Designing Efficient Smart Home Management with IoT Smart Lighting: A Case Study

Table 2

Comparison of principal characteristics of the most relevant security technologies.

Ref.	Hardware design	Sensors	Purpose	Application	Prices	Security
[25]	Digital fingerprints	No	Reduced cost solution for authenticating edge devices	No	>$1000	No
[26]	Intel Galileo board	Temperature	A secure solution for IoTs smart home	ThinkSpeak	>$1000	TBSA
[27]	No	No	Modified hash-chain authentication mechanisms	No	No	Hash train
[28]	No	No	Developed a security framework	No	No	Hash function
[29]	No	No	Established data protection mechanisms	No	NA	Hash function
[30]	No	No	Find the optimal hash function in order to increase security	Contiki OS	No	SHA function
[31]	No	No	Developed a security framework based on ZigBee protocol	Yes	No	AES-128
[32]	No	No	A secure solution for IoTs smart home	No	No	Hash function & XOR
[33]	No	No	A secure solution for IoTs smart home	No	No	Hash function & XOR
[34]	Yes	Yes	Developed a security framework	No	No	Logical sensing
[35]	No	No	Developed a security framework	Yes	No	Soft-security
[36]	Yes	Yes	Developed a security framework based on IoT	No	Low-cost	Stereo matching
Our proposed	Yes	Yes	The design of a smart light system developed on a security framework for IoT smart home with a low-cost and enhanced security	Yes	<$200	SHA-256