NodeOps
No-code platform for managing blockchain nodes and infrastructure
What is NodeOps?
Try NodeOpsNodeOps is the agentic operating system for running, scaling, and orchestrating production AI workloads on enterprise-grade compute. Its flagship CreateOS product provides an AI-native workspace for building and shipping AI apps with zero-config deployment and an AI co-pilot. NodeOps Console adds a no-code command center to deploy, manage, and monitor blockchain nodes across multiple networks.
What does NodeOps do?
NodeOps helps teams run, scale, and orchestrate production AI workloads using enterprise-grade compute. With CreateOS, you build and ship AI applications in an end-to-end execution environment, and with NodeOps Console you can deploy, manage, and monitor blockchain nodes across networks.
Can I deploy to CreateOS from my existing AI coding tools without changing IDEs?
Yes. CreateOS Skills is designed to work with your current AI coding workflow, so you can install once and deploy from anywhere with a single command, without switching IDEs or changing your workflow.
How do I connect CreateOS Skills to Claude Code using MCP?
Use MCP to connect CreateOS with Claude Code: install and authenticate Claude Code, add the CreateOS MCP connection using your CreateOS API key, restart Claude Code, and then verify the connection by checking the listed MCP servers (the CreateOS MCP server should appear as createos-mcp).
Which AI coding tools are supported for CreateOS Skills?
CreateOS Skills supports Claude Code, Cursor, GitHub Copilot, Gemini CLI, OpenCode, Codex, Amp, Kimi CLI, Windsurf, and VS Code.
What can I do with NodeOps Console?
NodeOps Console is a no-code command center for deploying, managing, and monitoring blockchain nodes across multiple networks, including single-click deployment to reduce manual setup and ongoing operational overhead.
Is NodeOps built with enterprise security and trust in mind?
NodeOps is SOC 2 compliant and has been audited by Quantstamp, OAK Security, Halborn, and QuillAudits. It also uses a non-custodial architecture with verifiable compute and transparent protocol metrics, plus security scanning.