We built a privacy-first enterprise AI platform that runs AI directly on sensitive data — without that data ever leaving the organization's perimeter, even during inference.
The platform supports cloud, hybrid and fully on-premise deployment, with 500+ data-source connectors and AI running under homomorphic encryption.
Regulated enterprises in automotive, finance, healthcare and ad-tech wanted to run AI on their most sensitive internal data — but every solution on the market required that data to leave their perimeter for processing. Compliance teams said no. Procurement said no. Legal said no.
The encryption-based workarounds that existed were either too slow for production use or required rebuilding data pipelines from scratch. The market had no ready answer.
Ingests, transforms and vectorizes data from 500+ structured and unstructured sources in real time — feeding encrypted knowledge bases without data ever moving to an external server.
RAG, table-augmented generation and NL-to-SQL all run under homomorphic encryption — so the model operates on encrypted data without ever seeing the plaintext.
Three retrieval and generation modes supported: retrieval-augmented generation for documents, table-augmented generation for structured data, and natural-language-to-SQL for live database querying.
Fully on-premise deployments where nothing leaves the building — no API calls to external models, no telemetry, no external data transfer of any kind.
Flexible deployment architecture across all three modes — with the same security guarantees whether running in a private cloud, hybrid environment or air-gapped data center.
Data Source Connectors
Structured and unstructured sources — from cloud data warehouses to document repositories and internal databases — all analyzed in place.
Data Egress On-Premise
In fully on-premise mode, nothing leaves the building — not during ingestion, vectorization, inference or output.
RAG · TAG · NL-to-SQL
Documents, structured tables and live databases — all queryable in natural language, all under encryption.