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Beta Features and Early Access

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Claude Code continues to evolve rapidly with experimental features and beta programs. This guide explains how to access, test, and provide feedback on cutting-edge capabilities before they reach general availability.

Alpha

Internal or limited testing with significant changes expected. May have bugs or incomplete functionality.

Beta

Feature-complete but gathering feedback. Available to specific user groups or plans.

Preview

Near-final implementation. Broadly available but may have minor adjustments.

GA

Generally Available. Stable, supported, and recommended for production use.

Claude Code GitHub Actions enables AI-powered automation in your GitHub workflow:

.github/workflows/claude-review.yml
name: Claude Code Review
on: [pull_request, issue_comment]
jobs:
claude-action:
runs-on: ubuntu-latest
steps:
- uses: anthropics/claude-code-action@beta
with:
github-token: ${{ secrets.GITHUB_TOKEN }}
anthropic-api-key: ${{ secrets.ANTHROPIC_API_KEY }}

Features:

  • Respond to @claude mentions in issues and PRs
  • Automatic code review and implementation
  • Follows repository’s CLAUDE.md guidelines
  • Creates branches, commits, and PRs automatically

Native Binary Installation Alpha

Section titled “Native Binary Installation ”

An experimental installation method that provides platform-native binaries:

Terminal window
# From existing Claude Code installation
claude install
# Fresh install via script
curl -fsSL claude.ai/install.sh | bash

Design-to-code integration through Model Context Protocol:

Terminal window
# Enable in Figma Desktop App
# Preferences → Dev Mode → Enable MCP Server
# Add to Claude Code
claude mcp add --transport sse figma-dev-mode http://127.0.0.1:3845/sse

Capabilities:

  • Generate code from Figma designs
  • Extract design tokens and variables
  • Access Code Connect mappings
  • Screenshot design regions

DISABLE_INTERLEAVED_THINKING

Control whether Claude streams its reasoning process

Terminal window
export DISABLE_INTERLEAVED_THINKING=1

Large Codebase Support

Claude Code automatically optimizes for large codebases based on your request complexity

CLAUDE_BASH_MAINTAIN_PROJECT_WORKING_DIR

Lock Bash tool to project root directory

Terminal window
export CLAUDE_BASH_MAINTAIN_PROJECT_WORKING_DIR=1

MCP_TIMEOUT

Adjust MCP server startup timeout (milliseconds)

Terminal window
export MCP_TIMEOUT=30000

The MCP ecosystem includes many production-ready servers:

  • Playwright/Puppeteer: Browser automation and testing
  • Git: Version control operations
  • GitHub/GitLab: Repository management
  • PostgreSQL/MySQL: Database operations

As of version 1.0.10/1.0.11, Claude Code is available to:

  1. Claude Pro Plan: Full access to Claude Code with Sonnet 4 model
  2. Claude Max Plan: Enhanced limits and Opus 4 model access
  3. Enterprise Plans: Custom configurations and support
Terminal window
# View current version and features
claude --version
# Check system information
claude doctor
# View available slash commands
claude /help
# Check MCP server status
claude /mcp list

Based on recent releases, these features have graduated from beta to GA:

Hooks System

Released in v1.0.38 - User-defined automation points

Plan Mode

Structured planning with /think and /ultrathink

Custom Commands

Slash command system in .claude/commands/

Native Windows

Windows support added in v1.0.51

  1. GitHub Issues: Report bugs and request features at the official repository
  2. Community Forums: Share use cases and workflows
  3. Direct Feedback: Use /feedback command in Claude Code
  4. Pull Requests: Contribute code directly to open-source components
Terminal window
# Create test environment
mkdir claude-test && cd claude-test
git init
# Test with clean configuration
claude --no-config
# Use temporary settings
export CLAUDE_CONFIG_DIR=~/.claude-test

Based on community discussions and development patterns:

Enhanced CI/CD

Deeper integration with build pipelines beyond GitHub Actions

Team Collaboration

Shared contexts and collaborative coding sessions

Plugin System

Extensible architecture for custom integrations

Performance Mode

Optimized for large-scale refactoring operations

  1. Environment Details

    Terminal window
    claude doctor > diagnostic.txt
  2. Reproduction Steps

    • Minimal test case
    • Expected vs actual behavior
    • Error messages and logs
  3. Submit via Appropriate Channel

    • GitHub Issues for bugs
    • /feedback for suggestions
    • Community forums for discussion

Version Control

Always commit before testing new features

Incremental Testing

Start with non-critical projects

Document Findings

Keep notes on behavior changes

Share Knowledge

Help others with your discoveries

MCP Server Connection Problems:

Terminal window
# Debug MCP connections
claude --mcp-debug
# Check server logs
claude /mcp logs <server-name>
# Restart MCP servers
claude /mcp restart

Permission Issues:

Terminal window
# Reset permissions
claude /permissions reset
# View current permissions
claude /permissions list

Model Access:

Terminal window
# Check available models
claude /models
# Upgrade plan if needed
claude /upgrade