Lesson 0: PostgreSQL High Availability with Patroni & etcd
Complete course on deploying PostgreSQL High Availability clusters using Patroni and etcd with automated failover and monitoring.
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Complete course on deploying PostgreSQL High Availability clusters using Patroni and etcd with automated failover and monitoring.
Understanding Patroni and etcd for PostgreSQL High Availability, including DCS, Raft consensus algorithm, leader election, and split-brain prevention mechanisms.
Setting up the infrastructure for PostgreSQL High Availability with Patroni and etcd, including hardware requirements, network configuration, firewall, SSH keys, and time synchronization.
Running PostgreSQL in production isn't just about having a single server — it's about High Availability (HA), Automatic Failover, and Connection Pooling. With the right setup, you can ensure your databases survive node failures without downtime.
Full monitoring stack with Prometheus and Grafana for PostgreSQL HA cluster. Includes pre-configured dashboards, alerting rules, and exporter configurations.
Essential security features and hardening measures for PostgreSQL HA cluster deployment with Patroni, etcd, and PgBouncer. Follow this guide for production security best practices.
Learn how to deploy a production-ready PostgreSQL High Availability cluster using Patroni and etcd with fully automated Ansible playbooks for seamless failover and connection pooling.
Learn how to install and configure etcd cluster for use with Patroni, including understanding etcd's role in Patroni architecture, setting up 3-node cluster with Raft consensus, creating systemd services, and testing cluster health.
Learn how to install Patroni, including setting up Python dependencies, installing via pip, understanding the patroni.yml configuration structure, creating systemd service, and configuring Patroni on 3 nodes for PostgreSQL high availability.