Matomo
a lean and fast startValidate the official installation, licensing, backup and upgrade documentation for Matomo during the pilot.
A comprehensive comparison of Matomo, Umami, Plausible and PostHog based on data ownership, resource use, security, backup, upgrades and operational cost rather than a feature checklist.

No single tool fits every organization. Because visit events, consent choices, campaign tags and retention policies are critical, choose by recovery objectives, authorization model and operating capacity—not screenshots or popularity.
| Technical option profiles | Capacity planning | Security controls | Backup and rollback |
|---|---|---|---|
| Matomo | a lean and fast start | MFA · TLS · least privilege | DB · files · secrets · restore test |
| Umami | enterprise process and permissions | MFA · TLS · least privilege | DB · files · secrets · restore test |
| Plausible | integration-heavy teams | MFA · TLS · least privilege | DB · files · secrets · restore test |
| PostHog | scale and specialized needs | MFA · TLS · least privilege | DB · files · secrets · restore test |
Validate the official installation, licensing, backup and upgrade documentation for Matomo during the pilot.
Validate the official installation, licensing, backup and upgrade documentation for Umami during the pilot.
Validate the official installation, licensing, backup and upgrade documentation for Plausible during the pilot.
Validate the official installation, licensing, backup and upgrade documentation for PostHog during the pilot.
Expose only ports 80/443 through a reverse proxy; keep the application, database and queue on a private Docker network or VLAN. Test TLS termination, security headers, rate limits and real-client IP forwarding. Matomo, Umami, Plausible and PostHog may solve the same category while having different component counts and failure surfaces.
Capacity depends on more than users: concurrency, visit events, consent choices, campaign tags and retention policies, background jobs, indexing and retention alter CPU, RAM and NVMe requirements. Measure p95 latency, peak memory, disk IOPS and daily growth during a pilot, then retain at least 30 percent headroom.
Require MFA for administrators, keep a separate emergency account and use SSO where practical. Remove defaults and overprivileged API tokens; store secrets outside the repository. Restrict administration by IP or VPN and export audit logs to a separate target.
A database dump alone is incomplete. Back up visit events, consent choices, campaign tags and retention policies, configuration, encryption keys, uploaded files and exact version information as one recovery set. Use 3-2-1 copies, encrypted off-site storage and recurring isolated restore tests.
Pilot with representative users and verify SSO, email, webhooks, mobile clients and export paths. Document a change freeze, final sync, reduced DNS TTL, acceptance test and rollback threshold. Recheck licensing and extension coverage in official documents before production.
curl -fsSI https://analytics.example.comdocker compose psdocker stats --no-streamdocker compose exec db pg_isreadyScore Matomo, Umami, Plausible and PostHog in a small pilot against your identity, integration, backup and reporting requirements.
There is no trustworthy universal number. Treat vendor minimums as a starting point and size from pilot measurements plus headroom.
Yes when versions are pinned and persistent volumes, health checks, log collection, backup and controlled upgrades exist.
Read release notes, verify backup, test in staging and preserve a route to the previous image.
Restore to an isolated target, sign in, compare record counts and verify sample file integrity.
NVMe VPS is practical for many initial deployments; high IOPS, large storage or GPU demand may justify dedicated/GPU infrastructure.
Share the user count, data growth, backup target and expected concurrency so the resources and architecture can be sized.