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Performance Assessment of RINA Adoption tool shim-tcp-udp in IoT-SCADA Application

The recent networking research trends express the need for more reliable protocols or networking architectures. The main requirements of modern networking have included security, heterogeneousness, and programmable QoS. But the architectural limitations of the existing network architecture caused it to depend on various add-on protocols to meet the modern networking demands. Many network architectures have evolved, but a clean state network architecture called recursive internetworking architecture (RINA) seems to be a promising alternative. Its architectural design has enabled inbuilt security, compatibility to heterogeneous networking, and QoS programmability. The proposed work investigates the network performance in terms of response times when a RINA-based IoT SCADA application ported over the Internet with the help of one of its adoption tools; shim-tcp-udp. The results confirmed that shim-tcp-udp executes SCADA control and data acquisition effectively but with added communication overheads when compared to IP networks.