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Enterprise-Grade OSS PostgreSQL Distribution with HA, PITR, IaC, Monitor, 12 kernel forks and 575 PG extensions. Best-of-breed products integrated as a platform. Self-host Postgres like a Pro!
Enterprise-Grade Open-Source PostgreSQL Distribution with HA, PITR, IaC, Monitor, and 575 PG extensions.
"PostgreSQL In Great STYle": Postgres, Infras, Graphics, Service, Toolbox, it's all Yours.
Website | ORG | PGEXT | Piglet | Public Demo | Blog | Discuss | Support | Release Notes | 中文
Pigsty scales from laptop to datacenter. Enterprise-grade. Developer-friendly. Get Started with the latest v4.5.0:
curl -fsSL https://repo.pigsty.io/get | bash -s v4.5.0You can even use many exotic PG Kernel Forks as in-place replacement and wrap it as a full RDS service:
| Kernel | Key Feature | Description |
|---|---|---|
| PostgreSQL | Battery-Included | Original PGDG PostgreSQL with 575 extensions |
| Supabase | Backend as Service | BaaS over PostgreSQL, Firebase alternative |
| Citus | Horizontal Scaling | Distributive PostgreSQL via native extension |
| Babelfish | SQL Server Simulation | Microsoft SQL Server wire-compatibility |
| IvorySQL | Oracle Simulation | Oracle Grammar and PL/SQL compatible |
| OpenHalo | MySQL Simulation | MySQL wire-protocol compatibility |
| DocumentDB | MongoDB Simulation | MongoDB wire-protocol compatibility |
| Percona | Transparent Data Encryption | Percona Distribution with pg_tde |
| OrioleDB | OLTP Optimization Engine | No bloat, No XID Wraparound, S3 Storage |
| PolarDB | Aurora flavor RAC | RAC, China domestic compliance |
| AgensGraph | Graph-Native Database | Transactional graph database based on PostgreSQL |
| pgEdge | Multi-Master Distributive | Geo-Distributive multi-writer Postgres |
| Cloudberry | MPP Data Warehouse | Greenplum 7 Apache OSS Fork |
And gather the synergistic superpowers of all 575 PostgreSQL Extensions all together:
Prepare a fresh x86_64 / aarch64 node runs any compatible Linux OS Distros, then Install Pigsty with:
curl -fsSL https://repo.pigsty.io/get | bash; cd ~/pigsty;
Then configure and run the deploy.yml playbook with an admin user (nopass ssh & sudo):
./configure -g # generate config and random passwords ./deploy.yml # deploy everything on current node
Finally, you will get a pigsty singleton node ready, with WebUI on port 80/443 and Postgres on port 5432.
For dev/testing purposes, you can also run Pigsty inside Docker containers: cd docker; make launch
Install with the pig cliSingle-Node Setup | Production Deploy | Offline Install | Minimal Install | Docker Install | Run Supabase
Then you can launch pigsty with pig sty sub command:
curl -fsSL https://repo.pigsty.io/pig | bash # install pig pig sty init # install latest pigsty src to ~/pigsty pig sty conf # auto-generate pigsty.yml config file pig sty deploy # run the deploy.yml playbook
[root@pg-meta ~]# curl -fsSL https://repo.pigsty.io/get | bash -s v4.5.0 [v4.5.0] =========================================== $ curl -fsSL https://repo.pigsty.io/get | bash [Docs] https://pigsty.io/docs [Demo] https://demo.pigsty.io [Repo] https://github.com/pgsty/pigsty [Download] =========================================== [ OK ] version = v4.5.0 (from arg) curl -fSL https://repo.pigsty.io/src/pigsty-v4.5.0.tgz -o /tmp/pigsty-v4.5.0.tgz ######################################################################## 100.0% [ OK ] md5sums = xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx /tmp/pigsty-v4.5.0.tgz [Install] =========================================== [WARN] os user = root , it's recommended to use a non-root sudo-able admin [ OK ] install = /root/pigsty, from /tmp/pigsty-v4.5.0.tgz [Bootstrap] =========================================== [WARN] ansible = not found, bootstrap bootstrap pigsty v4.5.0 begin [ OK ] region = china [ OK ] kernel = Linux [ OK ] machine = x86_64 [ OK ] package = rpm,dnf [ OK ] vendor = rocky (Rocky Linux) [ OK ] version = 10 (10.0) [ OK ] sudo = root ok [WARN] ssh = root@127.0.0.1 fixed [WARN] old repos = moved to /etc/yum.repos.d/backup [ OK ] repo file = add el10.x86_64 china upstream [WARN] rpm cache = updating, may take a while Pigsty PGSQL 10 - x86_64 364 kB/s | 251 kB 00:00 EL 10 BaseOS 10 - x86_64 32 MB/s | 6.4 MB 00:00 EL 10 AppStream 10 - x86_64 11 MB/s | 2.1 MB 00:00 EL 10 CRB 10 - x86_64 1.8 MB/s | 492 kB 00:00 EL 10 EPEL 10.0 - x86_64 27 MB/s | 4.8 MB 00:00 Metadata cache created. [ OK ] repo cache = created [ OK ] install el10 utils Last metadata expiration check: 0:00:02 ago on Wed 07 Jan 2026 05:58:22 PM CST. ..... Installed: ansible-2.16.14-1.el10.noarch ansible-collection-ansible-posix-2.0.0-1.el10_0.noarch ansible-collection-community-crypto-2.15.0-1PIGSTY.el10.noarch ansible-collection-community-general-10.2.0-1.el10_0.noarch ansible-core-1:2.16.14-1.el10.noarch git-core-2.47.3-1.el10.x86_64 python3-cffi-1.16.0-7.el10.x86_64 python3-cryptography-43.0.0-4.el10.x86_64 python3-jmespath-1.0.1-8.el10.noarch python3-ply-3.11-25.el10.noarch python3-pycparser-2.20-16.el10.noarch python3-resolvelib-1.0.1-6.el10.noarch Complete! [ OK ] ansible = ansible [core 2.16.14] [ OK ] boostrap pigsty complete proceed with ./configure
Clone src with gitHINT: To install a specific version, pass the version string as the first parameter:
curl -fsSL https://repo.pigsty.io/get | bash -s v4.5.0
You can also download the pigsty source with git, remember to check out a specific version tag, the main branch is for development.
git clone https://github.com/pgsty/pigsty; cd pigsty; git checkout v4.5.0
Pigsty uses a modular design: you can use one or all, with best-of-breed products integrated as a platform.
Self-healing PostgreSQL HA cluster powered by Patroni, Pgbouncer, PgBackrest & HAProxy
Nginx, Local Repo, DNSMasq, and the entire Victoria & Grafana observability stack.
Init node name, repo, pkg, NTP, ssh, admin, tune, expose services, collect logs & metrics.
Etcd cluster is used as a reliable distributed configuration store by PostgreSQL HA agents.
You can compose them freely in a declarative manner. INFRA & NODE will suffice for host monitoring.
ETCD and PGSQL are used for HA PG clusters; installing them on multiple nodes automatically forms HA clusters.
The default deploy.yml playbook will deploy INFRA, NODE, ETCD & PGSQL on the current node.
This gives you an out-of-the-box PostgreSQL singleton instance (admin_ip:5432) with everything ready.
The node can be used as an admin controller to deploy & monitor more nodes & clusters. For example, you can install these 6 OPTIONAL extra modules for advanced use cases:
S3-compatible object storage service; used as an optional central backup server for
PGSQL.
Deploy Redis or Valkey servers in standalone master-replica, sentinel, and native cluster mode.
Launch optional docker daemons to run other stateless parts besides Pigsty RDS.
JuiceFS can mount S3/MinIO, and even PostgreSQL as a filesystem shared by multi users.
Vibe coding environment with VS Code Server, JupyterLab, Node.js, and Claude Code.
Of course, you can deploy different kinds of HA PostgreSQL clusters on multiple nodes, as much as you want.
To deploy an additional 3-node HA Postgres cluster pg-test. Add the cluster definition to the config inventory:
pg-test: hosts: 10.10.10.11: { pg_seq: 1, pg_role: primary } 10.10.10.12: { pg_seq: 2, pg_role: replica } 10.10.10.13: { pg_seq: 3, pg_role: offline } vars: { pg_cluster: pg-test }
The default config file is pigsty.yml under pigsty home, add the snippet above to the all.children.pg-test,
Then, create the cluster with built-in playbooks in one command:
bin/pgsql-add pg-test # init pg-test cluster This config file provides a detailed example of a complex PostgreSQL cluster pg-meta with multiple
databases, users, and service definition:
pg-meta: hosts: { 10.10.10.10: { pg_seq: 1, pg_role: primary , pg_offline_query: true } } vars: pg_cluster: pg-meta pg_databases: # define business databases on this cluster, array of database definition - name: meta # REQUIRED, `name` is the only mandatory field of a database definition baseline: cmdb.sql # optional, database sql baseline path, (relative path among ansible search path, e.g files/) pgbouncer: true # optional, add this database to pgbouncer database list? true by default schemas: [pigsty] # optional, additional schemas to be created, array of schema names extensions: # optional, additional extensions to be installed: array of `{name[,schema]}` - { name: postgis , schema: public } - { name: timescaledb } comment: pigsty meta database # optional, comment string for this database owner: postgres # optional, database owner, postgres by default template: template1 # optional, which template to use, template1 by default encoding: UTF8 # optional, database encoding, UTF8 by default. (MUST same as template database) locale: C # optional, database locale, C by default. (MUST same as template database) lc_collate: C # optional, database collate, C by default. (MUST same as template database) lc_ctype: C # optional, database ctype, C by default. (MUST same as template database) tablespace: pg_default # optional, default tablespace, 'pg_default' by default. allowconn: true # optional, allow connection, true by default. false will disable connect at all revokeconn: false # optional, revoke public connection privilege. false by default. (leave connect with grant option to owner) register_datasource: true # optional, register this database to grafana datasources? true by default connlimit: -1 # optional, database connection limit, default -1 disable limit pool_auth_user: dbuser_meta # optional, all connection to this pgbouncer database will be authenticated by this user pool_mode: transaction # optional, pgbouncer pool mode at database level, default transaction pool_size: 64 # optional, pgbouncer pool size at database level, default 64 pool_reserve: 32 # optional, pgbouncer pool size reserve at database level, default 32 pool_size_min: 0 # optional, pgbouncer pool size min at database level, default 0 pool_connlimit: 100 # optional, max database connections at database level, default 100 # shared parameters for CREATE DATABASE (shared with PostgreSQL) is_template: false # optional, mark this database as template? default false strategy: wal_log # optional (shared), PostgreSQL 15+, wal_log or file_copy locale_provider: libc # optional (shared), PostgreSQL 15+, icu or libc icu_locale: '' # optional (shared), PostgreSQL 15+, ICU locale icu_rules: '' # optional (shared), PostgreSQL 16+, ICU rules builtin_locale: '' # optional (shared), PostgreSQL 17+, builtin locale parameters: {} # optional, database-level parameters with `ALTER DATABASE SET` - { name: grafana ,owner: dbuser_grafana ,revokeconn: true ,comment: grafana primary database } - { name: bytebase ,owner: dbuser_bytebase ,revokeconn: true ,comment: bytebase primary database } - { name: kong ,owner: dbuser_kong ,revokeconn: true ,comment: kong the api gateway database } - { name: gitea ,owner: dbuser_gitea ,revokeconn: true ,comment: gitea meta database } - { name: wiki ,owner: dbuser_wiki ,revokeconn: true ,comment: wiki meta database } pg_users: # define business users/roles on this cluster, array of user definition - name: dbuser_meta # REQUIRED, `name` is the only mandatory field of a user definition password: DBUser.Meta # optional, password, can be a scram-sha-256 hash string or plain text login: true # optional, can log in, true by default (new biz ROLE should be false) superuser: false # optional, is superuser? false by default createdb: false # optional, can create database? false by default createrole: false # optional, can create role? false by default inherit: true # optional, can this role use inherited privileges? true by default replication: false # optional, can this role do replication? false by default bypassrls: false # optional, can this role bypass row level security? false by default pgbouncer: true # optional, add this user to pgbouncer user-list? false by default (production user should be true explicitly) connlimit: -1 # optional, user connection limit, default -1 disable limit expire_in: 3650 # optional, now + n days when this role is expired (OVERWRITE expire_at) expire_at: '2030-12-31' # optional, YYYY-MM-DD 'timestamp' when this role is expired (OVERWRITTEN by expire_in) comment: pigsty admin user # optional, comment string for this user/role roles: [dbrole_admin] # optional, belonged roles. default roles are: dbrole_{admin,readonly,readwrite,offline} parameters: {} # optional, role level parameters with `ALTER ROLE SET` pool_mode: transaction # optional, pgbouncer pool mode at user level, transaction by default pool_connlimit: -1 # optional, max database connections at user level, default -1 disable limit # shared parameters for CREATE ROLE (shared with PostgreSQL) # roles can also be defined in extended format for fine-grained control (PostgreSQL 16+) # roles: # - dbrole_readwrite # simple format: just grant the role # - name: dbrole_admin # extended format with options # state: grant # grant (default) | revoke/absent # admin: false # grant with admin option? (default false) # inherit: true # grant with inherit option? (PG16+, default null) # set: true # grant with set option? (PG16+, default null) - {name: dbuser_view ,password: DBUser.Viewer ,pgbouncer: true ,roles: [dbrole_readonly], comment: read-only viewer for meta database} - {name: dbuser_grafana ,password: DBUser.Grafana ,pgbouncer: true ,roles: [dbrole_admin] ,comment: admin user for grafana database } - {name: dbuser_bytebase ,password: DBUser.Bytebase ,pgbouncer: true ,roles: [dbrole_admin] ,comment: admin user for bytebase database } - {name: dbuser_kong ,password: DBUser.Kong ,pgbouncer: true ,roles: [dbrole_admin] ,comment: admin user for kong api gateway } - {name: dbuser_gitea ,password: DBUser.Gitea ,pgbouncer: true ,roles: [dbrole_admin] ,comment: admin user for gitea service } - {name: dbuser_wiki ,password: DBUser.Wiki ,pgbouncer: true ,roles: [dbrole_admin] ,comment: admin user for wiki.js service } pg_services: # extra services in addition to pg_default_services, array of service definition # standby service will route {ip|name}:5435 to sync replica's pgbouncer (5435->6432 standby) - name: standby # required, service name, the actual svc name will be prefixed with `pg_cluster`, e.g: pg-meta-standby port: 5435 # required, service exposed port (work as kubernetes service node port mode) ip: "*" # optional, service bind ip address, `*` for all ip by default selector: "[]" # required, service member selector, use JMESPath to filter inventory dest: default # optional, destination port, default|postgres|pgbouncer|<port_number>, 'default' by default check: /sync # optional, health check url path, / by default backup: "[? pg_role == `primary`]" # backup server selector maxconn: 3000 # optional, max allowed front-end connection balance: roundrobin # optional, haproxy load balance algorithm (roundrobin by default, other: leastconn) #options: 'inter 3s fastinter 1s downinter 5s rise 3 fall 3 on-marked-down shutdown-sessions slowstart 30s maxconn 3000 maxqueue 128 weight 100' pg_hba_rules: - {user: dbuser_view , db: all ,addr: infra ,auth: pwd ,title: 'allow grafana dashboard access cmdb from infra nodes'} pg_vip_enabled: true pg_vip_address: 10.10.10.2/24 pg_crontab: # make a full backup 1 am everyday - '00 01 * * * /pg/bin/pg-backup full'
It will create a cluster with everything properly configured: High Availability powered by patroni & etcd; Point-In-Time-Recovery powered by pgBackRest & optional MinIO / S3;
auto-routed, pooled Services & Access pooled by pgBouncer and exposed by haproxy; and out-of-the-box Monitoring & alerting powered by the INFRA module.
The cluster keeps serving as long as ANY instance survives, with excellent Fault-Tolerance performance:
RPO = 0 on sync mode, RPO < 1MB on async mode; RTO ~ 2s on switchover, RTO < 30s on failover.
Pigsty is highly customizable. You can describe the entire database and infra deployment with 300+ parameters in a single config file and materialize them with one command. There are many built-in configuration templates.
Example: Sandbox (4-node) with two PG clusterThe conf/full.yml utilizes four nodes to deploy two PostgreSQL clusters, pg-meta and pg-test:
pg-meta: hosts: { 10.10.10.10: { pg_seq: 1, pg_role: primary } } vars: pg_cluster: pg-meta pg_users: - {name: dbuser_meta ,password: DBUser.Meta ,pgbouncer: true ,roles: [dbrole_admin] ,comment: pigsty admin user } - {name: dbuser_view ,password: DBUser.Viewer ,pgbouncer: true ,roles: [dbrole_readonly] ,comment: read-only viewer for meta database } pg_databases: - {name: meta ,baseline: cmdb.sql ,comment: pigsty meta database ,schemas: [pigsty]} pg_hba_rules: - {user: dbuser_view , db: all ,addr: infra ,auth: pwd ,title: 'allow grafana dashboard access cmdb from infra nodes'} pg_vip_enabled: true pg_vip_address: 10.10.10.2/24 # pgsql 3 node ha cluster: pg-test pg-test: hosts: 10.10.10.11: { pg_seq: 1, pg_role: primary } # primary instance, leader of cluster 10.10.10.12: { pg_seq: 2, pg_role: replica } # replica instance, follower of leader 10.10.10.13: { pg_seq: 3, pg_role: replica, pg_offline_query: true } # replica with offline access vars: pg_cluster: pg-test # define pgsql cluster name pg_users: [{ name: test , password: test , pgbouncer: true , roles: [ dbrole_admin ] }] pg_databases: [{ name: test }] pg_vip_enabled: true pg_vip_address: 10.10.10.3/24
You can even deploy PostgreSQL with different major versions and kernel forks in the same deployment:
The following conf/safe.yml provisions a 4-node security enhanced PostgreSQL cluster pg-meta with a delayed replica pg-meta-delay:
pg-meta: # 3 instance postgres cluster `pg-meta` hosts: 10.10.10.10: { pg_seq: 1, pg_role: primary } 10.10.10.11: { pg_seq: 2, pg_role: replica } 10.10.10.12: { pg_seq: 3, pg_role: replica , pg_offline_query: true } vars: pg_cluster: pg-meta pg_conf: crit.yml pg_users: - { name: dbuser_meta , password: DBUser.Meta , pgbouncer: true , roles: [ dbrole_admin ] , comment: pigsty admin user } - { name: dbuser_view , password: DBUser.Viewer , pgbouncer: true , roles: [ dbrole_readonly ] , comment: read-only viewer for meta database } pg_databases: - {name: meta ,baseline: cmdb.sql ,comment: pigsty meta database ,schemas: [pigsty] ,extensions: [{name: postgis, schema: public}, {name: timescaledb}]} pg_default_service_dest: postgres pg_services: - { name: standby ,ip: "*" ,port: 5435 , dest: default ,selector: "[]" , backup: "[? pg_role == `primary`]" } pg_vip_enabled: true pg_vip_address: 10.10.10.2/24 pg_listen: '${ip},${vip},${lo}' patroni_ssl_enabled: true pgbouncer_sslmode: require pgbackrest_method: minio pg_libs: 'timescaledb, $libdir/passwordcheck, pg_stat_statements, auto_explain' # add passwordcheck extension to enforce strong password pg_default_roles: # default roles and users in postgres cluster - { name: dbrole_readonly ,login: false ,comment: role for global read-only access } - { name: dbrole_offline ,login: false ,comment: role for restricted read-only access } - { name: dbrole_readwrite ,login: false ,roles: [dbrole_readonly] ,comment: role for global read-write access } - { name: dbrole_admin ,login: false ,roles: [pg_monitor, dbrole_readwrite] ,comment: role for object creation } - { name: postgres ,superuser: true ,expire_in: 7300 ,comment: system superuser } - { name: replicator ,replication: true ,expire_in: 7300 ,roles: [pg_monitor, dbrole_readonly] ,comment: system replicator } - { name: dbuser_dba ,superuser: true ,expire_in: 7300 ,roles: [dbrole_admin] ,pgbouncer: true ,pool_mode: session, pool_connlimit: 16 , comment: pgsql admin user } - { name: dbuser_monitor ,roles: [pg_monitor] ,expire_in: 7300 ,pgbouncer: true ,parameters: {log_min_duration_statement: 1000 } ,pool_mode: session ,pool_connlimit: 8 ,comment: pgsql monitor user } pg_default_hba_rules: # postgres host-based auth rules by default - {user: '${dbsu}' ,db: all ,addr: local ,auth: ident ,title: 'dbsu access via local os user ident' } - {user: '${dbsu}' ,db: replication ,addr: local ,auth: ident ,title: 'dbsu replication from local os ident' } - {user: '${repl}' ,db: replication ,addr: localhost ,auth: ssl ,title: 'replicator replication from localhost'} - {user: '${repl}' ,db: replication ,addr: intra ,auth: ssl ,title: 'replicator replication from intranet' } - {user: '${repl}' ,db: postgres ,addr: intra ,auth: ssl ,title: 'replicator postgres db from intranet' } - {user: '${monitor}' ,db: all ,addr: localhost ,auth: pwd ,title: 'monitor from localhost with password' } - {user: '${monitor}' ,db: all ,addr: infra ,auth: ssl ,title: 'monitor from infra host with password'} - {user: '${admin}' ,db: all ,addr: infra ,auth: ssl ,title: 'admin @ infra nodes with pwd & ssl' } - {user: '${admin}' ,db: all ,addr: world ,auth: cert ,title: 'admin @ everywhere with ssl & cert' } - {user: '+dbrole_readonly',db: all ,addr: localhost ,auth: ssl ,title: 'pgbouncer read/write via local socket'} - {user: '+dbrole_readonly',db: all ,addr: intra ,auth: ssl ,title: 'read/write biz user via password' } - {user: '+dbrole_offline' ,db: all ,addr: intra ,auth: ssl ,title: 'allow etl offline tasks from intranet'} pgb_default_hba_rules: # pgbouncer host-based authentication rules - {user: '${dbsu}' ,db: pgbouncer ,addr: local ,auth: peer ,title: 'dbsu local admin access with os ident'} - {user: 'all' ,db: all ,addr: localhost ,auth: pwd ,title: 'allow all user local access with pwd' } - {user: '${monitor}' ,db: pgbouncer ,addr: intra ,auth: ssl ,title: 'monitor access via intranet with pwd' } - {user: '${monitor}' ,db: all ,addr: world ,auth: deny ,title: 'reject all other monitor access addr' } - {user: '${admin}' ,db: all ,addr: intra ,auth: ssl ,title: 'admin access via intranet with pwd' } - {user: '${admin}' ,db: all ,addr: world ,auth: deny ,title: 'reject all other admin access addr' } - {user: 'all' ,db: all ,addr: intra ,auth: ssl ,title: 'allow all user intra access with pwd' } # OPTIONAL delayed cluster for pg-meta pg-meta-delay: # delayed instance for pg-meta (1 hour ago) hosts: { 10.10.10.13: { pg_seq: 1, pg_role: primary, pg_upstream: 10.10.10.10, pg_delay: 1h } } vars: { pg_cluster: pg-meta-delay }
You can perform horizontal sharding on vanilla postgres with CITUS.
# pg-citus: 10 node citus cluster (5 x primary-replica pair) pg-citus: # citus group hosts: 10.10.10.50: { pg_group: 0, pg_cluster: pg-citus0 ,pg_vip_address: 10.10.10.60/24 ,pg_seq: 0, pg_role: primary } 10.10.10.51: { pg_group: 0, pg_cluster: pg-citus0 ,pg_vip_address: 10.10.10.60/24 ,pg_seq: 1, pg_role: replica } 10.10.10.52: { pg_group: 1, pg_cluster: pg-citus1 ,pg_vip_address: 10.10.10.61/24 ,pg_seq: 0, pg_role: primary } 10.10.10.53: { pg_group: 1, pg_cluster: pg-citus1 ,pg_vip_address: 10.10.10.61/24 ,pg_seq: 1, pg_role: replica } 10.10.10.54: { pg_group: 2, pg_cluster: pg-citus2 ,pg_vip_address: 10.10.10.62/24 ,pg_seq: 0, pg_role: primary } 10.10.10.55: { pg_group: 2, pg_cluster: pg-citus2 ,pg_vip_address: 10.10.10.62/24 ,pg_seq: 1, pg_role: replica } 10.10.10.56: { pg_group: 3, pg_cluster: pg-citus3 ,pg_vip_address: 10.10.10.63/24 ,pg_seq: 0, pg_role: primary } 10.10.10.57: { pg_group: 3, pg_cluster: pg-citus3 ,pg_vip_address: 10.10.10.63/24 ,pg_seq: 1, pg_role: replica } 10.10.10.58: { pg_group: 4, pg_cluster: pg-citus4 ,pg_vip_address: 10.10.10.64/24 ,pg_seq: 0, pg_role: primary } 10.10.10.59: { pg_group: 4, pg_cluster: pg-citus4 ,pg_vip_address: 10.10.10.64/24 ,pg_seq: 1, pg_role: replica } vars: pg_mode: citus # pgsql cluster mode: citus pg_shard: pg-citus # citus shard name: pg-citus pg_primary_db: test # primary database used by citus pg_dbsu_password: DBUser.Postgres # all dbsu password access for citus cluster pg_vip_enabled: true pg_extensions: [ 'citus postgis timescaledb pgvector' ] pg_libs: 'citus, timescaledb, pg_stat_statements, auto_explain' # citus will be added by patroni automatically pg_users: [ { name: test ,password: test ,pgbouncer: true ,roles: [ dbrole_admin ] } ] pg_databases: [ { name: test ,owner: test ,extensions: [ { name: citus }, { name: postgis } ] } ] pg_hba_rules: - { user: 'all' ,db: all ,addr: 10.10.10.0/24 ,auth: trust ,title: 'trust citus cluster members' } - { user: 'all' ,db: all ,addr: 127.0.0.1/32 ,auth: ssl ,title: 'all user ssl access from localhost' } - { user: 'all' ,db: all ,addr: intra ,auth: ssl ,title: 'all user ssl access from intranet' }
You can deploy different kinds of PostgreSQL instance such as primary, replica, offline, delayed, sync standby, etc.,
and customize with scene-optimize config templates and all 575 extensions out-of-the-box.
You can define Users, Databases, Service, HBAs and other entities with code and provision them in one pass.
You can also self-host postgres-centric software like SUPABASE, Odoo & Dify, Electric, GitLab, ... with Pigsty:
You can launch a self-hosting supabase with MinIO and PostgreSQL with just several commands:
./configure -c supabase # use supabase config ./deploy.yml # install pigsty ./docker.yml # install docker compose ./app.yml # launch supabase stateless part with dock
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