A Lightweight One Time Password (OTP) Based Smart Learning in Internet of Things

Abstract

The Internet of Things is another worldview that is changing processing. It is expected that all items around us are associated with the system, giving "whenever, anyplace" access to data. This idea is making progress, because of advances in nanotechnology which permits the making of gadgets fit for interfacing with the Internet productively. Presently a day countless are associated with the web, running from cell phones to machines. In this paper we concentrate on the instruction field, this paper manages the use of the ideas of Internet of Things and its application in making brilliant condition. The particular objective is to plan a keen situation for upgrading the instructing and learning forms at colleges. The earth ought to incorporate sufficient ideas of keen structures and brilliant classrooms with e-learning frameworks, to furnish understudies with cutting edge e-learning administrations and administrations that enhance the general nature of understudies' understanding. In this paper, we have proposed a safe biometric, One Time Password (OTP) and ace key based validation framework in IoT organize. The confirmation convention utilizes XOR operation and lightweight hash operation. The security examination demonstrates that it is safe against various assaults.

A Critical Overview of Industrial Internet of Things Security and Privacy Issues Using a Layer-Based Hacking Scenario

“…prevent the exploitation of devices with default passwords, bolstering the overall resilience of the IIoT perception layer [66]- [68].…”

Design of an Efficient Trustful-Lightweight Cloud Service Provisioning Model using Service Optimizer

“…Moreover, the prevailing internet provisioning method lags in establishing active collaboration with the users involved in the computing process [10]. For this cause, some investigators concentrate on modelling an agent-based CC model [11] - [12]. The cloud system with a multi-agent-based architectural model is hugely easier for projecting cloud entities' initiation, intelligence, and autonomy for realizing the autonomous evolution of various cloud services, which is much nearer to the commercial market nature [13]- [14].…”

Modelling an Efficient Three-Tier Fault Tolerance Approach for Resource Provisioning over Cloud

“…However, it is vital to maintain the competency to provide the fault-tolerance strategy dynamically to avoid redundant data with the most acceptable resource allocation [10]. This kind of model is adopted to manage the fault of passive and active tasks, which fulfils the real-time and feasible requirements of the cloud environment [11]. Finally, the fault tolerance mechanism over cloud applications includes various available resources, uncertainties, and concurrency of resource scheduling that triggers the complexity of model validation [12].…”