Official Vendor Server
Anthropic✦ Lab Verified
SQLite
Query and manage SQLite databases. Create tables, run queries, analyze data, and manage local database files.
9.5/10
Score
6ms
Latency
Local
Uptime
6
Tools
stdio
Auth
Ecosystem
Anthropic MCP Servers
4 specialized servers, 31 tools tested independently. Each link leads to a full review with tool-level evidence.
| Server | Score | Security |
|---|---|---|
| Memory / Knowledge Graph | 95/100 | 10/10 |
| Puppeteer | 95/100 | 10/10 |
| Filesystem | 95/100 | 10/10 |
| Sequential Thinking | 94/100 | 10/10 |
Quick Verdict
HOOK: Use this for local database operations. Avoid it if you need remote database connections. Best area: table operations and queries. Biggest failure: none in current tests.
Lab Review
What We Found
What works: SQLite MCP delivers exceptionally fast database operations with 5-7ms completion times across all tools. read_query and write_query both execute in 5ms, while schema operations like create_table finish in the same timeframe. This speed makes real-time data analysis completely viable. Where it breaks: We found no operational failures during testing. All 6 tools executed successfully without errors or timeouts. The server handled table creation, data queries, schema inspection and write operations without issue. No authentication problems occurred with local stdio transport. What this means for your workflow: You can build data analysis agents on this server with confidence. Query operations are fast enough for interactive use and schema operations complete instantly. The 100% success rate across table management, reads and writes means you can depend on consistent database access. For developers needing reliable SQLite integration with MCP, this server delivers. For teams requiring remote database access, look elsewhere.
Lab Observations
What actually happened during testing
During testing, our scanner interacted with SQLite. 6 tools succeeded.
| Tool | Status |
|---|---|
| list_tables | ✅ success |
| describe_table | ✅ success |
| read_query | ✅ success |
| create_table | ✅ success |
| append_insight | ✅ success |
| write_query | ✅ success |
Reliability
Full runtime test completed. Score based on transport stability and schema completeness.
Score Breakdown
Reliability
6 of 6 executed tools succeeded.
Security
Score based on schema analysis and dependency audit.
Setup
Local stdio server. Install via npx or binary, no auth required.
Docs
6 tools with descriptions and input schemas.
Compatibility
Standard MCP protocol. Transport: stdio.
Maintenance
Based on commit frequency, releases, and contributor activity.
Tools
6 available tools
Execute a SELECT query on the SQLite database
Execute an INSERT, UPDATE, or DELETE query on the SQLite database
Create a new table in the SQLite database
List all tables in the SQLite database
Get the schema information for a specific table
Show all 6 tools →Show less ↑
Add a business insight to the memo
FAQ
Frequently asked questions about SQLite
What specific SQL operations can be performed through the server?+
We executed six core database operations: list_tables for database schema discovery, describe_table for examining table structure, read_query for SELECT statements, write_query for INSERT/UPDATE/DELETE operations, create_table for schema creation, and append_insight for adding analytical observations. Each operation completed without errors during our test session.
How does the server handle concurrent database operations?+
Our testing focused on sequential operations rather than concurrent access patterns. We executed operations one at a time through the local_stdio transport, so we cannot provide evidence about how the server behaves under concurrent load or multiple simultaneous database connections from our test results.
What error handling behavior did you observe during testing?+
All six executed tools completed successfully without generating any error responses. We did not encounter failed queries, malformed SQL statements, or connection issues during our test session, so we cannot provide examples of the server's error handling patterns or error message formats based on our testing evidence.
Are there any authentication requirements for database access?+
Our tests used none credentials and connected without authentication challenges. The server accepted all database operations through the local_stdio transport without requiring passwords, tokens, or other credential verification. However, this reflects our specific test environment configuration rather than all possible deployment scenarios.
What latency characteristics did different operation types exhibit?+
Query operations (read_query and write_query) both completed in 5ms, representing the fastest category. Table structure operations (list_tables and describe_table) took 7ms each. Schema modification (create_table) and data annotation (append_insight) finished in 5-6ms respectively, showing consistently fast response times across all operation types.
Does the server require an existing database file to function?+
The server operated successfully during our testing session, executing table creation, data queries, and schema operations. However, our test environment was pre-configured, so we cannot determine from our testing whether the server automatically creates database files when none exist or requires manual database initialization before first use.
Related
Explore more
Testing History
Community
Community Reviews
No community reviews yet. Be the first to share your experience!