Data & Databases connector

    Plan governed AI workflows around Supabase.

    Use operational data as workflow context and persist validated results with clear boundaries. Explore example AgentRuntime patterns for Supabase, then confirm connector availability and supported actions before production use.

    Catalogued connectorSupabase

    Use operational data as workflow context and persist validated results with clear boundaries.

    Read and write data through explicit steps while AgentRuntime controls schemas, retries, state, and downstream decisions.

    Example execution path● Planned
    01
    SupabaseProvide a trigger, context, or destination.
    02
    AgentRuntimeCarry durable state through the complete run.
    03
    Agents + rulesReason, validate, branch, and select actions.
    04
    People + systemsApprove, intervene, and complete the process.

    Example architecture only. Exact triggers, actions, scopes, and deployment requirements depend on the connector configuration.

    Start with a workflow outcome, not an isolated tool call.

    These are representative patterns for the Data & Databasescategory. They are not claims about currently enabled Supabase actions.

    01

    Build context for an agent

    Load only the records needed for the current task and carry the result through the run.

    02

    Persist structured outcomes

    Validate model and tool output before writing approved fields or records.

    03

    Reconcile systems

    Compare sources, identify mismatches, and route corrections through controlled actions.

    Confirm the boundary before the workflow acts.

    Catalog coverage changes. Validate the actual connector build, authentication method, supported operations, and environment requirements with the AgentRuntime team.

    1. 01Use least-privilege credentials and scoped queries
    2. 02Validate schemas before reads and writes
    3. 03Design idempotency, transaction, and retry behavior

    Define the Supabase workflow boundary.

    Bring the trigger, actions, access constraints, and human decision points. We will map the governed execution path.