RivetLab Whitepaper
  • RivetLab: The Future of Decentralized Robotics Maintenance
  • Introduction
  • What is RivetLab?
  • Core Use Cases of RivetLab
  • How to Use RivetLab
  • Ecosystem Benefits
  • Technical Architecture
  • RivetLab Roadmap
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How to Use RivetLab

Using RivetLab is intentionally streamlined to make it accessible to both tech-savvy developers and casual users exploring decentralized robotics. Below is a step-by-step guide on how to engage with the RivetLab bot and its features.

Step 1: Start the Bot

Users can access RivetLab via Telegram by starting the official RivetLab bot account. Upon initiation, users are presented with a main command menu.

Step 2: Run System Checks

Command: /check_robot

This triggers a real-time system check. The bot will respond with a detailed AI-generated report covering various robotic subsystems.

Step 3: Perform Repairs

Command: /repair_robot

The AI system initiates a multi-phase repair protocol, disassembling components, recalibrating subsystems, and realigning critical modules.

Step 4: View Logs

Command: /view_logs

This command displays a history of system checks and repairs associated with the user's ID, including NFT log links for on-chain proof.

Step 5: Participate in DAO Governance

Command: /vote_upgrade

Users can vote on proposed new diagnostic modules, AI enhancements, and ecosystem features by selecting from a list of options

Step 6: Access Project Info

Command: /about

Provides a full project description, key features, and external resource links.

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Last updated 5 days ago