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NetBird Is Now on the Vultr Marketplace Native NetBird on the GL.iNet Comet Pro (GL-RM10) NetBird v0.71 - IPv6 Overlay Addressing NetBird Exit Nodes - Appear at Home, or Anywhere Else Setup and Use Local AdGuard Home Anywhere with NetBird DNS How to Set Up NetBird on PiKVM for Secure Remote KVM Access NetBird v0.69 - CrowdSec IP Reputation for the Reverse Proxy Cloudflare Mesh vs NetBird vs Tailscale: Performance Compared Self-Hosting Nextcloud with Docker and NetBird Implementing Zero Trust with NetBird NetBird v0.67 - Layer 4 Proxy Support for TCP, UDP, and TLS Solwr Enhances Remote Connectivity with NetBird Self-Hosting NetBird with Authentik Jellyfin Media Server - Self-Host Your Movies, TV, and Music Cloudflare Tunnels vs. NetBird Reverse Proxy INFITX Builds Zero-Touch Kubernetes Networking with NetBird NetBird v0.66 - Expose Local Services to the Internet from the CLI Pangolin vs. NetBird Home Assistant Setup Guide with EASY Remote Access NetBird v0.65 - Built-in Reverse Proxy with Custom Domains Docker for Beginners - Everything You Need to Get Started NetBird for SOC 2 Compliance NetBird v0.63 - Custom DNS Zones for Private Network Resolution Vibecode This in a Weekend and Take 5% of the Company NetBird v0.62 - Built-in Local Users with Optional IdP Integration NetBird v0.61.0 - Granular SSH Access Control and Automatic Updates Top 5 Alternatives to OpenVPN Top 5 Open Source Alternatives to Tailscale Top 5 Alternatives to ZeroTier How to Set Up ZeroByte and REST Server for Backups with NetBird How to Install n8n v2.0 with NPM and PM2 ZeroTier vs. NetBird The Ultimate Immich Guide - Ditch Google and Amazon Photos for Good NetBird as Your Help with ISO 27001 Compliance NetBird and Huntress - Secure Network Access for MSPs How to Access Windows Shares from Anywhere with NetBird netgo Relies on Modern ZTNA with NetBird Connect to Your Homelab from Anywhere with a Raspberry Pi NetBird SSH - A New, Identity-Aware Approach The AI Mega Mesh: How to Connect 30+ GPU Cloud Providers Connect Multiple Ollama GPUs to OpenWebUI with NetBird Top 5 Tailscale Alternatives SSH and RDP, now in your browser NetBird–Acronis Integration: Empowering MSPs for Advanced Ransomware and Threat Defense Introducing the Control Center - Remote Access, Beautifully Visualized NetBird at MSP Global 2025 Understanding Overlay Networks - The Basics NetBird and SentinelOne Singularity™ - Automate Threat Response NetBird and Microsoft Intune - Enforcing Device Compliance for Zero Trust Rethinking Zero Trust Security with NetBird and pfSense Improving Unidirectional Access Control Proxmox VE for Beginners Guide with NetBird LXC Stronger Security: NetBird + GitHub Secure Open Source Fund NetBird's MSP Partner Program Signicat Enhances Cross-Cloud Accessibility with NetBird SonicWall SSL VPN NetExtender vs. NetBird NetBird Is Embracing the AGPLv3 License NetBird Profiles Have Landed - Manage Multiple Accounts Effortlessly Rethinking Access Control to Secure Your On-Premises SharePoint Servers Sport Alliance Increases Efficiency with Zero Trust Networking at Scale Rethinking Network Access: qwertiko Goes Zero Trust with NetBird Optimizing Network Efficiency with NetBird's Lazy Connections Use Port Ranges in Access Control Policies Generic HTTP Endpoint for Network Events Streaming NetBird’s Response to Spear-Phishing Campaign Targeting Financial Executives Zero-Trust Access to Internal Resources Without Installing Agents Enhance Network Visibility with NetBird’s Traffic Events Logging TrueNAS Made Easy - Install, Set Up, and Access From Anywhere Top 5 Alternatives for WireGuard Jump Hosts. 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Reporting Bugs and Requesting Features in NetBird
Written byBrandon Hopkins · 2026-05-05 · via NetBird - Networking Knowledge Hub - RSS Feed

We've changed how bug reports and feature requests work in the NetBird GitHub repository, and this article walks you through the new flow so you know exactly where to post and what to include.

The short version: new bug reports and feature requests start as GitHub Discussions, not Issues. The DevRel team validates them, and confirmed problems get promoted to Issues that engineering can pick up and work on.

Why we changed this

NetBird had over 1,400 open issues. A lot of them were duplicates, stale, or things we couldn't reproduce. Real bugs that affect a lot of people were getting buried, and the team was spending more time triaging than fixing. Not sustainable.

So we restructured. The Issues tab is now a curated list of validated work the team is actively committed to. Everything else starts in Discussions, where the community can weigh in and DevRel can confirm before it turns into engineering work.

This isn't an experimental pattern. Projects like Ghostty and Renovate run this way and it works.

The three discussion categories

When you go to open something in the repo, you'll see three categories in Discussions. Pick the one that matches what you're posting.

GitHub

Issue Triage

For reproducible bugs, regressions, and unexpected behavior . If something is broken, this is where it goes first.

If you're not 100% sure whether it's a bug or a config problem, post it here anyway, or start in Q&A / Support and we'll move it over once we've confirmed it's a product issue. Same goes for intermittent issues. Include the trigger, frequency, timing, and any logs you have, and we'll work from there.

Ideas & Feature Requests

For new features, enhancements, integrations , and product ideas. Search first and add your use case to an existing thread when one already exists, that's more useful than ten separate discussions on the same idea.

Community traction matters here. Upvotes, replies, and detailed use cases feed into what gets prioritized. A clear problem statement ("here's what I'm trying to do and why it's hard today") is more valuable than a solution-only request.

Q&A / Support

For setup, configuration, self-hosting, and general usage questions . This is community support, no SLA. If you're on NetBird Cloud and need official support, use the Cloud support channel from the docs instead.

What happens after you post

DevRel triages discussions on a regular basis. For bug reports, that means trying to replicate your issue with the info you provided. If we can reproduce it, the discussion gets promoted to a validated Issue in whatever repo the fix belongs to (core, dashboard, operator, docs, and so on). If we can't reproduce it, we'll comment in the discussion asking for more detail.

For feature requests, we look at community signal alongside roadmap fit. The ones with traction get evaluated for the roadmap.

Issues opened directly without a validated discussion will be closed and redirected to Discussions. Maintainers can still open issues directly when they spot something internally, that's the only exception.

What to include in a bug report

The faster we can replicate your bug, the faster it becomes an Issue and gets fixed. The Issue Triage template walks you through everything, but the essentials are:

  • NetBird version. Run on the client. For self-hosted setups, include management, signal, relay, and dashboard versions if you have them.
  • Deployment type. Cloud, self-hosted quickstart, advanced/custom self-hosted, or local dev build.
  • Operating system or environment. Linux, macOS, Windows, Android, iOS, Docker, Kubernetes, and so on. Include every environment involved in the reproduction.
  • Affected area. Client, peer connectivity, DNS, routes, SSH, relay/signal, dashboard, management API, self-hosting, and whatnot.
  • Current vs. expected behavior. What's happening, what you thought would happen, and any exact errors or messages.
  • Steps to reproduce. The smallest set of steps that reliably hits the bug. For intermittent issues, include trigger, frequency, and timing.
  • Logs. For anything connectivity, DNS, route, relay, or self-hosted, include output, or a debug bundle from . Debug bundles auto-delete after 30 days.

Do note: don't paste secrets, tokens, private keys, internal hostnames, or public IPs into a public discussion. Anonymize before posting.

What to include in a feature request

The Ideas & Feature Requests template prompts you for the right things, but the high-value pieces are:

  • The problem you're trying to solve. Frame it as "I'm trying to do X, and today that's hard because Y." This is more useful than jumping straight to a proposed solution.
  • Your proposed solution. Then describe what you'd like to see, the workflow, the API, the UI, whatever fits.
  • Alternatives or workarounds. What have you tried? Why is it not enough?
  • Community impact. How many users, teams, or peers are affected? Cloud or self-hosted? Is it blocking adoption?
  • Examples from other tools. If something else solves this well, link it.

You can also flag whether you're willing to submit a PR or help test, that helps us route faster.

Security stuff

Don't report security vulnerabilities in public discussions or issues. Use the security policy on the repo instead. We'll take it from there privately.

A few practical notes

One repo for all discussions. Everything goes in regardless of which component is affected. You don't need to figure out whether your problem belongs in core, dashboard, operator, or docs, that's our job during triage. When the discussion gets promoted to an Issue, it'll land in the right repo.

Search before posting. A few minutes searching existing discussions and closed issues saves everyone time. If you find an existing thread, add your use case or there, that signal is more useful than a separate post.

The forum is still around. forum.netbird.io hasn't gone anywhere. GitHub Discussions is the primary path going forward, but the forum is still listed as a community option.

**Slack is still good for chatting with the community. For anything that needs to be tracked or that other people might hit later, GitHub Discussions is better because it's searchable and persistent.

What about the 1,400+ existing issues

Not getting mass-closed. Now that we're not drowning in new unvalidated reports, we can actually work through the backlog properly. Some will be moved to Discussions for re-validation, some will get assigned to a maintainer, and some will be closed. This happens gradually, no fire drill.

That's the whole thing. The goal is simple: less noise, more action on the bugs and features that actually matter to you. If you have questions or feedback about the process itself, drop a comment in Discussions and we'll get back to you.