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Module: PILOT

Extra modules in pilot development.

1 - Module: DuckDB

Install DuckDB, a high-performance embedded analytical database component.

DuckDB is a high-performance embedded analytical database.

DuckDB is embedded, so it does not require deployment or service management. Install the DuckDB package on the node and use it directly.


Installation

The current Pigsty node platform mapping includes the duckdb package. Install it directly from the Infra repository:

./node.yml -t node_install  -e '{"node_repo_modules":"infra","node_packages":["duckdb"]}'

Install with pig:

pig repo add infra -u      # add Infra repo
pig install duckdb         # install DuckDB package

Resources

Pigsty provides DuckDB-related PostgreSQL extensions:

  • pg_duckdb, the official DuckDB PostgreSQL extension
  • pg_mooncake, builds on pg_duckdb with columnar engine and sync
  • pg_analytics, high-performance OLAP built on DuckDB. The project is archived and no longer appears in the current Pigsty extension catalog.
  • duckdb_fdw, a DuckDB foreign data wrapper for reading and writing DuckDB files from PostgreSQL

2 - Module: TigerBeetle

Deploy TigerBeetle, the Financial Transactions Database that is 1000x faster.

TigerBeetle is a financial accounting transaction database offering extreme performance and reliability.


Overview

The current open-source tree has no TigerBeetle role or dedicated playbook. It provides only the tigerbeetle installation alias in the node platform package map. Use the official TigerBeetle documentation to initialize and manage the service.


Installation

Use the following command to install the mapped package from the Pigsty Infra repository:

./node.yml -t node_install -e '{"node_repo_modules":"infra","node_packages":["tigerbeetle"]}'

After installation, use the official documentation to configure TigerBeetle: https://github.com/tigerbeetle/tigerbeetle

TigerBeetle Requires Linux Kernel Version 5.5 or Higher!

TigerBeetle supports only Linux kernel version 5.5 or higher. Thus, it is incompatible with the default kernels of EL7 (3.10) and EL8 (4.18).

Use EL 9/10, Ubuntu 22/24/26, Debian 12/13, or another system with a supported kernel version.

3 - Module: Kubernetes

Deploy Kubernetes, the Production-Grade Container Orchestration Platform.

Kubernetes is a production-grade, open-source container orchestration platform. It helps you automate, deploy, scale, and manage containerized applications.

Pigsty has native support for ETCD clusters, which can be used as external etcd for Kubernetes.

The current open-source tree has no kube.yml playbook, Kubernetes role, or kube_* parameters. Pigsty provides software repositories and base-node provisioning. Use kubeadm, SealOS, or another Kubernetes tool for cluster initialization, networking, control-plane management, and upgrades.


SealOS

SealOS is a lightweight, high-performance Kubernetes distribution. It simplifies Kubernetes cluster deployment and management.

The current Pigsty node platform mapping includes the sealos package. Install it from the Infra repository. Then use SealOS to manage the cluster.

./node.yml -t node_install -e '{"node_repo_modules":"infra","node_packages":["sealos"]}'

Kubernetes

If you use classic kubeadm to deploy Kubernetes, install these packages first:

./node.yml -t node_install -e '{"node_repo_modules":"kube","node_packages":["kubeadm","kubelet","kubectl"]}'

Kubernetes supports multiple container runtimes. To use Containerd as the container runtime, make sure it is installed on the node.

./node.yml -t node_install -e '{"node_repo_modules":"node,infra","node_packages":["containerd.io"]}'

To use Docker as the container runtime, install Docker and provide the cri-dockerd bridge component yourself. The default package mapping currently only includes the containerd.io runtime:

./node.yml -t node_install -e '{"node_repo_modules":"node,infra","node_packages":["docker-ce","docker-compose-plugin"]}'

Monitoring

An in-cluster stack, such as kube-prometheus-stack, typically handles Kubernetes cluster observability.

On the Pigsty side, you can monitor the foundational dependencies Kubernetes relies on:

4 - Module: Consul

Deploy Consul, the alternative to Etcd, with Pigsty.

Consul is a distributed DCS, KV, DNS, and service registry/discovery component.

Pigsty 1.x used Consul as its high-availability DCS. The current open-source tree no longer includes the Consul role, playbook, or consul_* parameters. You cannot use the inventory from older versions to deploy Consul. Current Pigsty DCS integration is provided by the ETCD module.