Index
422
5G mobile networks
see also Mobile Virtual Network Operators
5G end‐to‐end system 46–48
5G mobile core network 44–46
5G research communities 52–54
advance malware 69
APTs (Advance Persistent Threats) 68
cloud computing 46
cost efficiency 36, 37
critical infrastructure threats 70
customer perspective 32
defining 31
enabling technologies 37–44
energy efficiency 36, 37
enhanced mobile broadband (eMBB) 32–33
evolved security model 68–69
flexibility 36, 37
high availability 35, 37
high data rate 34–35, 37
Internet of Things (IoT) botnets 70
Internet of Things (IoT) threat
landscape 68, 195–196
massive connectivity 35, 37
Massive Machine‐type Communications
(mMTC) 33
mobile OS and app patch
management 71–72
Network Function Virtualization
(NFV) 44–46
paradigm shift 31–32
privacy 36–37, 37
programmability 36, 37
ransomware 67, 68, 69
reliability 35, 37
requirements 33–44
seamless mobility 35, 37
secure device management 71
security 36–37, 37, 61, 66–73
security failures, key 70–71
security lifecycle functions 70–73
security monitoring 72–73
security threat analysis 69–70
security threat analysis and assessment 72
Software Defined Network (SDN) 44
spectrum 32
spectrum efficiency 36, 37
standardization activities 48–52
system architecture 32
technologies, enabling 37–44
threats and protection 61, 66–70
ultra low latency 34–35, 37
ultra‐reliable and low latency
communications (URLLC) 33
use cases 32–33
user perspective 32
Virtual Network Functions (VNF) 44–46
zero‐day attacks 70
5G networks
cloud computing 374–381
Multi‐Access Edge Computing
(MEC) 381–385
Software Defined Monitoring
(SDM) 231–242
5G positioning 281–312
5G localization chain 282–283
Angle of Arrival (AOA) 284, 287, 288,
297, 298
backup systems 298–299
Brands and Chaum’s cryptographic
distance‐bounding 301–302
cryptographic authentication 300–301
cryptographic
distance‐bounding 301–302
cryptographic techniques 299–304
Direction or angle of Arrival (DOA) 281,
284, 286–287, 286
European projects 311–312
features summary 284
fingerprinting 289, 297
interference signals 297–298
International projects 311–312
legislation on user location privacy in
5G 304–310
mechanisms summary 286
outdoor vs. indoor technologies 283, 284
overview 285–290
passive positioning vs. active positioning
283–285
positioning‐communication dichotomy in
5G 285
privacy cryptographic
techniques 299–304
privacy‐preserving location‐based
services 303–304
Received Signal Strength (RSS) 281, 284,
286, 288–289, 295–298
security cryptographic techniques
299–304
422
5G mobile networks
see also Mobile Virtual Network Operators
5G end‐to‐end system 46–48
5G mobile core network 44–46
5G research communities 52–54
advance malware 69
APTs (Advance Persistent Threats) 68
cloud computing 46
cost efficiency 36, 37
critical infrastructure threats 70
customer perspective 32
defining 31
enabling technologies 37–44
energy efficiency 36, 37
enhanced mobile broadband (eMBB) 32–33
evolved security model 68–69
flexibility 36, 37
high availability 35, 37
high data rate 34–35, 37
Internet of Things (IoT) botnets 70
Internet of Things (IoT) threat
landscape 68, 195–196
massive connectivity 35, 37
Massive Machine‐type Communications
(mMTC) 33
mobile OS and app patch
management 71–72
Network Function Virtualization
(NFV) 44–46
paradigm shift 31–32
privacy 36–37, 37
programmability 36, 37
ransomware 67, 68, 69
reliability 35, 37
requirements 33–44
seamless mobility 35, 37
secure device management 71
security 36–37, 37, 61, 66–73
security failures, key 70–71
security lifecycle functions 70–73
security monitoring 72–73
security threat analysis 69–70
security threat analysis and assessment 72
Software Defined Network (SDN) 44
spectrum 32
spectrum efficiency 36, 37
standardization activities 48–52
system architecture 32
technologies, enabling 37–44
threats and protection 61, 66–70
ultra low latency 34–35, 37
ultra‐reliable and low latency
communications (URLLC) 33
use cases 32–33
user perspective 32
Virtual Network Functions (VNF) 44–46
zero‐day attacks 70
5G networks
cloud computing 374–381
Multi‐Access Edge Computing
(MEC) 381–385
Software Defined Monitoring
(SDM) 231–242
5G positioning 281–312
5G localization chain 282–283
Angle of Arrival (AOA) 284, 287, 288,
297, 298
backup systems 298–299
Brands and Chaum’s cryptographic
distance‐bounding 301–302
cryptographic authentication 300–301
cryptographic
distance‐bounding 301–302
cryptographic techniques 299–304
Direction or angle of Arrival (DOA) 281,
284, 286–287, 286
European projects 311–312
features summary 284
fingerprinting 289, 297
interference signals 297–298
International projects 311–312
legislation on user location privacy in
5G 304–310
mechanisms summary 286
outdoor vs. indoor technologies 283, 284
overview 285–290
passive positioning vs. active positioning
283–285
positioning‐communication dichotomy in
5G 285
privacy cryptographic
techniques 299–304
privacy‐preserving location‐based
services 303–304
Received Signal Strength (RSS) 281, 284,
286, 288–289, 295–298
security cryptographic techniques
299–304