration liquidity, price discovery, and risk factors across AMMs.
  • Use Case: Build a monitoring workflow that flags imminent graduation and estimates liquidity needs.

Quick Start

Use the pump-fun-mechanics skill to analyze a token's bonding-curve position and project graduation dynamics.

Frequently Asked Questions about pump-fun-mechanics

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

FAQPage Schema
How does the pump.fun bonding curve work for token price discovery?▼

The pump.fun bonding curve determines token price as a deterministic function of supply, allowing you to model pre-graduation dynamics and simulate price impacts before liquidity thresholds are reached.

What triggers pump.fun token graduation and migration to Raydium?▼

Pump.fun graduation triggers when specific bonding curve thresholds are met, initiating a migration window to Raydium where you can analyze timing and arbitrage opportunities during AMM deployment.

How do I assess pre-graduation and post-migration liquidity risk for pump.fun tokens?▼

You can evaluate liquidity risk by comparing pre-graduation bonding curve dynamics against post-migration Raydium AMM liquidity scenarios, assessing price discovery shifts and risk factors across both environments.

Can I build a monitoring workflow to flag imminent pump.fun token graduation?▼

Yes, you can build a monitoring workflow using structured guidance to flag imminent graduation events and estimate required liquidity needs for Raydium migration timing and deployment.

What differentiates pump.fun bonding curve trading from post-graduation Raydium AMM dynamics?▼

Pump.fun bonding curves offer deterministic price functions based on supply, while post-graduation Raydium AMM dynamics introduce variable liquidity pools, different price discovery mechanisms, and distinct risk factor profiles.

What data do I need to model pump.fun graduation thresholds and migration timing?▼

You need bonding curve position data, supply metrics, and liquidity threshold inputs to project graduation dynamics, estimate migration timing windows, and evaluate arbitrage opportunities accurately.