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Wipro HOLMES

Wipro HOLMES – Artificial Intelligence Platform is a rich set of cognitive computing services for the development of digital virtual agents, predictive systems, cognitive process automation, visual computing applications, knowledge virtualization, robotics and drones.

Wipro HOLMES is developed using machine learning, natural language processing, genetic and deep learning algorithms, semantic ontologies, pattern recognition and knowledge modelling technologies to provide solutions that deliver cognitive enhancement to experience and productivity, accelerate process through automation and at the highest stage of maturity reach autonomous abilities

 
 
 
 
 
 
Applications

Wipro HOLMES is designed with a focus on enterprise use cases from IT and Business process areas, has the ability to continuously learn from new data, recommend a solution and predict failures. The following are the applications of Wipro HOLMES

Digital
Virtual Agents
Enhanced user experience with capabilities like speech recognition, natural language understanding;
E.g. Collaborative Agents, Customer Support/Experience, DIY Support.
Predictive
Systems
Extracting meaning from different forms of data, using tools and techniques – to discover patterns, predict future outcomes and trends;
E.g. Recommender Systems, Anticipatory Systems, Automated Scenario Modeling.
Cognitive
Process Automation
Cognitive Process Automation is defined and executed based on a loose set of instructions or logic. These instructions are largely machine-learnt, evolve continuously and can be user-defined as well;
E.g. Automated Problem Resolution, Software Release Automation, Modal Interactions and Experience Management.
Visual
Computing Applications
Visual computing applications that can acquire, analyze and help synthesize realistic interactive interfaces and identify patterns;
E.g. Dynamic Pattern Clustering, Computer Vision.
Knowledge
Virtualization
System that can curate knowledge by using AI techniques. They rely on usage of expert knowledge databases to arrive at decisions;
E.g. Diagnostic Experts, Advisory Systems, Natural Language Generation.
Robotics
and Drones
Robotic automation is powered by a repetitive set of instructions. These instructions are mostly defined by the user and sometimes machine-learnt. They can be fed into the system by analyzing repetitive patterns;
E.g. Smart Drones, Brain-Controlled Robotics.
Scenarios
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