[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"topic-private-5g":3,"topic-comics-private-5g":26},{"slug":4,"nicheId":5,"title":6,"h1":7,"primaryKeyword":8,"secondaryKeywords":9,"category":13,"ctfId":14,"city":15,"blueOperative":16,"redOperative":17,"intro":18,"faqs":19},"private-5g","Niche_12_Private_5G","private 5G network security architecture — Intelligence Briefs","private 5G network security architecture Intelligence Briefs","private 5G network security architecture",[8,10,11,12],"industrial 5G security","campus private network security","UPF micro-segmentation","Best Practices","CTF_05_SMART_HARBOR","Glass Oasis","Enterprise Eric","Mirage","Private 5G networks at ports, factories, and campuses require IEC 62443-style OT isolation. Illustrated briefs on UPF micro-segmentation, private spectrum security, and industrial edge hardening.",[20,23],{"question":21,"answer":22},"Why is private 5G different from public MNO security?","Enterprise OT integration, local breakouts, and shared edge compute blur trust boundaries — requiring site-specific zero-trust policies.",{"question":24,"answer":25},"What is UPF micro-segmentation?","Per-application traffic policies at the user plane function prevent lateral movement between AGV, CCTV, and SCADA VLANs on the same private slice.",[]]