OpenClaw Secure Replica inside Claude Code (FREE Course)

How to Set Up a Claude Bot Replica

Introduction and Task Overview

• The speaker initiates a call with Siri, discussing the filming of a course and tasks related to setting up a Claude bot replica.

• A request is made for creating a presentation using Autonomee branding, deploying it on GitHub Pages, and sharing the link.

Features of the Claude Bot Replica

• The speaker mentions that the bot runs 24/7, even when the computer is shut down, addressing high demand from viewers wanting to replicate this setup.

• Users will be able to communicate with their Claude Code via Telegram, utilize memory features, send voice messages, and receive proactive check-ins.

Community Engagement and Website Launch

• The speaker introduces their new website called Autonomee, emphasizing its capability for real-time editing through voice commands.

• A mini-course is introduced that allows users to build an AI agent they can control via calls or commands.

Technical Setup Requirements

• The setup works across Mac, Windows, or Linux operating systems; Claude Code serves as personal infrastructure connecting various functionalities.

• Key features of Gobot are highlighted: availability, multi-model capabilities, context awareness, and specialized agents.

Installation Process for Bun and Claude Code

• Two essential components are identified: Bun (a fast JavaScript runtime), which operates in the background like music streaming services.

• Instructions are provided for installing Bun via terminal commands; users need to verify successful installation by checking version numbers.

Final Steps in Setting Up Claude Code

• Details about subscription plans for Claude Code are shared; options range from basic access at $20/month to premium tiers costing up to $200/month.

• A public GitHub repository is mentioned where users can find code examples; it has garnered significant interest with many stars and forks.

Getting Started with Claude Code

Initial Setup

• To begin using Claude, simply type "claude" and press enter. The first-time setup requires authentication through your subscription email, generating a special link for access.

• After authentication, you will be prompted to trust a specific workspace. The interface resembles a chat format, making it user-friendly.

Connecting Telegram to Claude Code

• Step one involves obtaining the code. You can download a ZIP file from the repository without needing a GitHub account; however, having an account is highly recommended for version control.

• Cloning the repository allows you to receive updates easily when new features or bug fixes are released by the community.

Setting Up Files and Permissions

• Once downloaded and unzipped, drag the folder into Claude Code to initiate setup. This process also applies to images and files that can be analyzed by Claude.

• Be aware of permission prompts during setup; these are standard for Claude Code and can be adjusted as needed.

Creating Your Telegram Bot

• Phase one of setup takes approximately three minutes based on community feedback. Follow instructions provided in the interface for guidance.

• To create a bot on Telegram, download the app (available on multiple devices), search for "BotFather," and ensure you select the verified account.

Security Measures

• When naming your bot (e.g., "Julie Bot"), keep your username private to prevent unwanted messages from others who may find it.

• Treat your bot token as confidential information; never share it publicly as it grants access to your bot's functionalities.

User ID Retrieval

• Your Telegram User ID is crucial; treat it like a password. Use "UserInfoBot" in Telegram to retrieve this information securely.

• Avoid sharing your User ID publicly as it could allow others unauthorized access to message your bot.

Implementing Memory Features

• For effective interaction, memory must be set up so that the bot retains context between messages (e.g., remembering names).

• Using databases like Supabase ensures secure data storage across regions while enabling conversation history and semantic search capabilities.

Advanced Functionalities

• The implementation of facts and goals allows users to input information that persists over time (e.g., personal details or future tasks). Intent detection enhances user experience by recognizing different types of inputs effectively.

How to Set Up a Database with Supabase

Proactive Check-Ins and Data Storage

• The system will prompt users with proactive check-ins, asking about the progress of tasks set for specific dates.

• Supabase is introduced as an alternative to Google’s Firebase for data storage, allowing users to create organizations and projects upon account creation.

Creating a Project in Supabase

• Users are advised to save their database password securely as a best practice during project setup.

• Selecting the server region is crucial; proximity reduces latency, especially important for personal setups rather than business ones.

Automated Database Setup

• After creating a project, AI can assist in setting up the database, including edge functions and SQL tables.

• Users need to provide their Project URL and anon key from the API Keys section in Supabase for automated setup.

Access Tokens and Semantic Search

• To set up the database fully, users must install the Supabase MCP server using official sources only.

• An access token is generated through Account Preferences; it acts like a password for database access.

Setting Up OpenAI API for Embeddings

• Users can enable semantic search by installing edge functions that require an API key from OpenAI embeddings.

• Creating an OpenAI account involves setting up billing; new users often receive credits which can be used for embedding services.

Managing API Keys and Costs

• After adding credit to their OpenAI account, users should create a new secret key specifically for use with Supabase.

• It’s essential to save this secret key immediately after creation since it cannot be retrieved again once dismissed.

Edge Functions Configuration

• For edge functions that utilize embeddings, users must add a secret named exactly "OPENAI_API_KEY" in capital letters.

• The free tier of Supabase offers generous storage options (500 MB), primarily suitable for text storage but also capable of handling images in advanced setups.

Getting Started with Your Bot

Setting Up Your Bot

• Supabase is free, and OpenAI embeddings are inexpensive, making it an ideal time to test your bot after completing the setup.

• Users should provide context about themselves to enhance the bot's responses; this is particularly useful for beginners who may not have prior information stored.

Interacting with the Bot

• To initiate interaction, click the big blue Start button and send a message like "Thank you, this is awesome." The interface will show "typing" to indicate activity.

• The bot operates only while your terminal is active; thus, it's essential to set it to "always on" for continuous operation.

Ensuring Continuous Operation

• A hybrid model allows functionality when your computer is on or off by using a VPS (Virtual Private Server), ensuring consistent performance.

• Regardless of your operating system (Mac or Windows), automated setups can be configured easily without technical knowledge.

Testing and Control Features

Testing Functionality

• After closing the terminal, users can text their Telegram bot to verify that it responds correctly even when not actively running.

• If needed, users can stop the bot through Claude Code by issuing a command.

Addressing Common Questions

• Voice calls and transcription features are being developed; these will allow phone calls with contextual memory of past interactions.

Memory and Contextual Awareness

Memory Capabilities

• The bot retains memory of previous interactions, allowing it to recall tasks such as content creation or project updates.

Privacy Considerations

• There are ongoing discussions about implementing security measures during calls to protect personal information from being disclosed inadvertently.

Proactive AI Features

Smart Check-ins and Briefings

• Proactive AI features include scheduled smart check-ins that assess whether communication is necessary based on context.

• Morning briefings can be customized for executive summaries; however, many users struggle with implementation despite available resources.

Advanced Systems Development

Multi-Agent Systems Concept

• The development includes multi-agent systems functioning as specialized agents within a board of directors framework for various topics like strategy and finance.

Collaboration Among Agents

• Each agent has specific expertise but can consult others if needed. This collaborative approach enhances decision-making processes.

Production Readiness for Businesses

Business Applications

• The system can be adapted for business use via VPS setups. However, there are limitations regarding API usage under certain subscription models due to potential account bans.

Hybrid AI Approach for Cost Management

Recommended Strategy for AI Utilization

• The speaker advocates for a hybrid approach to AI usage, where all activities are routed through a subscription service when the computer is on, and through APIs when it is off.

• Smart routing is employed based on complexity: simple queries like "hi" go to Haiku, while more complex tasks are directed to Sonnet. Multi-step processes utilize Opus for efficiency.

• A fallback system is crucial; Open Router serves as a backup to specific models, with an additional local model option available. This ensures continuity in case of service disruptions.

• The community offers resources such as courses on multi-agent systems and secure VPS setup, emphasizing proactive AI development and constant updates based on user feedback.

• Recent updates have been released that enhance functionality, showcasing ongoing collaboration within the community to build tailored solutions.