SKALE-Deploy

Deploy SKALE contracts and agent infrastructure using Foundry or Hardhat.

Updated Apr 24, 2026
One-click install
npx skills add https://github.com/skalenetwork/pinata-skale-agent --skill skale-deploy
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: SKALE-Deploy
Source: https://github.com/skalenetwork/pinata-skale-agent/tree/main/skills/SKALE-Deploy
Command: npx skills add https://github.com/skalenetwork/pinata-skale-agent --skill skale-deploy

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

SKALE Deploy addresses the challenge of deploying scalable, gas-free applications on SKALE Base by enabling MTM-enabled batch transactions, RNG integration, and ERC-8004 on-chain agent identity, all managed via familiar Foundry/Hardhat workflows and OWS wallets.

Core Features & Use Cases

  • Zero gas deployment model using Compute Credits and end-user UX improvements
  • MTM-enabled throughput up to 700 TPS for batch operations
  • Native RNG integration for on-chain randomness
  • ERC-8004-based AI agent identity and reputation registries
  • Built-in support for Foundry/Hardhat deployments and OWS wallet workflows
  • Cross-chain SKALE Base Sepolia and SKALE Base Mainnet deployment guidance

Quick Start

Set up Foundry or Hardhat, configure OWS, and deploy a sample contract to SKALE Base Sepolia to begin.

Frequently Asked Questions about SKALE-Deploy

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

FAQPage Schema
How do I deploy smart contracts to SKALE Base using Foundry or Hardhat?

To deploy smart contracts to SKALE Base, configure Foundry or Hardhat with an OWS wallet, fund Compute Credits for gasless transactions, and target either SKALE Base Sepolia for testing or SKALE Base Mainnet for production.

What is ERC-8004 and how does it work for on-chain AI agent identity?

ERC-8004 is a standard for on-chain AI agent identity and reputation registries on SKALE Base networks, enabling agents to establish verifiable identities and manage their reputation through blockchain-based registration.

Can I use MTM-enabled batch transactions to achieve higher throughput on SKALE?

Yes, MTM-enabled batch transactions on SKALE Base support throughput up to 700 TPS, allowing you to batch multiple operations together for significantly increased performance compared to standard sequential transactions.

Does SKALE Base support native RNG integration for on-chain randomness?

SKALE Base supports native RNG integration for generating on-chain randomness, including BITE CTX support, which can be implemented alongside standard contract deployments and ERC-8004 agent registration workflows.

Do I need Compute Credits to deploy applications on SKALE Base?

Yes, Compute Credits are required for the zero gas deployment model on SKALE Base, providing end-user UX improvements and enabling gasless transactions when deploying contracts or executing operations via OWS wallets.

What is the difference between deploying to SKALE Base Sepolia versus SKALE Base Mainnet?

SKALE Base Sepolia serves as the testnet environment for validating deployments and agent infrastructure, while SKALE Base Mainnet is the production network where live applications, MTM batch transactions, and ERC-8004 agents operate.