| Title | Computational Analysis of Security Algorithm on 6LowPSec |
| Publication Type | Conference Paper |
| Year of Publication | 2020 |
| Authors | Karthiga, K., Balamurugan, G., Subashri, T. |
| Conference Name | 2020 International Conference on Communication and Signal Processing (ICCSP) |
| Keywords | 6LoWPAN, 6LoWPAN IoT environment, 6LoWPAN radio link, 6LowPSec protocol, AES, Ciphers, composability, computer network security, cryptographic protocols, existing security protocol IPSec solutions, Internet, Internet of Things, IoT, IP networks, IPv6 communication process, ipv6 security, light weight IPSec, light weight variant, lightweight-based security need, message authentication, Metrics, Peer-to-peer computing, personal area networks, policy-based governance, pubcrawl, radio links, Resiliency, Routing, Routing protocols, security, security Algorithm, security approach, security solutions, telecommunication security, word length 128.0 bit |
| Abstract | In order to the development of IoT, IETF developed a standard named 6LoWPAN for increase the usage of IPv6 to the tiny and smart objects with low power. Generally, the 6LoWPAN radio link needs end to end (e2e) security for its IPv6 communication process. 6LoWPAN requires light weight variant of security solutions in IPSec. A new security approach of 6LoWPAN at adaptation layer to provide e2e security with light weight IPSec. The existing security protocol IPsec is not suitable for its 6LoWPAN IoT environment because it has heavy restrictions on memory, power, duty cycle, additional overhead transmission. The IPSec had packet overhead problem due to share the secret key between two communicating peers by IKE (Internet Key Exchange) protocol. Hence the existing security protocol IPSec solutions are not suitable for lightweight-based security need in 6LoWPAN IoT. This paper describes 6LowPSec protocol with AES-CCM (Cipher block chaining Message authentication code with Counter mode) cryptographic algorithm with key size of 128 bits with minimum power consumption and duty cycle. |
| DOI | 10.1109/ICCSP48568.2020.9182073 |
| Citation Key | karthiga_computational_2020 |
Computational Analysis of Security Algorithm on 6LowPSec