Every day, organizations face a brutal security paradox: encrypt your sensitive data and lose the ability to search it efficiently, or prioritize searchability and risk exposure. This impossible choice has plagued security teams for years.
Legal departments need to search emails during discovery. Healthcare providers must locate specific patient records. Financial institutions require audit capabilities across encrypted communications.
Until now, the solution has always been the same: decrypt everything first—creating vulnerability and inefficiency at scale.
Virtru has eliminated this security deadlock with fully encrypted data that remains completely searchable without ever being exposed.
The Security vs. Searchability Tradeoff
For years, organizations have faced an uncomfortable choice:
- Option A: Maintain robust encryption but sacrifice the ability to search content efficiently
- Option B: Enable searchability but weaken your security posture
This tradeoff becomes particularly painful during legal audits, compliance checks, and e-discovery processes. When teams need to locate specific information within encrypted communications, the traditional approach would require decrypting everything first—creating vulnerability and inefficiency.
Virtru's Patented Solution: Searchable Encryption
Virtru has developed a patented approach that eliminates this tradeoff - Searchable Symmetric Encryption technology allows organizations to search through encrypted data without exposing plaintext content to anyone—not even the service provider.
You can even do an "Encrypted Search" directly in your email client (like Gmail or Outlook) with Virtru.
How It Works: The Technology Behind the Scenes
Virtru's searchable encryption combines several sophisticated techniques:
- Tokenization and Subtoken Expansion: Each word in an encrypted document is converted into a four-character alphanumeric token. For example, "confidential" might become "a0b1." These tokens are further divided into subtokens to prevent correlation attacks.
- HMAC-based Search Tokenization: When you initiate a search, your terms are transformed using a Hash-based Message Authentication Code (HMAC). Your search terms are never exposed—the system matches your query against encrypted tokens without decrypting the content.
- Bloom Filters: These probabilistic data structures enable efficient search operations without maintaining word order or exposing plaintext. They essentially obfuscate the relationship between encrypted content and search terms.
- Noise Injection: Random tokens are introduced into the tokenized data to prevent statistical analysis that could reveal patterns in sensitive data.
Want more technical detail? Check our our free datasheet on Virtru Encrypted Search.
Read the Datasheet
Real-World Applications
Virtru's technology has proven invaluable across industries with strict data protection requirements:
- Legal Teams can conduct e-discovery on encrypted communications
- Healthcare Organizations can search patient records while maintaining HIPAA compliance
- Financial Institutions can perform audits while protecting sensitive customer data
Key Benefits
- Preserved Security and Privacy: Search processes remain completely confidential
- Seamless Integration: Works with Google Drive, Microsoft 365, Gmail, SharePoint, and more
- Compliance Support: Meets strict regulatory requirements without compromising security
- Zero Trust Architecture: No entity, including service providers, has full access to your data
The Future of Secure Data
By solving the encryption-searchability paradox, Virtru has advanced data-centric security in a meaningful way. Organizations can now implement strong encryption without sacrificing functionality—striking the perfect balance between protection and accessibility.
Are you an existing customer? Visit our Support site to learn more about Virtru encrypted search, and how to enable Encrypted Search.
Not a customer, but want to learn more about Virtru's data-centric security suite? Reach out to our team today.
