Nicholas Reade
Director of ITFM Workflows
Nick Reade is a leading authority on IT Financial Management, with more than eight years of experience in private and public organizations. Nick has helped 50-plus organizations achieve key financial goals such as service cost transparency, forecast accuracy, and automated chargebacks. With experience in management consulting, as well as ITFM solution design and implementation, he is passionate about sharing his knowledge to help IT organizations make better business decisions.
Recent News
View all
Intelligent financial forecasting on ServiceNow Platform
Conference Sessions
Intelligent financial forecasting on ServiceNow Platform
SPN1667
<p>Proven Optics will share use cases on how customers are trading in Excel and email to leverage ServiceNow® for enterprise financial forecasting. Join this session and learn how customers are harnessing the power of automation to bring the entire forecasting process onto ServiceNow – delivering improved financial responsiveness, analysis, and accuracy..</p>
Unlocking IT Value with AI-Driven Cost Modeling
SPN2454
Discover how our Proven Optics Mapping Agent uses AI to identify unclassified transactions and suggest cost object assignments. With a human-in-the-loop approach, it learns from your feedback to create dynamic mapping rules, streamlining future classifications. Enhance accuracy, reduce manual effort, and transform your financial operations with this innovative technology. Join us to explore its potential!
Optimize Budgets with Proven Optics: Reduce Costs Without Disrupting Operations
SPN2422
With IT budgets facing increasing pressure to reduce costs while still delivering results, organizations need smarter strategies for managing expenses. In this session, we’ll demonstrate how the Proven Optics applications, built on the ServiceNow platform, can help organizations identify areas to reduce technology expenditures without affecting core operations. Learn how these tools provide actionable insights to optimize spending, enhance financial efficiency, and ensure that critical functions remain unaffected.