As more devices and appliances make use of real-time operating systems (RTOSs), the necessity of protecting them from hackers becomes increasingly critical. Developers are working to improve the security of the software and to safeguard communications between such devices. How concerned are you about the security of RTOSs in cars, smart homes, and wearable technology? Does is depend on the device/application? If so, provide examples and defend your response. Do you believe that enough is being done to ensure safety of these devices? What else can be done? What would need to be in place to remove your concerns? (Minimum 300 Word Coun

As more devices and appliances make use of real-time operating systems (RTOSs), the necessity of protecting them from hackers becomes increasingly critical. Developers are working to improve the security of the software and to safeguard communications between such devices. How concerned are you about the security of RTOSs in cars, smart homes, and wearable technology? Does is depend on the device/application? If so, provide examples and defend your response. Do you believe that enough is being done to ensure safety of these devices? What else can be done? What would need to be in place to remove your concerns? (Minimum 300 Word Coun

Fundamentals of Information Systems

9th Edition

ISBN:9781337097536

Author:Ralph Stair, George Reynolds

Publisher:Ralph Stair, George Reynolds

Chapter9: Cybercrime And Information System Security

Section: Chapter Questions

Problem 2CE

See similar textbooks

Similar questions

Because real-time operating systems (RTOSs) are being used by a growing number of devices and appliances, the need to secure them from hackers is becoming more important. Developers are working hard to enhance the security of the software and to ensure that conversations between such devices are protected from interception. How worried are you about the security of real-time operating systems (RTOSs) in automobiles, smart homes, and wearable technology? Is it dependent on the device or application used? Give specific instances to support and defend your position. Do you think that sufficient efforts are being made to guarantee the safety of these medical devices? Is there anything more that can be done? What measures would need to be put in place in order to alleviate your concerns? (There must be a minimum word count of 300 words.)
Conduct research about the methods that end users have used in the past to resolve issues that have arisen with the computers and mobile apps that they use. When confronted with problems of this kind, it is essential to give some consideration to possible remedies that would ease the concerns of consumers. How did you handle the annoyance that was brought on by a piece of software or an application when it was driving you absolutely bonkers? Do you have any ideas that you might share with me on how we could go about addressing this problem?
By design, cell phones and smartphones have a software-based "back door" through which the manufacturer's support people can enter to provide technical support to owners and users. There have been cases, widely reported in the media, about the need for law enforcement to be able to bypass the encryption of the authentication security of a cell phone. Manufacturers, and especially Apple Co., have resisted complying with this need. In your opinion, should or should not law enforcement be provided this access on all cell phone operating systems? Could this lead to including employers, parents, and others into this enabled group?
Microsoft has stopped providing updates and support for Windows Server 2003, but there may still be hundreds of thousands, if not several million, computers using the outdated operating system. In what ways may a business be jeopardised if a technology provider suddenly stopped providing updates or fixes for a critical piece of equipment?
We talked about how the operating system (OS) puts processes into memory and controls where they are while they are running. Virtual memory is a popular and useful idea that is used by almost all operating systems today. Does virtual memory work with smartphone running systems, like Android and iOS? If not, why? If they don't, what do they do?Look for a current study on study question 1 and find out how companies are using cutting-edge technology to solve this problem.
See how people respond when they have issues with the software on their desktops or mobile devices. Give your clients advice on how they may prevent similar issues from arising in the future. In the past, how did you use software or programs on your computer or mobile device to solve problems associated with these annoyances? In your quest to resolve this issue, have you made any progress thus far?
In concrete terms, what does it mean to have an operating system (OS) installed on your desktop? Investigate the ways in which Windows, macOS, Linux, and Chrome OS are similar to and different from one another. Let's discuss about virtualisation?
IoT devices have limitations in computing capabilities, memory availability,communication, and energy limitations. But IoT devices are required to meetThe needs of cyber physical systems include reliability, real-time behavior, and adaptivecommunication stack to be able to connect and integrate with the internet withoutObstacles. This is a challenge for operating system implementation for IoT devices.who must meet these needs and can work with hardware rangesWhich is vast. This challenge provides some of the following questions: i. RIOT implements microkernel architecture in Development. What are the advantages of implementing such microkernels. ii. What are the features and advantages of RIOT so that it can be referred to asbridge between OS for Wireless Sensor Network and the entirely common OSRunning on a personal computer.
How should organizations analyze the security implications of embedded systems that they use? What are the consequences of having unprotected Linux® operating systems installed on embedded systems? What steps should an organization take to secure the embedded systems that integrate with their technology architecture?
Consider all of the information that is currently saved on the hard disc of your computer right now. Do you need to have a quick look at confidential information that's saved on your computer? What are some of the possible implications that might arise as a result of this information being lost or stolen? What preventative measures can you take to keep your electrical gadget safe?
In this discussion board post, you will analyze and list the advantages and disadvantages of Cloud Computing over on-premise computing. You will also analyze the advantages and disadvantages of each one of the Cloud Deployment models and what approach is best for protecting each. Finally, you will analyze the risks and threats associated with Cloud computing and the best practices to follow. Answer the following: What are the advantages and disadvantages of Cloud computing over on-premise computing? What are the advantages and disadvantages of each one of the Cloud Deployment models? What approach is best for protecting each? What are the types of risks and threats associated with Cloud computing? What are the best practices to follow to better protect your cloud implementations?
Assume that your company has 1,000 desktops, for which your CIO wants to deliver an operating system and environment on demand. Discuss the ability to provide desktop virtualization and which tools you would require. Be sure to note costs, risks, and other processes associated with landing these desktops. Will they contain user data? Will it be images only? Will they be zero clients, etc.? How does this differ in a secure cloud environment based upon image deployment and standard network infrastructure?