Protect Sensitive Data in LLMs

An enterprise-grade solution for safeguarding unstructured data in LLM workflows

Protect Sensitive Data in LLMs
Bristol Myers Squibb CapitalOne CRIF Roche Capgemini EY cognizant NTT DATA
Struggling to use and protect your enterprise data?
Traditional data protection methods fail to secure data in use within LLMs & RAG, exposing your business to:

  • Disclosure Risks: LLMs may reveal sensitive information from seemingly harmless inputs.

  • Cloud Hosting & Data Sovereignty: Concerns over sending data to third-party clouds, especially with data sovereignty laws.

  • Compliance Hurdles: Regulations like GDPR and HIPAA restrict the use of sensitive data, making it difficult to fully utilize AI models.
0%
Expect generative Al to have the largest impact on their business out of all emerging technologies
0%
Think generative Al implementation introduces moderate to high risk concerns
Source: KPMG, "Generative AI: From buzz to business value", 2023. An exclusive KPMG survey shows how top leaders approach generative AI.
End-to-end data security without compromising utility or compliance
End-to-end data security without compromising utility or compliance
Anonos' LLM protection solution safeguards sensitive unstructured data in LLM workflows, offering policy-driven granular protection and selective disclosure.

Unlike other data protection tools, Anonos safeguards sensitive information end-to-end, from data ingestion to output generation.
Real-World Applications
Anonos partners with some of the world’s largest enterprises to solve their sensitive data challenges, enabling the use of LLMs and RAG securely and compliantly.
FINANCIAL SERVICES
FINANCIAL SERVICES
A major financial institution used Anonos' LLM protection to secure client data, enabling customer service agents to access needed information, reducing compliance risks, and saving millions in operational costs.
HEALTHCARE
HEALTHCARE
Anonos' LLM protection enabled a healthcare provider to analyze patient data while remaining HIPAA compliant, improving patient outcomes without risking sensitive disclosures.
TECH ENTERPRISES
TECH ENTERPRISES
An engineering team used Anonos' LLM protection to safeguard proprietary information in technical documentation while providing access to essential design data.
How it Works
  • Detection and Classification: Identify and label all types of sensitive data in unstructured text.

  • Reversible De-identification: Reversibly tokenize sensitive data during processing to preserve utility and ensure protection.

  • Selective Disclosure: Technologically enforce access - only authorized users can view protected data.

  • Real-time Adaptations: Modify protection policies and data sensitivity levels in real-time without the need to retrain or reload models.

  • End-to-End Protection: Protect sensitive data throughout the LLM workflow - including during RAG ingestion and retrieval and LLM outputs.
How it Works
The Anonos Difference
Reversible Tokenization
Reversible Tokenization
Enabling sensitive data to be controllably re-identified when necessary
Granular Protection
Granular Protection
Precise, context-driven control over who can see what data and when
No Retraining Required
No Retraining Required
Real-time configuration adjustments mean your AI workflows remain adaptive and efficient
Scalability
Scalability
Our GPU-accelerated solution ensures minimal latency with robust protection
Global Patent Portfolio
Global Patent Portfolio
28 issued global patents ensure that enterprises can confidently deploy and rely on Anonos’ technology
Comprehensive Approach
Comprehensive Approach
Protecting data in motion and in use - not just at rest