NetCopilot – AI-Native Terminal for Network Engineers

TL;DR

TL;DR: NetCopilot embeds an AI assistant named ARIA directly into an SSH/Telnet/Serial client, so network engineers can get explanations of BGP problems, routing issues, and command output without switching between a terminal and a separate AI tool.

What Is NetCopilot?

NetCopilot is a desktop terminal client for network engineers that pairs traditional SSH, Telnet, and Serial connectivity with a built-in AI agent called ARIA. Rather than copy-pasting command output into a chat window, you get inline explanations and root-cause analysis as you work.

The product is aimed at network engineers, DevOps, and infrastructure teams who spend time troubleshooting BGP peering, route flaps, ACL misconfigurations, and other on-box issues. ARIA connects natively to Cisco IOS, Juniper JunOS, and Palo Alto Networks PAN-OS without requiring you to manually format commands for an external LLM API.

Setup Workflow

Step 1: Download and Install

NetCopilot is available for Windows and Linux. Visit the downloads page to grab the installer for your platform:

https://netcopilot.app/download

No registration is required to start using the application.

Step 2: Connect to a Device

Open NetCopilot and create a new connection profile for your network device:

1. Click New Connection in the sidebar
2. Select SSH, Telnet, or Serial as the transport
3. Enter the device hostname/IP, port, and credentials
4. Click Connect

NetCopilot will open a terminal session as familiar as any standalone SSH client.

Step 3: Activate ARIA

Once connected, type your question or troubleshooting query in the ARIA input panel on the right sidebar. For example:

Show me the BGP neighbors that are in Idle state

ARIA reads the live command output, cross-references it with device context, and returns a plain-English explanation with suggested next steps.

Step 4: Configure Vendor Credentials (Optional)

For deeper context-aware analysis, you can register vendor API credentials in Settings > AI Providers. This allows ARIA to pull device-specific documentation and error-code references automatically.

Deeper Analysis

Supported Platforms

NetCopilot currently supports the following network operating systems natively:

• Cisco IOS / IOS-XE / NX-OS
• Juniper JunOS
• Palo Alto Networks PAN-OS

Support for Arista EOS and other vendors is on the roadmap according to the projectHN launch thread.

How ARIA Works

ARIA does not execute commands automatically. It operates in read-only mode — it reads the output of commands you run and provides analysis. The goal, as the author states, is assistance, not automation — you stay in control of what gets executed on production devices.

Pricing

NetCopilot is free for Windows and Linux at the time of writing. A macOS version is not yet listed.

Practical Evaluation Checklist

• Installs without root or admin privileges
• SSH key and password authentication both supported
• ARIA explains command output without executing anything
• Vendor API credentials are optional, not required
• Free tier covers all core terminal and AI features
• Windows and Linux builds available at launch

Security Notes

NetCopilot handles credentials for network infrastructure. As with any terminal client that stores SSH keys or passwords:

• Use a password manager for device credentials rather than storing them in NetCopilot
• Prefer SSH key-based authentication where supported
• If you connect to production infrastructure, treat the ARIA AI provider credentials with the same sensitivity as the network device credentials themselves
• Review the vendor’s privacy policy before registering cloud AI API keys

FAQ

Q: Does ARIA run commands on my devices automatically? A: No. ARIA reads and explains command output only. It never pushes configuration changes without your explicit action.

Q: Can I use my own LLM API key instead of the built-in provider? A: Yes. Settings allows you to configure a custom AI provider, which is useful if your organization runs a private LLM endpoint.

Q: Is there a macOS version? A: Not yet. The current builds target Windows and Linux.

Q: Is the source code open source? A: This was not confirmed at the time of writing. Check the project page for the latest source availability status.

Conclusion

NetCopilot solves a real friction point for network engineers: constantly context-switching between a terminal and an AI tool when diagnosing issues. By embedding ARIA directly in the session, it reduces the latency of that loop without changing how you interact with the device itself. Free for Windows and Linux makes it easy to try alongside your existing workflow.

Source and Accuracy Notes

• Project page: netcopilot.app
• HN launch thread: Show HN: NetCopilot – AI-native terminal for network engineers
• License: Not verified — check project page for open-source status
• Source last checked: 2026-07-01