opcodeZero-token execution layer for AI agents. Define workflows once, run them free forever — persistent, scheduled, deterministic. 6 MCP tools over SSE. Supports DAG-based execution, 6 step types (action, condition, loop, parallel, wait, reasoning), 26 built-in actions, ${{}} interpolation, reasoning nodes for human-in-the-loop decisions, and secret vault. Use when defining workflows, running templates, checking status, sending signals, querying workflow history, or visualizing DAGs.
Install via ClawdBot CLI:
clawdbot install rendis/opcodeGrade Fair — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Accesses sensitive credential files or environment variables
/etc/shadowCalls external URL not in known-safe list
https://github.com/rendis/opcodeAI Analysis
The skill's external call is to its own public GitHub repository, which is consistent with its stated purpose and open-source nature. The reference to /etc/shadow appears to be an example within documentation or a built-in action for system monitoring, not evidence of credential harvesting by the skill itself. The primary risk is the requirement to run a persistent daemon with process isolation, which is a standard architectural choice for this tool type.
Audited Apr 18, 2026 · audit v1.0
Generated Mar 21, 2026
A marketing team uses Opcode to create a reusable workflow for generating blog posts, social media content, and email newsletters. The workflow includes reasoning nodes for human approval at key stages, ensuring quality control while automating repetitive tasks like formatting and scheduling.
A software development team implements Opcode to manage CI/CD pipelines with DAG-based workflows. It automates steps like code testing, building Docker images, and deploying to staging or production, with parallel execution for efficiency and condition nodes to handle rollbacks on failures.
A customer service department sets up Opcode workflows to automatically route and process support tickets. The system uses condition nodes to prioritize urgent issues, loop nodes for follow-up reminders, and reasoning nodes to escalate complex cases to human agents, improving response times.
A finance team utilizes Opcode to schedule and execute workflows for generating monthly financial reports. The workflow aggregates data from multiple sources, performs calculations, and uses reasoning nodes for anomaly detection, with outputs validated against JSON schemas for accuracy.
An e-commerce business employs Opcode to streamline order processing workflows. It automates steps like inventory checks, payment verification, shipping label generation, and customer notifications, with wait nodes for external API calls and parallel nodes to handle multiple orders simultaneously.
Offer Opcode as a cloud-based service where businesses pay a monthly fee to access hosted workflow automation. This model includes tiered pricing based on usage, such as the number of workflows or execution frequency, with premium features like advanced analytics and priority support.
Provide professional services to help companies design, implement, and optimize Opcode workflows tailored to their specific needs. This includes training, custom development, and ongoing maintenance, leveraging the open-source core for flexibility and cost-effectiveness.
Create a platform where users can buy and sell pre-configured Opcode workflow templates for common tasks like data processing or marketing automation. Revenue is generated through transaction fees or subscription access to the template library, encouraging community contributions.
💬 Integration Tip
Ensure the Opcode daemon is running with proper vault key configuration before integrating with MCP clients to avoid connection issues.
Scored Apr 19, 2026
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