Securing Private 5G: 30 Risks You Need to Know

You're deploying private 5G to revolutionize your operations – faster speeds, lower latency, enhanced reliability. But are you really prepared for the new wave of security threats that come with it? In our comprehensive study, we uncovered 30 attack vectors in private 5G that simply can't be ignored. 

Unlike previous generations, 5G leverages cloud computing, software-defined networking, and multi-access edge computing. This new architecture increases the attack surface but also provides more flexibility to secure the infrastructure. This calls for a comprehensive security assessment strategy, drawing on expertise and guidance from organizations such as 3GPP, NIST, ISASecure, GSMA, IEEE, CISA, and ENISA. 

In demanding industrial automation environments, where real-time performance, ultra-reliability, and robust security are non-negotiable, the stakes are even higher. A compromise in your private 5G network can lead to: 

• Data breaches of sensitive operational data 

• Disruptions in critical control processes 

• Potential physical damage and safety incidents 

• Significant financial losses 

• Stakeholder confidence 

This case study isn't about fear-mongering; it's about arming you with the knowledge and actionable insights you need to confidently secure your private 5G deployment. 

At Palindrome Technologies, we've been deep-diving into 5G security since its inception. And what we've found should be top-of-mind for every CISO, Network Architect, and OT Security professional deploying this technology. 

In this case study, you'll discover: 

• Real-World Security Assessment: How we rigorously tested a private 5G Standalone (SA) network designed to support industrial automation, uncovering vulnerabilities unique to this environment. 
• Overview of Critical Vulnerabilities: We highlight several of the most significant vulnerabilities identified in our study, providing insights into the types of risks facing private 5G networks in industrial settings. 
• Standards-Aligned Methodology: The steps we are taking to incorporate expertise and guidance from organizations such as 3GPP, NIST, ISASecure, GSMA, IEEE, CISA, and ENISA to improve the methodology. 
• Measurable Results: How we helped our client achieve a 75% reduction in their exposed attack surface by hardening configurations and patching vulnerabilities specific to their industrial automation deployment – a clear ROI for security investment and increased stakeholder confidence. 

Download the case study now to learn how to protect your most critical assets. For the complete list of all 30 identified vulnerabilities and a detailed discussion on how they might impact your specific environment, please reach out to our team of experts.