AI Sentiment Analysis Benefits
Improve employee experience and boost productivity
Companies can understand how their employees feel by analyzing the messages and conversations of their employees which in turn helps cut off the employee turnover rate and increase the organization’s productivity.
Spreading positive behavior to other parts of the company
By viewing employee reports of most negative/positive communication Sphereshield’s AI Sentiment Analysis data helps businesses promote positive behavior in the workplace by comparing employees’ performances and encouraging everyone to improve.
Improve customer satisfaction
Understanding the customers’ emotions can empower your employees with the knowledge that can help them better serve the customers. The customer-facing team can therefore offer proactive solutions to increase customer satisfaction.
Improve the remote working experience
Giving visibility to employee communication with others while working remotely, will help employees stay connected to their team and improve their collaboration with others.
Manage the negative behavior of employees
Businesses need to make sure that every employee who is communicating directly with customers is giving an excellent service level. Sphereshield’s AI Sentiment Analysis engine can help businesses identify negative behavior and detect meetings that need some attention due to a large amount of negativity.
Customer Success/Support Managers
Customer Success / Support Managers
HR Manager
HR Managers
Employees
Employees
Natural Language Processing
How does Sentiment Analysis work?
AI sentiment analysis combines Natural Language Processing (NLP) and Machine Learning.
NLP uses computer-based methods that analyze the human language used in communications. In order for machines to understand the text and speech used by humans.
Some NLP techniques need to be put in place, including Tokenization, Stemming, and Part-of-Speech (POS) Tagging. After the natural language processing is completed the text will be ready for the classification process of machine learning.