Study on Security and Privacy in 5G-Enabled Applications

Table 6

Conclusions of the paper.

No.	Contributions	Results
1	Summarizes the technical characteristics and typical application scenarios of 5G	(a) The features summarization introduced by new technologies; (b) vertical applications introduction: (i) smart manufacturing; (ii) smart traffic; (iii) smart grids; (iv) smart campus
2	Analyzes the security and privacy risks faced by 5G applications	(a) General security risks analysis in 5G applications; (b) 5G specific risks analysis in typical usage scenarios: (i) privacy leakage in the eMBB scenario; (ii) DDoS attacks in the uRLLC scenario.; (iii) remote control in the mMTC scenario
3	Analyzes the existing work for 5G application security	(a) Security standards introduction on 5G applications; (b) authentications analysis in 5G applications: (i) secondary authentications for industry customers; (ii) three-factor authentications for mobile lightweight devices; (c) other research focuses analysis: (i) MEC; (ii) network slicing
4	Analyzes the reference architecture and summarizes security solutions for 5G applications	(a) The system reference architecture analysis; (b) security and privacy solutions: (i) solutions on terminal layer; (ii) solutions on network layer; (iii) solutions on platform layer; (iv) solutions on service layer
5	Summarizes security measures in typical scenarios and proposes specific suggestions	(a) Specific suggestions for security and privacy: (i) secure deployment of edge node in eMBB scenario; (ii) preventing data from various attacks in uRLLC scenario; (iii) lightweight equipment authentication in mMTC scenario
6	Provides a use case of industrial terminal access control	(a) The description of the use case and its security requirements; (b) terminal access control solutions