Cyber Security IoT Projects

Internet of Things is the process of connecting millions of devices in the same network with the objects in the environs to establish communication through the internet service. In modern society, the growth of more objects eventually increases the network connecting over computing devices for data sharing.

This page regards current inspiring Cyber Security IoT Projects along with their potential attacks and research areas!!!

 Moreover, IoT devices/sensors are resource-constrained in default nature and also it is potentially insecure in wireless networks. So, IoT is moving towards cybersecurity for protecting their transmitting data. In fact, Cyber Security IoT Projects is intended to achieve safety over the connected objects and devices in the IoT environment. As mentioned earlier, IoT interconnects the mechanical system, computing devices, digital system, living beings, and other objects within the surroundings through the internet. Though IoT has so many advantages on connecting them to the internet, it has high threats of cyber-attacks. Below, we have given you a list of few things that are incorporated in different layers of the IoT system/model.

What is cyber security in IoT?

• Application Layer
  • IoT Service Provider
    • Firmware Control, Service, Data Accumulation and many more
  • Third-Part Provider
    • Solution Suppliers, Service Vendors and etc.
  • Terminal Users
    • Authentication, Software Access and Utilization
  • Back-end Server and Applications
    • Interfaces, Data Storage (Cloud database), Cloud Computing Service Providers (CSP), Analytics, more
• Network Layer
  • Communication Networks
    • Local, Wired, Satellite, Mobile, Private and Public
• Endpoint Layer
  • Shot-Range Communication Technologies
    • Bluethooth, Wi-Fi, Zigbee, radio, and more
  • Connected IoT Sensors / Objects
    • Gateway, OS, hardware, microchip, software / APIs, etc.

How does the Internet of things affect cyber security?

For an illustrative purpose, if the malware enters into the network through compromised IoT nodes then it attacks the vulnerable devices and performs data manipulation, theft, or deletion operations. As a result, it has a high probability of changing the network topology. In order to protect the network, the organization needs to be aware of their incorporated security mechanisms for both network and separate IoT entities.  

For this purpose, strong authentication and access control schemes are used. Overall, it helps to prevent unauthorized users and limit resources accessibility in IoT infrastructure. Now, let’s see the security issues in IoT environments based on certain criteria to implement best Cyber Security IoT Projects. Further, we have also given you significant attacks in IoT cybersecurity.

• Firmware and Software / APIs
  • Complication in managing the life-cycle of the system
  • Prevent the customized APIs and firmware
• Device Accessibility
  • Restrict the access rights of the users
  • Threat of data tamper
• Device Capacity
  • Difficult to monitor large-scale devices
  • Tough to cope with deployed heterogeneous networks
• Security Risks
  • Consequence of system life
  • Threat to compromise the devices and data loss
  • Impact of data / system loss in terms of revenue
• Back-end Servers / Interfaces
  • Unable to import existing security mechanisms

What are the Potential Security Attacks?

• Man-in-the-Middle Attack
  • Impact – Low quality performance, lack of privacy and physical network structure deviation
• Malware Software
  • Impact – Physical layout damage, lack of quality, insufficient productivity and operational interruption
• Attacks related to Accessibility (Port Scan, Weak Password, Trust Misuse, etc)
  • Impact – Lack of data privacy
• Service Latency and DoS Attack
  • Impact – Operational interruption and insufficient productivity

The first and foremost reason behind the attack is compromising IoT devices to get into the network. To protect these kinds of connected sensors/entities, IoT security is introduced with the collection of tools and technologies. As we all know well, IoT is a widespread area so the threat of vulnerability is also increases in cyber-attacks. To cope up with this problem, Cyber Security IoT Projects encloses different core practices which guarantee security. Some of them are given below. 

• Network Security
• Public Key Infrastructure (PKI) Authentication
• Application Program Interface (API) Security

Now, we can see the list of cyber-attacks that are common in cyber systems. It also includes their functionalities and the impact of functionalities over IoT systems. Our resource team has come crossed all these attacks through their smart-solving solutions. We support you not only in these attacks but also in other cyber-attacks with effective cybersecurity solutions.

Why IoT does is a major concern for cyber security?

In addition to all integrated benefits of cybersecurity, IoT application also comprises a different variety of security threats and vulnerabilities. For the attackers, the systems are very essential to identify the vulnerabilities for creating cyber-attacks. In IoT Bachelor Thesis research, many of the devices will function without human interventions, so the attackers use this opportunity to easily attack vulnerable systems. After that, the attackers gain access rights without the knowledge of original users for system exploitations. Here, we have given you the key measures that need to take in advance to manage the cybersecurity topics.  

Cybersecurity Management for IoT

• Put in force to change the default password and create the smart password
• From the Distributed DoS attack and system comprise threats, it is essential to protect the C & C centers
• Control the illegal API access, design the strong access control mechanisms
• Informing the users to update the software / operating system which are outdated
• If the functionality of the system doesn’t require remote access facility then make it inactive until required

Then to guarantee the Cyber Security IoT Projects over network/system, follow the above-specified principles in modelling the cybersecurity system. Further, consider the below-mentioned security measures in your designed model. 

• Segmentation – Before the IoT devices are linked up with the internet, the devices are segmented in their own deployed network. This helps to monitor and track the malicious activities over the network.
• Strong Encryption and Authentication – Employ digital certificates and public key infrastructure to verify the network, apply multi-factor authentication to validate the deployed devices, and EHR to assure the data integrity by avoiding man-in the-middle attacks. 
• Secure Gateways – It is located in between the network and IoT connected devices to prevent the attackers to gain the accessibility of IoT devices. For that, it has the characteristics of firewalls. Further, it also has the more ability than the IoT devices in terms of storage, Volunteer computing power and more.
• Network Access Control (NAC) – It is designed to upkeep the records of connected IoT devices by registering them. So, it is easy to monitor, trace, or detect the availability of the devices in the network. 
• Secure Framework – To protect the whole network, strong security mechanisms are needed to be applied over IoT devices prior to the deployment. For that, it without the break it monitor the network and evaluate the possibility of security risks.

Our research team is currently deeply diving into the cybersecurity field to gain valuable research solutions for several unresolved cybersecurity issues. These solutions are sure to elevate your cyber security IoT projects to the next level of contribution to the research community. And few of them are given as follows,

CyberSecurity Mechanisms used for IoT

• Message Signature – HAMC, ECDSA and more
• Hash Functions – SHA-256, HMAC, MDS and more
• Message / Sign Encryption – Symmetric and Asymmetric Cryptographic algorithms
• Message Authentication Code (MAC) – ECDSA, H MAC, CBC-MAC and many more

            Further, our experts are glad to share the few research areas that relate to cybersecurity threats. Since these areas gained a high demand in cyber security research areas. Most importantly apart from assisting Cyber Security IoT Projects, we also extend our support in other unique areas to fulfill your research requirements.

Which IoT areas are most dangerous to cybersecurity threats?

• IoT Security Risk Assessment using Blockchain
• Detection and Prevention of Cyber Criminal Activates
• Secure and Reliable IoT enabled Data Attribution
• Management and Prediction of IoT Devices Mobility
• IoT Sensors Identity and Authentication Management
• Design and Development Incident Response System
• Secure Network Data Access and Protection in Cloud-IoT
• Physical Layer Security Mechanisms in IoT Model
• Patient Health Monitoring in Healthcare Application

Cybersecurity for Smart healthcare

From the above, we have selected the Patient Health Monitoring in Healthcare Application as an example. Now, let’s see in detail how security is achieved in this application. Generally, the healthcare application maintains both the patient’s e-health records and other medical equipment information on a large scale. So, it requires a high level of security to protect these sensitive data from cyber-attackers. Cybersecurity has overcome this problem by its main objectives of accomplishing data integrity, privacy, trust, and readiness. Now, we can see the significance of cybersecurity in the healthcare system.

Why is cybersecurity important in healthcare?

Supporting cybersecurity in the healthcare sector creates more benefits starting from privacy to non-stop service provisioning without the fear of security disturbances. As a result, the outcome of healthcare applications will not get affected by the negative consequences. 

Basically, the clinical environs encompass a large volume of IoT medical devices which increase the threat of more entrance points for cybercriminals. The devices may include routers, MRI/CT-Scan/PET-Scan machines, ultrasound, ECG monitors, and more. The IoT technology used in healthcare applications enables smart connectivity over the devices for medical purposes. Though it uses modern security solutions over the equipped devices, it has the risk over each deployed device in the network. Since it is dynamic environs it causes several cyber-attacks on clinical environs. So, cybersecurity is very important for any kind of IoT-enabled health application.  

           We hope that you are clear about cybersecurity responsibilities and their importance in healthcare applications. Now, we can see the cybersecurity issues that are faced while implementing the healthcare application in realistic IoT environs. 

What are the potential cyber security challenges in using IoT in healthcare?

• Fails to assure the security of platform strong password
• IoT devices are efficiently segmented in the network
• Violate the security policies in practices
• Lack of reliability in applying security mechanisms
• Not precisely manage and register the IoT devices inventory
• No strong encryption and authentication methods

Furthermore, we have also given you some primary solutions that enhance the security of the cyber system in different aspects. So, take them into consideration as the security measures for the best healthcare applications /services.

How can we improve cybersecurity in healthcare?

• Well-known Security Threats Alleviation
• Avoiding Threats of Zero-Day Attack
• IoT Sensor Visualization and Risk Assessment
• Spontaneous Zero Trust Detection and Separation

Beyond this healthcare area, this field supports more real-time research areas. So, if you are looking for the best Cyber security IoT Projects then make a contact with us. We let you know the all recent updates of the cybersecurity research. 

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