Vendor-Neutral BYOC Control Plane

Safely Write AI & ML Decisions Back into Operational Databases.

The multi-cloud BYOC control plane for predictive models, batch enrichment, and AI agents. Eliminate production table locks across serverless (Neon, Supabase, Turso) and enterprise engines (PostgreSQL, SQL Server, Fabric, Snowflake, Iceberg) inside your cloud perimeter.

0 Production Table Locks Multi-Cloud (AWS / Azure / GCP) & Serverless <15ms In-Memory Masking
Operational Write-Back Workflow

How Decisions Safely Reach Your Database

1INGEST & MASK

In-VPC Ingestion

Inference scores or agent tool calls arrive via MCP or REST Ingestion. Progressive disclosure and in-memory masking keep raw PII inside your VPC.

2DRY-RUN ASSERT

Ephemeral Sandbox

A serverless Copy-on-Write branch (Neon/Supabase) dry-runs the write. Cedar ABAC evaluates confidence and bounds before merge.

3IDEMPOTENT COMMIT

Non-Destructive Serving

Writes land in dedicated serving tables with composite keys. Primary tables remain 100% unmutated and immune to race conditions.

Core Architecture

Five Pillars of Governed Operational AI Feedback

Built for enterprise data teams running PostgreSQL, SQL Server, Neon, Supabase, and Iceberg.

Interactive Control Plane Sandbox

Live In-VPC Policy & Sandboxing Inspector

Execution Context
Threshold: >= 0.88 required for auto-promotion
PERMITTED (Serving)1.2ms PDP
policy.cedar
// Open-Source Cedar ABAC Decision Point (In-VPC/In-VNet)
permit(
  principal in AgentRole::"OperationalScoringAgent",
  action in [Action::"AssertTransientWrite", Action::"PromoteToServing"],
  resource in Table::"serving_customer_risk_scores"
)
when {
  context.model.confidence >= 0.88 &&
  context.agent.delegation_depth <= 2 &&
  resource.is_serving_table == true
};
Frequently Answered Questions

Technical & Architecture Insights