Index 425
cleaver cracks, structural design
failures 184–185
Cloud‐based Radio Access Network (Cloud‐
RAN), 5G mobile networks 42
cloud computing 373–394
5G cloud computing
architecture 379–380
5G mobile networks 46
5G networks 374–381
access control 387–388
architecture 376–377, 379–380,
391–392
centralized security
architectures 391–392
cloud deployment models 377–378
cloud intrusion 387
cloud security research 392–394
cloud service models 378
community cloud 378
Cyber‐Physical System (CPS) security 386
cyber security in 5G 111
defining 393
Extreme Mobile Broadband (xMBB)
380–381
history 375–376
hybrid cloud 378
Infrastructure as a Service (IaaS) 378
legal framework for security and
privacy 403–404
Massive Machine‐type Communications
(mMTC) 381
National Institutes of Standards and
Technology (NIST) 406–407
overview 375–376
Platform as a Service (PaaS) 378
private cloud 377
private data computation 386–387
public cloud 377–378
scenarios 380–381
SDN‐based cloud security systems 392
secure data computation 386–387
security and privacy 405–407, 410–411, 417
security architectures 391–392
security challenges 385–388
Software as a Service (SaaS) 378
Software Defined Networking (SDN) 392
standardizations 392–394
Ultra‐reliable Machine‐type
Communications (uMTC) 381
use cases 380–381
virtualization security 385–386
cloudification of the network operators
availability requirements 334–335
Mobile Virtual Network Operators
(MVNO) 325–326, 334–335
Telecommunication network as a Service
(TaaS) 325–326
cloud intrusion, cloud computing 387
cloud security research
European Telecommunications Standards
Institute (ETSI) 392–393
Multi‐Access Edge Computing
(MEC) 392–394
National Institutes of Standards and
Technology (NIST) 393
Next Generation Mobile Networks
(NGMN) 393–394
code division multiple access (CDMA), 2G
cellular systems 10
Codes of Practice, structures 187, 188
communications
Mobile Virtual Network Operators
(MVNO) 263–265
robots 263, 265
communications failures 165
community cloud, cloud computing 378
COMP128, Groupe Spéciale Mobile (GSM) 14
confidentiality, cf. privacy 399–400
confidentiality attacks, 5G‐WiFi security 151
consumer/market regulation 414–416
control channels security, Software Defined
Networking (SDN) 89–91
control layer
5G security 80–81, 85–86
Software Defined Networking (SDN)
85–86
control plane security, Software Defined
Networking (SDN) 87
Cooperative Multipoint Transmission and
Reception for LTE‐Advanced, 4G cellular
systems 23–24
core network, 5G security 80–81
corporate gateway, Customer Edge Switching
(CES) 225–226
cost efficiency, 5G mobile networks 36, 37
cost of cyber‐attacks 102–103
CPS (Cyber‐Physical System) security, cloud
computing 386
cleaver cracks, structural design
failures 184–185
Cloud‐based Radio Access Network (Cloud‐
RAN), 5G mobile networks 42
cloud computing 373–394
5G cloud computing
architecture 379–380
5G mobile networks 46
5G networks 374–381
access control 387–388
architecture 376–377, 379–380,
391–392
centralized security
architectures 391–392
cloud deployment models 377–378
cloud intrusion 387
cloud security research 392–394
cloud service models 378
community cloud 378
Cyber‐Physical System (CPS) security 386
cyber security in 5G 111
defining 393
Extreme Mobile Broadband (xMBB)
380–381
history 375–376
hybrid cloud 378
Infrastructure as a Service (IaaS) 378
legal framework for security and
privacy 403–404
Massive Machine‐type Communications
(mMTC) 381
National Institutes of Standards and
Technology (NIST) 406–407
overview 375–376
Platform as a Service (PaaS) 378
private cloud 377
private data computation 386–387
public cloud 377–378
scenarios 380–381
SDN‐based cloud security systems 392
secure data computation 386–387
security and privacy 405–407, 410–411, 417
security architectures 391–392
security challenges 385–388
Software as a Service (SaaS) 378
Software Defined Networking (SDN) 392
standardizations 392–394
Ultra‐reliable Machine‐type
Communications (uMTC) 381
use cases 380–381
virtualization security 385–386
cloudification of the network operators
availability requirements 334–335
Mobile Virtual Network Operators
(MVNO) 325–326, 334–335
Telecommunication network as a Service
(TaaS) 325–326
cloud intrusion, cloud computing 387
cloud security research
European Telecommunications Standards
Institute (ETSI) 392–393
Multi‐Access Edge Computing
(MEC) 392–394
National Institutes of Standards and
Technology (NIST) 393
Next Generation Mobile Networks
(NGMN) 393–394
code division multiple access (CDMA), 2G
cellular systems 10
Codes of Practice, structures 187, 188
communications
Mobile Virtual Network Operators
(MVNO) 263–265
robots 263, 265
communications failures 165
community cloud, cloud computing 378
COMP128, Groupe Spéciale Mobile (GSM) 14
confidentiality, cf. privacy 399–400
confidentiality attacks, 5G‐WiFi security 151
consumer/market regulation 414–416
control channels security, Software Defined
Networking (SDN) 89–91
control layer
5G security 80–81, 85–86
Software Defined Networking (SDN)
85–86
control plane security, Software Defined
Networking (SDN) 87
Cooperative Multipoint Transmission and
Reception for LTE‐Advanced, 4G cellular
systems 23–24
core network, 5G security 80–81
corporate gateway, Customer Edge Switching
(CES) 225–226
cost efficiency, 5G mobile networks 36, 37
cost of cyber‐attacks 102–103
CPS (Cyber‐Physical System) security, cloud
computing 386