Routing Protocol for Low Power and Lossy Networks is shortened as RPL. It is a tree structured Destination Oriented Directed Acyclic Graph (DODAG) based IPv6 protocol. On using the RPL protocol, the control messages are transmitted over the nodes for purpose of sending and receiving packets.

This page is a one-stop solution to find all important facts about the RPL protocol based IoT networks!!!

It is the promising area in the Internet of Things (IoT) where various objects are linked up together through internet for data communication.

Why RPL in IoT?

RPL protocol offers the best platform to fulfill the requirement of wireless network with low power consumption. So, it supports numerous IoT and IIoT applications and services support RPL protocol for energy harvesting in the constrained environment. In specific, RPL protocol present in the network layer of IoT to improve the performance in transmission path selection.

In the working process, RPL strongly relies on the DODAG which utilizes three core control messages as follows,

• DIS – DODAG Information Solicitation
• DAO – Destination Advertisement Object
• DIO – DODAG Information Object

Currently, we are furnished with numerous best RPL Protocol PhD Topics in all aspects. In addition, our team supports RPL protocol in other wireless communication domains such as sensors networks, SDN, 6LoWPAN, Ad-hoc and more.

Research Topics in RPL Protocol

• Multi-Path Data Management and Distribution
• Wireless Social Aware Cognitive Routing
• Network Traffic Load Balancing and Management
• Scalability and Security Enhancement

When we discuss about RPL Protocol PhD Topics, the conversion will not complete without talking about the RPL protocol attacks. Since, these attacks are further classified into several categorize which is given below,

Security Attacks in RPL Protocol

Topology Disruptions based Attacks

• Blackhole Attack
• Routing Table Falsification Attack
• Wormhole Attack
• DAO Inconsistency Attack
• Sinkhole Attack

Traffic Anomalies-based Attacks

• Identity Attack
• Sniffing Attack
• Distributed Denial of Service (DDoS) Attack
• DoS Attack
• Decreased Rank Attack
• Traffic Analysis Attack

Resource-based Attacks

• Version Number Variation Attack
• Increased Rank Attack
• DAG Inconsistency Attack
• Routing Table Overload Attack
• Flooding Attack

Our experts have undergone in-depth study to solve the above attacks by referring all recent research articles, magazines, conference papers, reputed journals and etc. From that experience, we are currently come up with several novel research ideas. For your reference, we have listed few techniques that assist to detect and overcome RPL attacks.

Attacks Prevention Techniques in RPL Protocol

• Blockchain Mechanism
• Secret Session Key Establishment
• Lightweight Mechanisms for distributed computing system
• Real-Time Event driven Cyber security Monitoring
• Authentication using QR Code and RFID
• Two or Multiple Factor Authentication

RPL Protocol Performance Analysis

In general, any RPL protocol project support both multi-point and point-to-point route. In the conventional methods, the route is based on the one metric but now it supports so many factors to enhance the in network working performance.

Parameters in RPL Protocol Routing

• Link Stability
• Power Utilization
• Radio Duty Cycle
• Expected Transmission count
• No of Hops (per node)
• Signal Strength

In a research paper, execution of result is more important in entire research process. Since, it only takes a stand for your proposed idea for quicker paper acceptance. So, our experts are very conscious in presenting RPL protocol results in default. At first, we make sure that our obtained proposed work results are relatable to the journal’s desires. Then we present your result in following basis,