AWS IoT device defender
The Internet of Things has led to the development of complex concepts as far as technology is concerned. The AWS IoT Defender is one of the technologies that have been invented to assist in bolstering the security features in the communication platforms utilized by the technologies. Development in cyber technologies calls for development in cybersecurity. Through the concept of the Internet of things, cybercriminals can use it to commit crimes. It is a recommendation that technological development should always be controlled (Buenrostro et al., 2018).
The primary function of the device is to provide security to the devices that are continuously communicating through the platform. This is due to the susceptibility of the IoT devices to cyber-attacks. The technology also serves a secondary function of detecting the vulnerabilities prevalent in the IoT devices. It is through the platform that the risks are effectively managed as they are identified before their occurrence (AWS IoT Device Defender, 2020).
Implementation of security
Since the technology is used to provide security to IoT devices, it has to be completely secure from any form of a cyber attack. Auditing of the configuration amongst the devices is crucial. The devices evaluated the configuration to identify possible vulnerabilities. The device is also in charge of the authorization, authentication and the encryption of data obtained from various sources. If a threat is detected during the auditing and the access control process, an alert is sent. The device monitors the security performances of the devices, thereby making it possible to trace malicious activities in the systems. Don't use plagiarised sources.Get your custom essay just from $11/page
security measures put place to prevent unauthorized access and manipulation of the technology, and to avoid the loss of the data, it is generating and sending
to prevent unauthorized access the device carries out an audit of the configurations and the security vulnerabilities prevalent. The auditing of the configuration used by the various devices assist in the identification of anomalies in the access controls put in place. If a mismatch is identified, an alert is sent whereby the best actions are taken. The access controls through the ad-hoc are essential in ensuring that the technology is not manipulated. Through its ability to monitor the activities taking place in the system, one can detect changes in the system set-ups. For data protection which failure would lead to its theft or manipulation, the AWS device is responsible for the encryption of all data shared amongst the interacting devices (AWS IoT Device Defender, 2020)
rating of the security of IoT Device
I would give a rating of four as there are improvements that have to be made to bolster its performance. The device should be able to evaluate the security health of other system or devices that it is protecting. This will ensure that leveraging of the security infrastructure takes place. The features employed in the device are crucial as data has to be protected; there have to be access controls in any system. These are the basic principles that ensure that a system is secure. The ability to monitor the activities in the system adds to the building blocks of the AWS IoT defender.
Reference
AWS IoT Device Defender, (2020) Security management for IoT devices. https://aws.amazon.com/iot-device-defender/?sc_channel=PS&sc_campaign=acquisition_AE&sc_publisher=google&sc_medium=ACQ-P%7CPS-GO%7CNon-Brand%7CDesktop%7CSU%7CIoT%7CIoT%20Device%20Defender%7CAE%7CEN%7CText&sc_content=security_bmm&sc_detail=%2Biot%20%2Bsecurity&sc_category=IoT&sc_segment=293629565657&sc_matchtype=b&sc_country=AE&s_kwcid=AL!4422!3!293629565657!b!!g!!%2Biot%20%2Bsecurity&ef_id=CjwKCAiAhJTyBRAvEiwAln2qB4GNDhxbLJ4Bf4hVyVBg_MDsrrFQVeKrZgw5j2o8H4dGZ3efWJ0J8RoC6owQAvD_BwE:G:s
Buenrostro, E., Cyrus, D., Le, T., & Emamian, V. (2018). Security of IoT Devices. Journal of Cyber Security Technology, 2(1), 1-13.