Show Notes
Performance expectations are rising - but the systems designed to support people haven’t kept up.
In this episode of the Digital HR Leaders Podcast, host David Green is joined by Parker Mitchell, CEO and Founder of Valence, to explore how AI is transforming the way organisations think about performance.
Tune is as they explore:
Why traditional performance management still feels broken How AI coaching can support real-time performance improvement at scale How trust, context, and timing make the difference in effective AI tools What changes when every employee has access to a personal coach The signals that show AI coaching is driving real performance impact How HR leaders can start small - but smart - when exploring AI coaching
This episode is sponsored by Valence.
Imagine if every employee had a world-class coach in their pocket. That’s exactly what Valence has created with Nadia - the AI-powered coach helping Fortune 500 companies scale development, boost performance, and support leaders at every level.
Learn more at valence.co/insight222 Hosted on Acast. See acast.com/privacy for more information.
More from Digital HR Leaders with David Green
As AI makes knowledge more widely available, are organisations paying enough attention to the relationships that help people put it to work?
What changes when the people function is designed not as a collection of separate HR processes, but as part of the operating system of the company?
Your organisation has committed to an AI strategy. But what does that commitment mean for the people who have to work differently because of it?
What if the thing slowing down AI in HR isn't the technology at all, but the way the function is set up to deliver it?
As AI reshapes work, the people function has an opportunity to play a much bigger role in how organisations navigate the transformation. At Snowflake, that starts with trusted data, strong people analytics and a clear view of what technology should automate, where it should augment human capability, and what should remain human.