International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 09 | Sep 2024
p-ISSN: 2395-0072
www.irjet.net
SECURITY IMPLICATION OF INTERNET OF THING (IOT) DEVICES N Chaitanya1 1Wipro
---------------------------------------------------------------------***--------------------------------------------------------------------Abstract - The internet of factors (IoT) has basically transformed connectivity, linking numerous embedded gadgets with awesome identifiers and embedded software for seamless communique. however, the huge adoption of IoT gadgets brings forth a myriad of protection challenges. This survey paper delves into the unique security challenges inherent in cutting-edge IoT requirements and protocols. thru radical research, this looks at identifies the risks related to the present IoT landscape, explores rising security protocols, and highlights latest protection initiatives aimed toward bolstering IoT structures. furthermore, it offers an up to date evaluate of IoT structure, scrutinizing protocols and standards poised to form the next era of IoT structures. A comparative analysis of protection protocols, standards, and proposed security models is provided, consistent with the evolving protection desires of IoT. The examine underscores the need for standardization at communique and information audit tiers to mitigate threats to hardware, software, and statistics integrity. additionally, it advocates for the development of protocols capable of effectively addressing more than one threat vectors. with the aid of synthesizing the modern-day traits in safety studies, this paper gives treasured insights for reinforcing IoT protection. The study’s findings are expected to advantage the broader IoT studies community via promoting the combination of exceptional security practices into IoTbased gadgets
associated increase in security risks, owing to the projected proliferation of IoT devices within diverse environments.
Key Words: Protocols, Link embedded device, Enhanced IoT security
● Security Standards Issue: The absence of comprehensive security standards tailored specifically for IoT exacerbates vulnerabilities and undermines overall system resilience [19]. Emerging technical fields like software-enabled networking, machine learning, and artificial intelligence with cluster based fuzzy logic modules have become crucial areas of study for integrating with the Internet of Things [20]. The introduction of ultra-lightweight protocols, which are strategically used to ease core operations and handle security concerns, is a major achievement in the Internet of Things .
1.1 Research Challenges in IoT Security This research project's main goal is to investigate the most recent security paradigms in the Internet of Things domain. Apart from this main goal, there are also supporting goals such as identifying and characterizing current IoT security threats. However, it is essential to overcome the current research problems in the IoT ecosystem before beginning this exploration: ● Heterogeneity Issue: The diverse range of devices, protocols, and communication mechanisms within IoT ecosystems poses a significant challenge in terms of interoperability and standardization [16]. ● Inter-connectivity: The seamless interconnection of numerous devices in IoT networks raises concerns regarding data privacy, integrity, and secure communication channels [17]. ● Ubiquitous Nature: The pervasive deployment of IoT devices across various domains introduces complexities in managing and securing these distributed systems effectively [18].
1.INTRODUCTION The field of networking has experienced a major technical revolution in recent years., particularly with the advent of automation. This trend has been further augmented by the emergence of Internet of Things (IoT) technology, which plays a pivotal role in shaping this evolving landscape. The Internet of Things, as defined in literature [1], encompasses a network of interconnected devices dedicated to tasks such as data transmission, reception, and processing. Initially confined to over time, the Internet of Things (IoT) has broadened to include Industrial IoT frameworks, which are local physical devices connected to the internet for real-time data processing [2]. IoT research shows how pervasive it is in several industries, including corporate analytics, healthcare, industrial settings, and education [3, 4]. In 2019 and beyond, IoT once operated within smaller network spaces, has now transitioned to encompass wide area networks. Alongside this expansion, however, comes an
© 2024, IRJET
|
Impact Factor value: 8.315
1.2 Research contribution Research endeavors focusing on IoT security challenges encompass a broad spectrum and continually evolve, with new vulnerabilities surfacing regularly. Presently, discussions around IoT security predominantly revolve around access control methodologies, encryption techniques for temporary periods, security fixes unique to hardware, and safeguards against SQL-based input assaults . Thus, our
|
ISO 9001:2008 Certified Journal
|
Page 727