mochi-minds
Official@mochi-minds
Offers specialized engineering expertise for Solidity smart contract development, Tezos contract deployment, and high-performance Next.js frontend interface architecture.
Agent Skills by mochi-minds
Showing 12 vetted skills indexed across 1 GitHub repositories.
mochi-mindsetherlink
Perform balance checks, contract calls, and token operations on Etherlink's EVM-compatible L2.
mochi-mindsetherlink-api
Query Etherlink on-chain data via Blockscout REST, Etherscan-compatible API, and JSON-RPC.
mochi-mindssmartpy-deploy
Automate SmartPy contract deployment to Tezos Shadownet with compilation and origination.
mochi-mindsupgrade-solidity-contracts
Upgrade Solidity smart contracts using OpenZeppelin proxy patterns.
mochi-mindssolidity-auditor
Audit Solidity smart contracts for vulnerabilities, gas optimizations, and architecture quality.
mochi-mindsdevelop-secure-contracts
Develop Solidity smart contracts using OpenZeppelin libraries and secure patterns.
mochi-mindsnextjs-app-router-patterns
Guide Next.js 16 App Router patterns for server components and data fetching.
mochi-mindsfrontend-design
Create production-grade frontend interfaces with a bold aesthetic direction.
mochi-mindssetup-solidity-contracts
Initialize and configure Solidity projects with Hardhat or Foundry and OpenZeppelin Contracts.
mochi-mindssmartpy-new-syntax
Apply SmartPy v0.17+ new syntax to Tezos contract development.
mochi-mindssolidity-security
Identify and mitigate common Solidity security vulnerabilities in smart contracts.
mochi-mindsfoundry-solidity
Automate Solidity project setup, testing, and deployment with Foundry commands.
Frequently Asked Questions About mochi-minds
FAQPage SchemaWhat specific blockchain development tasks does mochi-minds support?▼
Mochi-minds supports Solidity contract initialization, security auditing, gas optimization, and OpenZeppelin library integration. It also facilitates Tezos contract deployment via SmartPy and enables balance checks or contract calls on Etherlink EVM-compatible L2 networks.
Which technical personas benefit most from these capabilities?▼
These capabilities are designed for blockchain engineers, smart contract developers, and frontend architects. Professionals focused on decentralized finance, EVM-compatible infrastructure, and Tezos ecosystem development will find these patterns essential for secure, production-ready project delivery.
What are the prerequisites for implementing these contract patterns?▼
Implementation requires a configured development environment using Hardhat or Foundry for Solidity projects. For Tezos development, familiarity with SmartPy v0.17+ syntax is necessary. Frontend integration assumes a Next.js 16 environment utilizing App Router patterns for server-side data fetching.