Unlock AI across customer support, operations, and financial workflows without exposing payment data, PII, or other sensitive fields to models.
The VGS AI Data Firewall sits between your application and AI systems to automatically detect and tokenize sensitive data, enforces policies, and safely reconstruct responses.
Contact UsPrompts, tickets, transcripts, or transaction context flow toward an AI provider or internal model.
Route traffic through VGS in the data path-no scattered redaction logic across microservices.
Automatically tokenize, mask, redact, or block based on your policy (e.g., PAN always tokenized; PII masked in non-prod).
The model receives only non-sensitive tokens and context, enabling useful inference without exposure.
Reconstruct allowed values for authorized systems and log events for audit and compliance automation.
Keep raw sensitive data out of AI pipelines to reduce exposure and simplify compliance posture.
One place to define what data is allowed into which AI tools, environments, and enpoints.
Remove the need for fragile DIY redaction systems to unblock AI rollouts.
Talk to a VGS expert to map your AI workflows and define protection and reconstruction policies.
A security layer that sits between applications and AI models to control what data flows into and out of AI systems, applying detection and protection policies before inference.
The AI Data Firewall is designed as an infrastructure layer—route requests to third-party AI providers or internal models while keeping sensitive fields protected.
DIY redaction is often duplicated across services and hard to keep correct over time. VGS centralizes detection and policy enforcement in the data path.
VGS protects sensitive data including Payment cards, bank accounts, SSNs, addresses, health data, and other sensitive identifiers—depending on your configured detection and policy rules.
Yes, policies can block requests, allow only tokenized payloads, or restrict specific fields by environment and endpoint.
Start with a discovery call to map AI workflows, identify sensitive data touchpoints, and define policies for protection and reconstruction.