Sophic provides a fork-and-merge layer for Postgres databases, giving AI agents and development teams isolated, copy-on-write database branches for safe experimentation. Each fork is a real, unmodified Postgres instance with its own credentials, and merges apply changes back to the parent in a single transaction with conflicts returned as inspectable data. The system exposes SQL, HTTP, and MCP interfaces, enabling coding agents to fork before writing and merge only when changes hold.
Funding
Funding not disclosed
Founders
Product
Problem
AI coding agents and development teams need to experiment with database changes, but shared staging environments create contention and risk. Running migrations or data transformations directly against production or shared databases is dangerous, while traditional branching tools for Postgres lack proper merge capabilities and leave teams without a safe way to reconcile concurrent changes.
Solution
Sophic adds a fork-and-merge engine on top of unmodified Postgres, giving each agent or workflow its own isolated database instance. A fork is a copy-on-write snapshot that shares pages with its parent until written, making it cheap to create regardless of database size. When an agent finishes, a three-way merge diffs the fork against the parent using the recorded fork point, applies non-conflicting changes in one transaction, and returns conflicting rows as data the agent can inspect and resolve. The system exposes the same operations through SQL, HTTP, and MCP, so coding agents like Claude Code can fork before writing and merge only when tests pass.
Target Audience
Primary users are engineering teams running AI coding agents, platform teams managing preview environments, and backend teams needing safe schema migrations and data experiments on real Postgres databases.
Features
- Copy-on-write forks that create a full Postgres instance with its own credentials and connection string in seconds, regardless of database size
- Three-way merge engine that diffs schema and rows against the recorded fork point, applying non-overlapping changes in one transaction and returning conflicts as inspectable rows
- Complete fork and merge history with addressable events, recording what each agent changed and whether it landed without requiring an audit table
- MCP server integration that wires directly into coding agents, providing four tools for fork, merge, and history operations
- Support for unmodified Postgres including extensions, drivers, and psql, preserving existing operational workflows like backups and replicas
- Multiple control surfaces including SQL, HTTP, and MCP for the same fork and merge operations