Application hosting

Hosting SearXNG

SearXNG is a self-hosted metasearch engine that queries configured search services and presents aggregated results. The project recommends Compose for container deployments and supports Docker or Podman. Its installation documentation does not specify a universal CPU, memory, or disk minimum, so capacity depends on traffic, enabled engines, caching, and configuration.

Min vCPU
Depends on workload
Min memory
Depends on workload
Min storage
Depends on workload

Must have

Hard prerequisites

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.

Recommended

Documented guidance

No further general recommendations are published for this version.

Capacity depends on your workload

The reviewed official installation documentation does not publish a universal CPU, RAM, or disk minimum. Traffic, engine selection, cache behavior, and rate limiting affect resource use.

We only compare what providers publish. A RAM figure alone can't confirm compatibility or production capacity.

Deploy with

Supported paths

  • Docker Compose using the project container templates
  • Docker or Podman container with mounted configuration and cache directories
  • Manual server installation following the administrator guide

The host must provide

Runtime

Container runtime
Working Docker or Podman for the documented container path
Configuration
A configured settings.yml, including the server secret key and selected engines
Reverse proxy
Recommended when exposing a public instance; use the project's deployment guidance

Storage

Persistent data

Keep the configuration directory persistent, including settings.yml. The container exposes /etc/searxng for configuration and /var/cache/searxng for persistent cache data. The documentation does not state a universal disk minimum.

Step by step

Deploy a SearXNG instance

  1. Choose a container runtime

    Install Docker or Podman on the host. The SearXNG guide recommends Compose for container deployments and provides project templates.

    Official instructions
  2. Persist configuration and cache

    Mount the configuration and cache paths so settings and cache data survive container replacement, then review the current Compose template before updates.

    Official instructions
  3. Set production settings

    Configure the server secret, selected engines, and limiter behavior, then put the service behind a reverse proxy when exposing it publicly.

    Official instructions

Security

Before you go public

  • Do not use a public deployment with default or missing secrets; review the current settings reference.
  • Enable and test limiter protections and place a public instance behind a correctly configured reverse proxy.
  • Keep configuration writable only by the service operator and update the container templates deliberately.

Cost

Beyond the server price

  • SearXNG software does not include the server, storage, reverse proxy, monitoring, or backup costs.
  • Search engine usage may be subject to the queried services' terms and rate limits; review those services before enabling engines.

Matching plans

Plans with published evidence

Hetzner Cloud

Hetzner Cloud CPX21 (US locations)

3vCPU
4 GBRAM
80 GBStorage
2 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hetzner Cloud

Hetzner Cloud CPX22 (Germany and Finland)

2vCPU
4 GBRAM
80 GBStorage
20 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hetzner Cloud

Hetzner Cloud CPX31 (US locations)

4vCPU
8 GBRAM
160 GBStorage
3 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hetzner Cloud

Hetzner Cloud CPX32 (Germany and Finland)

4vCPU
8 GBRAM
160 GBStorage
20 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hetzner Cloud

Hetzner Cloud CPX41 (US locations)

8vCPU
16 GBRAM
240 GBStorage
4 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hetzner Cloud

Hetzner Cloud CPX42 (Germany and Finland)

8vCPU
16 GBRAM
320 GBStorage
20 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hetzner Cloud

Hetzner Cloud CPX51 (US locations)

16vCPU
32 GBRAM
360 GBStorage
5 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hetzner Cloud

Hetzner Cloud CPX52 (Germany and Finland)

12vCPU
24 GBRAM
480 GBStorage
20 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hetzner Cloud

Hetzner Cloud CPX62 (Germany and Finland)

16vCPU
32 GBRAM
640 GBStorage
20 TBTransfer
  • Shared AMD vCPU
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hostinger

Hostinger KVM 1 VPS

1vCPU
4 GBRAM
50 GBStorage
4 TBTransfer
  • KVM vCPU (AMD EPYC)
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hostinger

Hostinger KVM 2 VPS

2vCPU
8 GBRAM
100 GBStorage
8 TBTransfer
  • KVM vCPU (AMD EPYC)
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.
Hostinger

Hostinger KVM 4 VPS

4vCPU
16 GBRAM
200 GBStorage
16 TBTransfer
  • NVMe SSD
Compatibility unclear from published plan data

Meeting documented runtime prerequisites does not prove production capacity. Traffic, workloads, software configuration, and shared host limits are not measured here.

  • The official container installation requires a working Docker or Podman installation; Compose is the project-recommended container deployment method.This prerequisite has no comparable published plan field.
  • A public deployment should be configured with an appropriate secret key, limiter settings, and reverse proxy as applicable.This prerequisite has no comparable published plan field.

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