GrokFun Protocol
Enterprise-grade token launchpad leveraging Grok AI for deterministic, anti-MEV token deployments on Solana. Built on pump.fun infrastructure with advanced transaction sequencing and automated fairness enforcement.
Technical Architecture
Grok-powered deployment engine with multi-layer security protocols
API Integration Layer
Direct integration with Grok AI API for intelligent parameter analysis and deployment optimization. Real-time validation of token metadata, supply economics, and contract parameters.
Two-Hash Transaction Engine
Proprietary transaction sequencing system that separates contract deployment from liquidity provisioning across distinct block confirmations, eliminating bundling attack vectors.
Pump.fun Integration
Direct deployment to pump.fun's bonding curve mechanism with automated liquidity management. Ensures immediate tradability while maintaining fairness constraints.
Fair Launch Enforcement
Hard-coded 0.01 SOL purchase limit enforced at protocol level. Grok AI autonomously validates compliance and executes micro-purchase for tradeability confirmation.
Protocol Features
MEV-Resistant Deployment
Two-stage transaction architecture with confirmed block separation prevents mempool monitoring, bundling attacks, and front-running. Temporal isolation between deployment and liquidity addition creates insurmountable barrier for MEV bots.
Deterministic Fair Launch
Protocol-enforced 0.01 SOL maximum initial purchase applies uniformly across all deployments. No exceptions, no privileged access. AI-verified execution ensures no deployer advantage.
Grok AI Orchestration
Advanced AI reasoning engine analyzes deployment parameters, optimizes gas strategies, validates metadata integrity, and executes multi-step deployment sequences with sub-second precision.
Real-Time Analytics
Comprehensive deployment monitoring with transaction tracking, block confirmation status, liquidity metrics, and holder distribution analysis available through integrated dashboard.
X Platform Integration
Positioned for native X cryptocurrency infrastructure
X (formerly Twitter) has publicly signaled plans to integrate cryptocurrency functionality directly into the platform, enabling native token creation, trading, and social finance primitives. GrokFun leverages Grok AI—X's proprietary artificial intelligence system—to establish the technical foundation for this integration.
By building on Grok's inference engine and X's impending crypto rails, GrokFun positions itself as the premier launchpad for tokens within the X ecosystem. Our protocol's emphasis on fairness, transparency, and AI-driven automation aligns with X's stated goals of democratizing financial access while maintaining platform integrity.
Native API Integration
Direct connection to Grok AI API enables seamless deployment orchestration and intelligent parameter optimization.
Social Graph Synergy
Future integration with X's social graph for community-driven token launches and reputation-based access control.
Compliance Framework
Built-in fairness mechanisms and transparency requirements align with anticipated regulatory standards for social platform tokens.
Token Deployment Interface
Configure parameters and deploy to Solana via Grok AI orchestration
Token Configuration
Live Preview
Token Name
Deployment Process
Protocol Architecture
Technical specifications for GrokFun's autonomous deployment system
System Overview
GrokFun implements a multi-layered token deployment protocol built on three core components: Grok AI orchestration layer, two-hash transaction sequencer, and pump.fun integration interface. The system is designed to eliminate common attack vectors present in traditional token launches while maintaining deployment efficiency.
Two-Hash Transaction Architecture
The cornerstone of GrokFun's anti-MEV protection is the two-hash transaction system. This architecture fundamentally separates token contract deployment from liquidity provisioning, creating temporal and cryptographic barriers against bundling attacks.
Transaction Sequence
Contract Deployment
SPL token program initialization with metadata upload to Arweave/IPFS. Token mint authority configured with pump.fun bonding curve parameters.
TRANSACTION_HASH_1 = deploy_token({
name: string,
symbol: string,
metadata_uri: string,
decimals: 6
})
Liquidity Provision
After confirmed deployment (minimum 1 block confirmation), second transaction provides initial liquidity to bonding curve. This separation prevents bundlers from executing in same block.
await confirm_block(TRANSACTION_HASH_1)
TRANSACTION_HASH_2 = add_liquidity({
token_address: TX1.token_mint,
amount_sol: initial_liquidity,
curve_type: "pump_fun_bonding"
})
Anti-Bundle Mechanism
Bundling attacks rely on including multiple transactions in a single block, allowing attackers to front-run token launches by placing their buy orders alongside the deployment transaction. The two-hash system defeats this by requiring block confirmations between deployment and tradability:
- Temporal Separation: Minimum 400-600ms between TX1 and TX2 (average Solana block time)
- Mempool Isolation: TX2 only broadcast after TX1 confirmation, preventing pre-submission bundling
- Deterministic Sequencing: Smart contract logic enforces liquidity can only be added post-deployment confirmation
- RPC Distribution: TX1 and TX2 submitted to different RPC nodes to prevent single-node bundling attempts
Fair Launch Enforcement
GrokFun implements hard-coded fairness constraints that apply uniformly to all token deployments, regardless of deployer identity or token parameters.
0.01 SOL Purchase Limit
The protocol enforces a maximum initial purchase of exactly 0.01 SOL by the Grok AI system. This micro-purchase serves two purposes:
- Tradability Verification: Confirms token is immediately tradable post-launch
- Fairness Demonstration: Proves deployer receives no privileged access or advance purchase rights
const GROK_MAX_PURCHASE = 0.01; // SOL, immutable
function execute_fair_launch_purchase(token_address) {
// Hard-coded limit, no exceptions
const purchase_amount = GROK_MAX_PURCHASE;
return swap_sol_for_token(token_address, purchase_amount);
}
Documentation
Comprehensive technical documentation for deploying tokens via GrokFun Protocol
Introduction
GrokFun is an autonomous token deployment protocol that leverages Grok AI to provide fair, secure, and efficient token launches on Solana. The system integrates with pump.fun's bonding curve infrastructure while implementing advanced anti-MEV protections through a proprietary two-hash transaction architecture.
This documentation covers the complete deployment workflow, technical specifications, and security considerations for using the GrokFun protocol.
Quick Start Guide
Requirements
- Wallet: Solana-compatible wallet (Phantom, Solflare, etc.)
- Minimum Balance: 0.12 SOL (0.1 liquidity + 0.02 fee, plus network fees)
- Browser: Modern browser with JavaScript enabled
- Token Image: Square image (512x512px or higher), PNG/JPG/WebP, max 5MB
Deployment Steps
- Navigate to Launch Page: Click "Launch Token" in the navigation menu
- Configure Token Parameters: Enter token name, symbol, description, and upload image
- Set Initial Liquidity: Enter SOL amount for initial liquidity (minimum 0.1 SOL)
- Review Configuration: Check live preview to verify all parameters
- Deploy: Click "Deploy Token via Grok AI" to initiate deployment
Deployment Process
GrokFun executes a five-phase deployment process orchestrated by Grok AI:
Phase 1: Validation
Grok AI analyzes token parameters, validates image format and size, checks wallet balance, and optimizes gas parameters based on network conditions. Estimated duration: 2-5 seconds.
Phase 2: Metadata Upload
Token image and metadata uploaded to decentralized storage (IPFS/Arweave). URI generated for on-chain metadata reference. Estimated duration: 5-10 seconds.
Phase 3: Contract Deployment (TX1)
First transaction deploys SPL token contract with metadata. Token mint created with configured parameters. Block confirmation required before proceeding. Estimated duration: 0.4-0.6 seconds (one Solana block).
Phase 4: Liquidity Provision (TX2)
After TX1 confirmation, second transaction provisions initial liquidity to pump.fun bonding curve. Temporal separation prevents bundling attacks. Estimated duration: 0.4-0.6 seconds.
Phase 5: Fair Launch Purchase
Grok AI executes 0.01 SOL purchase to validate tradability and demonstrate fairness. Total deployment time: typically 10-20 seconds depending on network conditions.
Security Model
Two-Hash Transaction Security
The protocol's primary security feature is the two-hash transaction architecture. By requiring block confirmation between contract deployment and liquidity provisioning, GrokFun eliminates the ability for attackers to bundle transactions and front-run token launches.
Fair Launch Guarantees
The 0.01 SOL purchase limit is enforced at multiple layers:
- Protocol Layer: Hard-coded limit in Grok AI orchestration
- Smart Contract Layer: On-chain validation during launch window
- Transparency Layer: All Grok purchases visible on-chain for audit
Best Practices
- Use hardware wallet for deployment if possible
- Verify all transaction signatures before approving
- Never share private keys or seed phrases
- Prepare marketing materials before launch
- Monitor initial trading activity for anomalies