The core of the Cyphlens technology is in-document encryption that functions at a granular level. When a user tasks an AI with identifying a renewal date in a legal agreement, the software can mask the negotiated price while leaving the remaining text readable for the model. Crucially, these redactions occur in-place, meaning the file remains a standard Word or PDF format rather than an encrypted container. This allows a single document to reveal different information sets to different users or AI agents depending on their authorization.
Beyond document parsing, the company offers a capability called CypherFile, which manages protection for files up to one terabyte. The system operates on a zero-knowledge architecture where content never reaches Cyphlens servers; encryption and decryption occur locally on the sender's device. This ensures that even after a file is shared and travels across various channels, the sender retains the ability to revoke access. If a document is recalled, the content becomes permanently inaccessible because each attempt to open the file requires a real-time verification check.

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