Now optimized for Windows 11 and adaptable to individuals and organizations of all sizes, Dragon® Legal v16 is the professional's documentation partner of choice.
Now serving the needs of both individual and group deployments, Dragon® is the professional speech recognition solution of choice for sectors including financial services, education, and health and human services.
Built on a quarter-century of expertise, Dragon Legal v16 is optimized for Windows 11 and backwards-compatible to Windows 10. It is the premier speech recognition software for both front-end (live speech-to-text) and back-end (transcribed from pre-existing audio files of user's voice) applications.
Empower employees to dictate documents 3 times faster than typing with up to 99% recognition accuracy, right from first use. Capturing information at the speed of thought allows busy professionals to reproduce details with specificity and immediacy while saving time they can spend on clients.
With a next‑generation speech engine powered by Nuance® Deep Learning technology, Dragon® achieves high recognition accuracy while dictating—even for users with accents or those working in open office or mobile environments, making it ideal for diverse workgroups and settings.
Dragon® makes it easy to automate tasks or shortcut repetitive steps. Use custom voice commands to insert standard boilerplate text or signatures into documents or create time‑saving macros to automate multi‑step workflows by voice. Share these customizations across the Dragon user community for efficiency gains.
Reduce dependencies on outsourced transcription services or eliminate business transcription bottlenecks. With Dragon®, transcribe audio files or voice files of the user's voice into text quickly and easily or use the Auto Transcribe Folder Agent (ATFA) to transcribe batch files of audio recordings.
Extend your enterprise‑wide documentation capabilities with our professional‑grade mobile dictation app. Dragon® Anywhere Mobile allows you to create, edit, and format documents of any length and share information directly from a mobile device.