head to head · open source

caddy vs DNS-collector

caddy has 77,495 GitHub stars, 5,098 forks, 286 open issues and last shipped today. DNS-collector has 570 stars, 89 forks, 2 open issues and last shipped 6 days ago. caddy leads on adoption by 13,496% (77,495 vs 570 stars). caddy is written in Go under Apache-2.0; DNS-collector is written in Go under MIT. caddy has attracted 7% as many forks as stars, DNS-collector 16%. caddy was the more recently maintained of the two, and both are self-hostable with no licence fee. The two share 1 topic tag (golang), so they are genuine substitutes rather than adjacent tools.

Two open source projects, one decision. Both are free and self-hostable — the differences are community size, license terms, language stack and release pace.

caddy ★ 77K DNS-collector ★ 570 category Infrastructure & Operations

← all 20902 open source comparisons

Side by side

caddy DNS-collector
GitHub stars ★ 77K ★ 570
License Apache-2.0 MIT
Written in Go Go
Last push 2026-10-08 2026-10-02
Forks ⑂ 5.1K ⑂ 89
Self-hosting Yes Yes
Data ownership Your server Your server

pick caddy if

  • You weight community size — 77K stars and counting
  • You want the Apache-2.0 license terms
  • Your stack matches Go
  • You value the larger contributor base for long-term maintenance

full caddy profile →

pick DNS-collector if

  • You want the DNS-collector feature set and don't need the biggest community
  • You prefer the MIT license terms
  • Your stack matches Go
  • You evaluated both and DNS-collector fits your workflow better

full DNS-collector profile →

About caddy

Caddy is a Go based, Apache 2.0 licensed HTTP/1.1, HTTP/2, and HTTP/3 web server and reverse proxy that obtains and renews TLS certificates automatically by default, built for operators and teams who want every site on HTTPS without maintaining a separate certificate workflow.

read the full caddy overview →

About DNS-collector

DNS collector is a lightweight, open source DNS telemetry pipeline in Go that captures queries and responses from DNS servers and forwards normalized, enriched events to monitoring, analytics, and security systems.

read the full DNS-collector overview →

More in Infrastructure & Operations

kubernetes ★ 128K Immich ★ 116K frp ★ 110K Uptime Kuma ★ 92K worldmonitor ★ 88K mall ★ 85K

Related comparisons

frp vs caddy caddy vs traefik frp vs traefik frp vs adguardhome frp vs nginx frp vs algo frp vs nginx-proxy immich vs openvpn n8n vs huginn uptime-kuma vs worldmonitor uptime-kuma vs netdata uptime-kuma vs grafana worldmonitor vs netdata worldmonitor vs grafana uptime-kuma vs prometheus netdata vs grafana n8n vs kestra langchain vs haystack kubernetes vs rancher ansible vs compose ansible vs conductor ansible vs xxl-job ansible vs gitleaks ansible vs kestra

More Networking & Connectivity projects

Compare either of these against the rest of the Networking & Connectivity field.

caddy vs frp caddy vs traefik caddy vs AdGuardHome caddy vs nginx caddy vs algo caddy vs nginx-proxy caddy vs goproxy caddy vs openvpn-install caddy vs cloudflared caddy vs amnezia-client caddy vs OpenVPN caddy vs coredns

Frequently asked questions

Is caddy or DNS-collector more popular?

caddy has 77,495 GitHub stars and DNS-collector has 570. caddy has the larger community by that measure.

Are caddy and DNS-collector free?

Both are open source. caddy is licensed under Apache-2.0 and DNS-collector under MIT. Neither carries a licence fee.

What is the difference between caddy and DNS-collector?

caddy is written in Go and DNS-collector in Go. The practical differences are community size, licence terms, language stack and release cadence — all compared in the table above.

Which should I choose, caddy or DNS-collector?

Choose caddy if you want the larger community (77,495 stars) or its Apache-2.0 licence terms. Choose DNS-collector if its feature set, stack or MIT licence fits better. Both are self-hostable.