Sameer Nalla
Sr Staff Software Engineer
Sameer Nalla is a Staff Software Engineer who leads the Automation Center (AC) team on the ServiceNow platform. In this role, Sameer provides product design and strategy for hyper-automation through the use of scalable and reliable AC solutions, allowing customers to centralise, vendor-agnostic hub to intelligently manage your automation landscape, govern and manage end-to-end automation lifecycle. Before joining ServiceNow in 2016, Sameer helped global organisations build enterprise-class products and low-code/no-code platforms. He has over 12 years of industry experience.
Recent News
View all
Ask the Experts: How to kickstart your hyperautomation journey with all RPA tools
KL
Conference Sessions
Ask the Experts: How to kickstart your hyperautomation journey with all RPA tools
CCE2486-K23
View performance vs. business goals, cost and time saving metrics, active automations, and pipeline. Learn how to monitor operational health, job status, incidents, and changes to help prevent automation failures. Hear how hyperautomatiion enables business facing visibility towards detailed benefits like KPIs of existing automations, overall cost and time saved. Hear how the Configurable Framework provides critical/medium/low insights of your applications. View the generated insights from the insight rules in Automation Center Executions dashboard.
Lights, camera, automate! Take charge of your automations with Automation Center
CCL1221
This lab session will provide a hands-on introduction to getting started with Automation Center. Attendees will be guided through the entire process, starting with creating automation requests and developing tasks. We will demonstrate how to publish automations, monitor their execution, and evaluate the return on investment (ROI) from these automations. Participants will also learn to integrate various platforms with Automation Center to streamline data flow. Lastly, learn how to manage all automations with a single click, simplifying operations and enhancing overall efficiency.