We combine advanced analytics and text mining capabilities using machine learning and artificial intelligence to turn information into actionable insights.
Our cognitive computing capabilities can help banking and insurance companies to recognise risks and frauds.
We enable enterprises to with data discovery, model development, and deployment to assist clients to uncover patterns in data and predict future trends using deep learning.
Our offerings in Computer vision are concerned with the annotation, automatic removal, analysis and recognising of helpful information from a single image or a sequence of images.
With help of this we try to solve difficult problems and uncover new opportunities like Fraud detection, marketing campaign optimization, operations improvement & risk reduction.
We are capable to quickly turn big data analytics into actionable insights across multiple big data use cases.
Engage more customers, leads and generate business and manage existing and new customers with our chatbot building capabilities:
Engage more customers, leads and generate business and manage existing and new customers with our chatbot building capabilities:
A conversational AI platform that leverages the power of Text Analysis, NLP & Computer Vision to connect and communicate interviewee with companies. This will help companies to market their jobs, onboard quality people and communicate smartly with them and higher chances to retain them because of their involvement and interest in the company which can be found out during their interaction with the Platform, which come with below features:
Our advance NLP provides a selection of powerful tools and skills which can be used to enhance personal performance in many fields which are particularly relevant in business like:
Our cognitive computing capabilities can help banking and insurance companies to recognise risks and frauds.
We enable enterprises to with data discovery, model development, and deployment to assist clients to uncover patterns in data and predict future trends using deep learning.
