FoundationDB
Distributed database designed for high performance and ACID transactions.
Overview
FoundationDB is Apple's open-source distributed database that powers iCloud and serves billions of user accounts with strict ACID guarantees at massive scale. Originally developed by a startup acquired by Apple in 2015, FoundationDB combines the consistency of traditional SQL databases with the scalability of NoSQL systems, offering serializable isolation while maintaining high performance across distributed clusters. The database uses a unique architecture that separates storage and transaction processing, enabling linear scalability and automatic data distribution.
This Docker configuration deploys a single FoundationDB node suitable for development and testing environments. FoundationDB operates as a key-value store at its core but supports multiple data models through its innovative "layers" concept, where SQL, document, and graph databases can be built on top of the foundational key-value engine. The container networking mode enables proper cluster communication when scaling to multiple nodes.
Developers building applications requiring strict consistency, financial technology companies needing ACID transactions at scale, and organizations evaluating alternatives to traditional relational databases will find FoundationDB compelling. Unlike other distributed databases that sacrifice consistency for availability, FoundationDB maintains full ACID properties while delivering performance that rivals eventually consistent systems, making it ideal for applications where data integrity cannot be compromised.
Key Features
- Strict serializable isolation with full ACID transaction guarantees across distributed nodes
- Multi-version concurrency control enabling high read throughput without blocking writes
- Automatic data sharding and rebalancing across cluster nodes without manual intervention
- Multi-model support through layers allowing SQL, document, and graph databases on one foundation
- Five-second recovery time from failures with automatic failover and data replication
- Linear scalability supporting clusters from single nodes to hundreds of machines
- Built-in monitoring and observability through fdbcli command-line tools
- Conflict-free concurrent transactions with optimistic concurrency control
Common Use Cases
- 1Financial trading platforms requiring strict consistency for transaction processing and audit trails
- 2E-commerce applications needing ACID guarantees for inventory management and order processing
- 3Gaming backends managing player state, leaderboards, and virtual economies with real money value
- 4IoT data collection systems requiring ordered event processing and analytics
- 5Multi-tenant SaaS applications needing isolated data with consistent backup and recovery
- 6Development environments for testing applications before deploying to FoundationDB clusters
- 7Microservices architectures requiring a consistent data layer across service boundaries
Prerequisites
- Minimum 8GB RAM recommended for proper FoundationDB operation and buffer management
- Docker Engine 20.10+ with support for container networking and volume management
- Available port 4500 for FoundationDB client connections and cluster communication
- Understanding of ACID transaction concepts and key-value data modeling principles
- Basic familiarity with fdbcli command-line tool for database administration and monitoring
For development & testing. Review security settings, change default credentials, and test thoroughly before production use. See Terms
docker-compose.yml
docker-compose.yml
1services: 2 fdb: 3 image: foundationdb/foundationdb:latest4 container_name: foundationdb5 restart: unless-stopped6 environment: 7 FDB_NETWORKING_MODE: container8 volumes: 9 - fdb_data:/var/fdb/data10 ports: 11 - "4500:4500"12 networks: 13 - fdb-network1415volumes: 16 fdb_data: 1718networks: 19 fdb-network: 20 driver: bridge.env Template
.env
1# FoundationDB default configurationUsage Notes
- 1Docs: https://apple.github.io/foundationdb/
- 2Used by Apple for iCloud at massive scale (billions of accounts)
- 3Strict serializable ACID transactions with high performance
- 4Multi-model via layers - build SQL, document, graph on top
- 5Record Layer provides structured data with indexes
- 6fdbcli for command-line management and monitoring
Quick Start
terminal
1# 1. Create the compose file2cat > docker-compose.yml << 'EOF'3services:4 fdb:5 image: foundationdb/foundationdb:latest6 container_name: foundationdb7 restart: unless-stopped8 environment:9 FDB_NETWORKING_MODE: container10 volumes:11 - fdb_data:/var/fdb/data12 ports:13 - "4500:4500"14 networks:15 - fdb-network1617volumes:18 fdb_data:1920networks:21 fdb-network:22 driver: bridge23EOF2425# 2. Create the .env file26cat > .env << 'EOF'27# FoundationDB default configuration28EOF2930# 3. Start the services31docker compose up -d3233# 4. View logs34docker compose logs -fOne-Liner
Run this command to download and set up the recipe in one step:
terminal
1curl -fsSL https://docker.recipes/api/recipes/foundationdb/run | bashTroubleshooting
- Error 'cluster_file_too_old': Ensure FDB_CLUSTER_FILE environment variable points to valid cluster configuration or regenerate cluster file
- Connection timeouts on port 4500: Verify firewall settings allow traffic and container networking mode is properly configured
- Transaction conflicts causing high retry rates: Implement exponential backoff in application code and optimize transaction scope
- Storage engine errors in logs: Check available disk space in fdb_data volume and ensure proper write permissions
- Cluster formation failures: Verify FDB_NETWORKING_MODE is set to container and no conflicting network policies exist
- High memory usage warnings: Monitor transaction log size and implement proper database maintenance procedures using fdbcli
Community Notes
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