Diet-ESP results in sending fewer bytes which in turn reduces the number of required radio frames and thus battery consumption. The measurements showed that ...
Diet-ESP results in sending fewer bytes which in turn reduces the number of required radio frames and thus battery consumption. The measurements showed that ...
Further, the paper presents Diet-ESP, an EHC Strategy that highly reduces the networking overhead of ESP packets to address the IoT security and bandwidth ...
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ESP Header Compression Profile (EHCP) defines a profile to compress communications protected with IPsec/ESP. Compression / Decompression is based on the Generic ...
This document defines Diet-ESP that adapts IPsec/ESP for IoT. The goal of Diet-ESP is to reduce the size of the IPsec/ESP packet sent on the wire. As a result ...
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IPsec defines security rules for the whole device, which outsources the device security to a designated area. Therefore IPsec can be seen as a tiny firewall.
A performance evaluation of header compression in a constrained node network secured using Diet-ESP compared with standard ESP and 6LoWPAN, report improved ...
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What do you mean by security in IoT Draw and Explain the Security Framework for IoT?
IPsec/ESP has been designed to secure IP packets exchanged between two nodes. IPsec implements security at the IP layer which makes security transparent to ...
Internet of Things (IoT) Security: State of the Art and Challenges
www.rfc-editor.org › rfc › rfc8576
This document can be used by implementers and authors of IoT specifications as a reference for details about security considerations.