Robert De Niro and Jane Rosenthal to Headline Cisco WebexOne Event
Three in-person WebexOne attendees will be selected to meet Neil deGrasse Tyson in an intimate setting.
Tech company Cisco (NASDAQ: CSCO) has announced keynote speakers headlining Webex by Cisco’s WebexOne, a hybrid work and customer experience conference taking place on October 24-26, 2023.
According to Cisco, the event theme centers on reimagining a future powered by AI, and will feature executives from top global brands, industry leaders, Webex experts, and celebrity speakers.
The event will focus on trending topics across AI, hybrid work and customer experience, including conversations exploring the intersection of technology, entertainment and business. WebexOne will feature the latest innovations from Webex, customer conversations and guest speakers.
Robert De Niro and Jane Rosenthal, Co-Founders of the Tribeca Festival, will be interviewed by Jeetu Patel, Cisco Executive Vice President and General Manager of Security and Collaboration.
The focus of this fireside chat will be on bridging technology and entertainment to build a more inclusive world, following Tribeca Festival’s recent partnership with Webex.
The partnership brought together artists and diverse audiences around the globe to broadcast the Festival’s closing ceremony via Webex Events for the first time.
In addition, three in-person WebexOne attendees will be selected to meet Neil deGrasse Tyson in an intimate setting. You can register to attend WebexOne by September 15 to be automatically entered in the drawing to meet deGrasse Tyson.
Attendees will also have the opportunity to preview new Webex innovations, receive hands-on demos and choose from over 40 technical breakout sessions and four technology tracks to attend. Cisco will also announce its annual Webex Champion Award winners at the event.
Webex provides cloud-based collaboration solutions which include video meetings, calling, messaging, events, customer experience solutions like contact center and purpose-built collaboration devices.