Climb’s Smarter Networks, Stronger Security Webinar Series with HPE
From Risk to Resilience: Securing Today’s Enterprise
Wednesday 23 September | 11:00 AM BST
Today’s security challenges extend far beyond the traditional network perimeter. With users, devices and applications spread across on-premises environments, the cloud and the edge, organisations need a security strategy that delivers consistent protection without adding complexity.
Join Laurence as he explores how HPE is helping organisations build resilience through an integrated, end-to-end security approach. Learn how partners can guide customers towards stronger security outcomes by reducing risk, simplifying policy management and protecting modern enterprise environments.
What you’ll gain from this session
Rather than managing multiple disconnected security tools, discover how a unified approach can help customers:
- Build a security strategy that supports long-term business growth
- Strengthen protection for users, devices and business-critical data
- Apply consistent security policies from edge to cloud
- Reduce operational complexity while improving cyber resilience
Attend all three webinars in the Climb & HPE series and you’ll be entered into a prize draw for a €100 Amazon voucher. *Terms & Conditions apply.
Why Attend?
Each session focuses on a key challenge facing modern organisations, providing practical advice, architectural best practice and real-world use cases from HPE experts.
Practical, Expert-Led Sessions
Hear directly from HPE specialists and gain real-world guidance you can apply immediately.
Stay Ahead of Emerging Technologies
Explore Zero Trust, agentic AI, self-driving networks and modern enterprise security strategies.
Strengthen Customer Conversations
Learn how to address today’s networking and security challenges with confidence.
Future-Proof Your Business
Discover integrated approaches that simplify operations while improving performance and resilience.
*Terms & Conditions for Climb & HPE: Smarter Networks, Stronger Security Webinar Series