[논문]Design and Implementation of a Secure Smart Home with a Residential Gateway

김상곤; 김태곤

doi:10.7472/jksii.2022.23.2.9

[국내논문] Design and Implementation of a Secure Smart Home with a Residential Gateway 원문보기

Journal of Internet Computing and Services = 인터넷정보학회논문지, v.23 no.2, 2022년, pp.9 - 17

김상곤 (Dept. of Electronics & Information Engineering, Korea University) , 김태곤 (Dept. of Electronics & Information Engineering, Korea University)

Abstract ▼ AI-Helper

In this paper, we propose a secure smart home network model and a novel cryptographic protocol called the Smart Home Security Protocol (SHSP). Authentication, key distribution, and encryption functions are properly supported in order to make a smart home secure, and a residential gateway (RG) plays a central role in performing these functions. According to the characteristics of networks and attached devices, we classify smart homes into three different types of sub-networks and these networks are interconnected with one another by the RG. Depending on a sub-network, we use different types of secure schemes to reduce the burden of the process and the delay in devices while it provides proper security functions. The proposed secure smart home model is implemented and verified by using a variety of embedded system environments.

주제어

표/그림 (13)

그림 (Figure 1) Architecture of a smart home network
그림 (Figure 2) Functional block diagram of a RG
그림 (Figure 3) 2-party authentication protocol (2PAP)
그림 (Figure 4) 2-party key distribution protocol (2PKDP)
그림 (Figure 5) 2-party authenticated key distribution protocol (2PAKDP)
표 (Table 1) Terminology for security protocols
그림 (Figure 6) Needham-Schroeder's 3-party protocol
그림 (Figure 7) A-B-K 3-party authenticated key distribution protocol
그림 (Figure 8) Smart home security protocol (SHSP)
그림 (Figure 9) System configuration of the test bed
표 (Table 2) Implementation specification for the RG
표 (Table 3) Hardware specification of class 2 device
표 (Table 4) Hardware specification of class 3 device

AI 본문요약
AI-Helper

성능/효과

2) The RG receives the command message and checks whether a session key is valid or not. If not, the RG and the device would share a new session key using the SHSP.
3)Now, a remote user can access the RG legitimately and control a lamp at home.
The standardization activity in the provision of a residential gateway is getting larger [6]. In the model, a RG plays a central role and it meets the international trends and standards. We classify the in-home networks into class1, class2, and class3 sub-networks and then apply suitable secure schemes to each of them separately.
We design a much secure, effective and practical home network model. Moreover, we propose a minimal and optimal authenticated key distribution protocol. The proposing SHSP is a light, efficient and secure 3-party authenticated key distribution protocol for heterogeneous home networks.
Moreover, we propose a minimal and optimal authenticated key distribution protocol. The proposing SHSP is a light, efficient and secure 3-party authenticated key distribution protocol for heterogeneous home networks. Through implementation and valid tests, the proposing secure smart home is verified to be secure and realistic with reasonable response time.
The proposing SHSP is a light, efficient and secure 3-party authenticated key distribution protocol for heterogeneous home networks. Through implementation and valid tests, the proposing secure smart home is verified to be secure and realistic with reasonable response time.
We classify the in-home networks into class1, class2, and class3 sub-networks and then apply suitable secure schemes to each of them separately. We design a much secure, effective and practical home network model. Moreover, we propose a minimal and optimal authenticated key distribution protocol.

참고문헌 (10)

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상세보기
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상세보기
R. Bird, I. Gopal, A. Herzberg, P. Janson, S. Kutten, R. Molva, M. Yung, "The KryptoKnight family of authentication and key distribution protocols," IEEE/ACM Trans. on Netw., March 1995.
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