SyncLite provides an open-source sync layer that embeds SQLite, DuckDB, Derby, H2, or HyperSQL directly into applications, automatically streaming every committed transaction to cloud storage. It enables local-first apps, edge-to-cloud sync, and real-time pipelines with full ACID transactions, offline capability, and zero data loss. The platform eliminates the need for custom CDC code and message brokers, replacing 4–5 point solutions with a single, one-day integration.
Funding
Funding not disclosed
Founders
Product
Problem
Modern data-intensive applications face a fundamental trade-off between local database performance and cloud-based synchronization. Building custom change-data-capture pipelines, operating message brokers, and managing retries, batching, and schema evolution across distributed systems is complex, error-prone, and often results in data loss or latency penalties.
Solution
SyncLite provides an embedded sync layer that lets developers write to a local database at native speed while automatically streaming every committed transaction to their cloud store. Supporting SQLite, DuckDB, Derby, H2, and HyperSQL, the platform handles batching, retries, schema evolution, and exactly-once delivery out of the box. Applications work offline with full ACID transactions and zero data loss, with SyncLite delivering committed data to the destination when connectivity is restored. The same engine also powers AI agents by giving them durable local memory that syncs into a shared intelligence layer, all without requiring custom CDC code or message brokers to operate.
Target Audience
Primary users are software developers and data engineers building local-first applications, edge-to-cloud sync systems, real-time data pipelines, IoT ingestion workflows, and AI agents that require durable, synchronized data storage.
Features
- Embedded database support for SQLite, DuckDB, Derby, H2, and HyperSQL with full ACID transaction semantics
- Automatic streaming of committed transactions to cloud storage with exactly-once delivery guarantees
- Offline-first architecture that logs transactions locally and syncs when connectivity allows, ensuring zero data loss
- Built-in batching, retry logic, and schema evolution handling that replaces 4–5 separate point solutions
- AI agent memory layer that provides durable local storage syncing into a shared intelligence system
- Apache 2.0 open-source licensing with no custom CDC code or message broker infrastructure required