This new development capability provides a new way to add business logic to your applications using a natural language interface that minimizes the need to write code. The interface consolidates many of the automation capabilities of the platform into one place, and makes it much easier to build and visualize business processes.
With this new capability, it will provide an embedded proven practice workflow process that streamlines the identification, tracking and resolution of high impact incidents denying the organization of crucial services based on agreed upon service levels as defined in service level agreements (SLAs).
This helps accelerates your ability to create apps that connect multiple systems and data without writing any code. Users with limited coding skills, like IT generalists and process analysts, can rapidly deliver solutions that innovate your business with simplified process flows and an intuitive interface.
This new enhancement allows organizations to simultaneously identify dozens or hundreds of service mapping candidates much easier.
This provides deep insight into unstructured data in user-entered text fields, word clouds that delivers ?actionable intelligence, and help easily identify associations between keywords.
Leveraging machine learning, this provides auto-categorization and auto-assignment solutions to create a simpler fulfiller experience and improve the time to resolve (TTR) for customers.
This application aligns vendor management with the enterprise risk management application. Some advantages of this solution are:
- Accelerate assessment, scoring, and risk prioritization of vendors by using GRC and security indicators
- Continuously monitor changes in the vendor risk posture and threat environment, and quickly assess its impact to the organization’s risk posture.
Available at no-cost on Share, this integration is provided as a proof of concept and is not supported. However, this capability can help improve customer satisfaction by being accessible to users, answering questions automatically without manual intervention.