Outline1 Introduction11 Significance Of Cyber Attack Via Com ✓ Solved

Outline1 Introduction11 Significance Of Cyber Attack Via Comprised I

Outline 1. Introduction 1.1 Significance of Cyber Attack via Comprised IoT Devices 2. Background of Cyber Attack via Comprised IoT Devices 3. Problem Statement 3.1 Potential attacks on commonly used IoT Devices 3.1.1 Hacking Home Surveillance (Tankovska, 2020) Cameras 3.1.2 Smart Meters 3.1.3 Smart Locks 3.1.4 Alexa 3.1.5 Google Home 4. Proposed Solution 5. Future Research Areas 6. Conclusion Presentation: (Each slide information) 1. Project Title – Cyber Attacks via Comprised IoT Devices 2. Introduction 3. Background 4-10 slides problem statement (please include all the problems – If you find any include them as well) ABSTRACT In the twenty first century, there are few technologies that are emerging and most in demand. Few of them are Cloud computing, Information security, Ethical Hacking, Data Science and Internet of Things. While the first few are limited by its scope to the commercial Information Technology industry, Internet of Things caters to common people as well. It helps ease the lives of households. The concept of Internet of things is applicable to home surveillance, Smart electric meters, Home bots, digital assistants such as Google Home and Alexa and biometrics. The usage in Internet of things is going to be increased multifold and its business is going to hit close to two trillion (Tankovska, 2020). With the advent of a path breaking technology and demand, comes the growth in business. This naturally attracts the attackers and hackers to leverage the loopholes and execute malicious activities. This research talks about the Internet of things and its introduction. The background of the paper explains the wide range of attacks happened in the past on the Internet of Devices. The paper focuses on the potential problems that could lead to major losses through compromised Internet of Things. Also the paper walks though the promising solutions to address the potential problems posed to the Internet of Things and maintain the integrity of electronic devices connected to the internet. Since this research paper talks about the current threats and its possible solutions, the following section talks about the potential research areas that could possibly enhance the security of internet of things and provide a permanent fix to the threats that make the electronic internet devices uncompromised. References Tankovska, H. (2020, September 01). statistics/976313/global-iot-market-size. Retrieved from statista: AREAS OF EXPERTISE Data analytics Business performance management Data warehousing Managing information Forward planning Project management Data governance Maxine Curry Business Intelligence Manager PERSONAL SUMMARY A confident, ambitious and fearless Business Intelligence Manager who can deliver independent and insightful answers to business challenges. 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Sample Paper For Above instruction

The proliferation of Internet of Things (IoT) devices has revolutionized modern living by integrating connectivity into everyday objects, ranging from home surveillance cameras to smart meters, locks, and digital assistants like Amazon Alexa and Google Home. While this technological advancement has offered unprecedented convenience and efficiency, it has concurrently opened new vulnerabilities, presenting significant risks of cyber attacks through compromised IoT devices. Understanding the implications of these vulnerabilities, their potential impact, and the strategies to mitigate such threats is essential in safeguarding both individual privacy and national security.

The significance of cyber attacks via compromised IoT devices cannot be overstated. As IoT devices become ubiquitous, their security shortcomings serve as attractive targets for malicious actors seeking to exploit vulnerabilities for financial gain, espionage, or cyber sabotage. For instance, hackers may hijack security cameras (Tankovska, 2020), turning them into tools for spying or launching large-scale Distributed Denial-of-Service (DDoS) attacks, which can incapacitate critical internet infrastructure. Similarly, smart meters and locks, if inadequately protected, can offer attackers an entry point into private residences or power grids, potentially leading to theft, privacy breaches, or even physical harm. These threats underscore the urgency of addressing security vulnerabilities in IoT ecosystems.

The background of cyber attacks on IoT devices highlights a persistent pattern of exploits driven by insufficient security protocols, outdated firmware, weak passwords, and unsecured network access points. Notably, prior incidents such as the Mirai botnet attack exploited unsecured IoT devices to launch massive DDoS attacks, underscoring the destructive potential of compromised devices (Kambourakis et al., 2019). The proliferation of such incidents emphasizes the need for robust security measures tailored specifically to IoT architectures, considering their limited computing resources and diverse interoperability standards.

The problem statement centers on the multifaceted vulnerabilities inherent in IoT devices and their networks. These include inadequate device authentication, unsecured communication channels, lack of regular firmware updates, and insufficient encryption protocols. Such weaknesses are exploited by cybercriminals to orchestrate attacks like data theft, device hijacking, and network disruption. Potential attacks include hacking home surveillance cameras to spy on residents, manipulating smart meters to cause power outages, breaching smart locks to facilitate break-ins, and commandeering digital assistants to eavesdrop or spread malware. These threats reveal the pressing need for comprehensive security frameworks specifically designed for IoT environments.

Proposed solutions to these vulnerabilities involve deploying multi-layered security strategies that incorporate strong authentication mechanisms, encrypted communication, and continuous firmware updates. Industry standards like the IoT Cybersecurity Foundation and initiatives promoting secure design principles are essential in raising the baseline security posture of IoT devices. Moreover, implementing network segmentation can prevent the lateral movement of cyber threats within connected environments. Future research areas should focus on developing lightweight encryption algorithms suitable for resource-constrained devices, enhancing anomaly detection techniques, and establishing standardized security protocols to ensure the integrity and privacy of IoT systems.

In conclusion, as IoT devices increasingly permeate daily life, the importance of securing these devices against cyber threats becomes paramount. Addressing their vulnerabilities through innovative security frameworks and ongoing research is crucial to protect users from attacks that could cause economic losses, privacy breaches, or physical harm. The continuous evolution of cyber threats necessitates a proactive approach involving industry collaboration, policy development, and technological innovation to ensure that the benefits of IoT can be safely harnessed without compromising security.

References

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• Tankovska, H. (2020). Statistics/976313/Global-IoT-market-size. Statista. Retrieved from https://www.statista.com/
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