eNOVA, AI powered voice assistant platform for enterprises, Harman International Industries, Inc., Stamford, Connecticut, USA


HARMAN eNOVA : AI-powered voice assistant platform

Aug 31, 2020

HARMAN eNOVA is an AI-powered voice assistant platform that helps make the user experience more connected, convenient, contextual and personalized. It has state-of-the-art Automatic Speech Recognition (ASR) capabilities with very high precision. Powered with Natural Language Understanding (NLU) and high-quality speech synthesis. HARMAN eNOVA platform can be used by organizations to build conversational experiences into their products, devices or organizational processes. It allows easy addition of domain-specific use-cases and conversations, as well as system integration with enterprise backend systems and 3rd party systems.
 

Contactless and conversational vending experience by HARMAN

Oct 7, 2020

Today’s vending machines are fast evolving from legacy, coin-operated, product dispensing units to become full scale customer engagement and analytics solutions which are centrally managed to maximize revenue, plug leaks and improve operational efficiencies. The contactless and conversational vending experience by HARMAN leverages advanced technologies like intelligent voice assistant(HARMAN eNOVA), face recognition, IoT, Interactive display signages and Big Data to make the vending machines more convenient and engaging to use, leading to a positive impact on the demand and customer experience.
 

HARMAN eNova 2022

Feb 3, 2022

Smart speakers and voice assistants are redefining consumer interactions. Preference for contactless interactions and excellent voice experiences is rising. Tap into the power of voice AI to intelligently respond to customer sentiments and help them feel heard.

Leverage HARMAN eNOVA, a voice AI platform that can easily integrate into your systems while also intelligently conversing with your end-users. HARMAN eNova can help build unique conversational experiences across industries while also automating processes.​
 
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