Slack is more than just a communication tool. It is a productivity platform with the ability to boost employee productivity through automation and AI. While Slack is known for its communication capabilities and fun features like emojis and GIFs, it is now considered a productivity platform with vast potential.

In this presentation, Anna O’Connell – Experience Architect at Slack and Dale Micallef – Product Marketing Director at Slack refer to a State of Work report conducted by Slack, highlighting that many leaders feel pressured to increase productivity amid economic challenges. However, they note that few are leveraging automation and AI to rethink their approach to productivity and employee experience. Anna and Dale stress the importance of considering factors like schedule flexibility and effective collaboration to improve productivity and job satisfaction.

Anna and Dale use a real time demonstration of how Slack can be utilised for onboarding new employees, streamlining tasks, and automating processes. The demonstration includes using workflows, Canvas, and integrations with other apps, making onboarding efficient and engaging.

Embracing new technologies, such as automation and AI, can transform the employee experience and achieve better productivity outcomes. Slack can serve as a productivity platform that integrates collaboration, automation, and AI, with potential benefits already seen by early adopters.

Key Takeaways:

• The State of Work report revealed that many leaders are under pressure to increase productivity, but they are not effectively embracing automation and AI to improve productivity.
• The employee experience is directly related to productivity, and factors like schedule flexibility and effective collaboration play crucial roles. Automation and AI in Slack can significantly boost productivity, saving time and improving well-being for employees.
• Slack’s capabilities include automating onboarding processes, integrating with various apps, and leveraging AI assistance for writing and summarising channels.