Industrial Speech Technology for Optimal Recognition

Unlike consumer speech recognition systems, industrial solutions require near-perfect recognition accuracy, even in a noisy environment with a widely diverse user population. To meet these demands, every Lucas voice-directed mobile application includes our industry leading dual-recognition speech recognition ensuring workers are understood quickly and accurately, every time they speak.
Ongoing Adaptation

What's Different About Our Speech Recognition?

Lucas incorporates the latest advances in speech recognition technology with additional noise filtering and audio processing technologies to ensure near-perfect recognition in harsh industrial settings.

Our speech recognition utilizes multiple simultaneous recognition strategies (phonetic and word-based) to ensure optimal recognition, even for users with non-standard accents or non-standard speech patterns who may struggle to get acceptable recognition with other speech systems. 
Speech Recognition Technology

Unlike consumer-oriented recognition systems used for automated call routing and other customer service applications, industrial speech systems are designed to optimize recognition for each individual user. While traditional speaker-dependent systems require 20-30 minute voice training sessions, Lucas speech recognition requires no user training. (While people use Lucas without training, the system is not speaker-independent.)

Lucas speech recognition automatically adapts to sudden and frequent changes in background noise, and the system adapts to users, even as their speech patterns change in the course of a single shift (due to fatigue, for example), or from day-to-day. With many legacy voice recognition systems, users frequently had to record a new model as they became accustomed to the system and started to speak more quickly. Workers never need to retrain, and they are able to tune the system to better recognition individual words or phrases.

Better Recognition is Critical

Speech recognition accuracy is critical to user adoption and efficiency. If a warehouse worker using a voice picking system has to repeat him- or herself, or if the speech recognizer mis-recognizes commands, the user’s productivity suffers. Equally important, recognition errors frustrate users and can lead to worker resistance to using the technology.

From a dollars and cents perspective, every five percent difference in recognition accuracy – 99% accuracy versus 94%, for example – translates into 2-6 minutes of productivity benefit per user per day (depending on pick rates and other factors). While the individual time benefit of better accuracy is small, the cumulative benefit for operations with large numbers of users is significant.

Ready to set new productivity and accuracy standards with voice directed warehousing?

Let’s turn your distribution operation into a competitive advantage, together.