1. Software Development

Enables agent debugging, performance tracking, and quality assurance through logging, tracing, and metrics instrumentation.

Bootstraps production-ready AlgoKit projects for Algorand dApps and smart contracts, providing a structured development foundation.

Creates modular components for the Rimitive framework, enabling new primitives, signal system extensions, and adapter development for composability.

Enables deployment and interaction with Algorand smart contracts via AlgoKit CLI and TypeScript clients for localnet, testnet, and mainnet.

Enables creation of custom adapters for Rimitive view primitives to build renderers for Canvas, WebGL, terminal, and native platforms.

Provides testing utilities for Algorand smart contracts including fixture setup, debugging, and multi-user scenarios using algorandFixture and vitest.

Provides CLI commands for building, testing, and deploying Algorand smart contracts and applications.

Creates reusable headless state logic and hooks for UI patterns like toggles, forms, and disclosure in Rimitive.

Enables writing tests before implementation code to ensure quality and guide development of features and bug fixes.

Assists developers in composing Rimitive services by selecting correct modules and import paths for efficient setup.

Requests peer code reviews for verifying quality, standards compliance, and merge readiness during development cycles.

Creates custom sub-agents in Claude Code for specialized coding tasks including exploration, verification, and API lookups.

Builds Algorand smart contracts using PuyaTs (TypeScript) or PuyaPy (Python) for creation, feature addition, and architectural guidance.

Guides implementation of Algorand ARC standards including ABI encoding, method signatures, and application specifications for smart contracts and clients.

Enforces consistent Python code quality through pre-commit linting, type checking, complexity analysis, and test execution in fast or comprehensive modes.

Guides developers in creating MCP servers for LLMs to interact with external services using Python (FastMCP) or Node/TypeScript (MCP SDK).

Explains the core architecture of the Model Context Protocol (MCP), covering Hosts, Clients, Servers, and JSON-RPC communication.

Provides utilities for interacting with Algorand blockchain networks using AlgoKit Utils in TypeScript or Python applications.

Generates Architecture Decision Records (ADRs) using the MADR template to document significant architectural choices and technical direction changes in software projects.

Guides test selection for LLM interactions, tool implementations, and behavioral quality using unit tests, VCR, and TruLens per ADR-0011/0012.

Critically evaluates code review feedback for technical accuracy and clarity before implementation decisions.

Guides Algorand smart contract development with TypeScript (PuyaTs), resolving compiler errors, AVM types, and storage patterns like GlobalState and BoxMap.

Builds React frontends for Algorand dApps with wallet integration (Pera, Defly, Exodus), enabling contract interactions and seamless wallet connections.

Creates isolated Git worktrees for feature development, ensuring workspace separation with smart directory selection and safety verification.