Security Architecture: How is customer data protected?
Each customer's data resides in a dedicated, single-tenant environment. Conversation data, knowledge base, and configuration never touch another customer's environment. This is genuine isolation, not multi-tenant with data partitioning. The significance of this choice became clear after the Drift/Salesloft OAuth breach in August 2025, where broad OAuth permissions in shared infrastructure cascaded into data exposure for more than 700 organizations. Single-tenant architecture eliminates that category of risk by design.
Data protection includes encryption at rest (AES-256) and in transit (TLS 1.2+), managed key rotation, narrow OAuth scopes by default, rate limiting, and bot protection. PII masking automatically strips personally identifiable information from conversation logs before storage, configurable for different categories based on regulatory requirements.
For IT and security evaluators, the orchestration approach means fewer point solutions. One platform handling engagement, routing, enablement, and content intelligence is fewer vendor relationships, fewer integration points, and fewer data flow risks than a stack of separate tools.
WHAT CHANGES
Enterprise architecture designed for security
Three security-first architectural decisions that eliminate categories of risk.
Single-Tenant Architecture
Each customer's data resides in a dedicated environment. Conversation data, knowledge base, and configuration never touch another customer's environment. Genuine isolation, not partitioning.
Pre-Launch AI Verification
Before the AI represents your brand: batch testing for accuracy validation, hallucination detection, prompt injection resilience, and out-of-domain handling. Guardrails block malicious queries.
AI Response Monitoring
A trained Evaluation Planner monitors AI responses around the clock. Detects drift, flags concerning patterns, and alerts on aberrations. Production observability for AI systems.
PROOF POINTS
The numbers behind the claim
Independent audit of security controls, availability, processing integrity, confidentiality, and privacy.
SOC 2 Type II Report
At rest and TLS 1.2+ in transit. No static tokens. Managed key rotation on scheduled basis.
Vurbalize Security Architecture
Automatic identification and redaction from transcripts before storage. Configurable by regulatory requirements.
Vurbalize Data Protection
Deployed at Fortune 500 scale. Top-10 US bank completed security evaluation and deployment.
Vurbalize customer deployments
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