Cognizant has expanded its Neuro AI platform with new features to help companies develop and deploy AI applications faster.
These enhancements, including multi-agent orchestration, aim to solve challenges around AI scalability and provide new opportunities for customers. One of the key new features is the Opportunity Finder, a multi-agent tool that helps companies identify potential AI use cases.
read also
What is a true digital twin? Not a static but dynamic process
Conductor of the orchestra
In addition, Cognizant is introducing a Model Orchestrator that allows users to easily cleanse data and apply machine learning models. These enhancements allow companies to test and develop AI solutions faster. The platform updates additionally support decision-oriented AI systems, which helps companies evaluate the impact of different solutions and make strategic decisions.
Research from Cognizant and Oxford Economics shows that 76 percent of companies are looking for ways to leverage AI for new revenue streams, but often struggle with implementation. The Neuro AI platform is designed to remove these obstacles by enabling companies to find and test relevant AI solutions within minutes. The platform also provides tools to import synthetic or anonymized data for further model development.
From the lab
The improvements to the platform are based on research from the Cognizant AI Research Lab, which focuses on the development of decision-making AI systems. These new multi-agent driven features represent the first research project to be incorporated into a commercial application. The platform is applicable in various industries, such as inventory management, dynamic pricing and fraud prevention, and helps companies better leverage their AI initiatives.
According to Babak Hodjat, Chief Technology Officer of AI at Cognizant, multi-agent AI systems provide a solution to the challenges faced by many businesses. By integrating this technology into the Neuro AI platform, companies can deploy and scale decision-oriented AI solutions faster.