Nt1330 Unit 2 Research Paper

The disk.sys related problems like disk.sys blue screen卡住on win 7 or windows 7, hang, disk sys page fault in nonpaged area, safe mode, faulty disk system and other issues are best addressed and resolved by the DLL Suite tool from VSKSoft.

This policy provides a framework for the management of information security throughout Cañar Networking organization. It applies to:

At All Pine Medical Center, the company seeks to improve their authentication method, in order to increase security protection while keeping the process fast and simple to utilize. The medical center needs to ask a few questions: What kind of two-factor authentication should be implemented? What “provider” should be trusted? What media should be used? Which methods should or could be combined and integrated to the existing infrastructures? And what costs will be incurred?

Securing the healthcare information is achieved by taking preventive measures. The importance of health care data security is a delicate issue and it is however important that basic procedures and structure need to be in place to protect patient’s information. Attacks on the mobile devices usually occur through the individuals of the organization by compromising integrity, confidentiality, and availability of the data which are the three main security goals. Manipulating the patient’s medical history by gaining access over the network through mobile devices leads to inappropriate treatment of the patient. If the attacker intrudes the Health Care System, he can take control over the servers that operates the medical devices and disable them

Therefore, it is essential to address issues like security of the banking transactions that are executed from a distant place and transmitted over the air. Besides this, it is also important to ensure the security of financial transactions, if the device is stolen by hackers. If these concerns are properly addressed, then it would help increase the popularity of mobile banking by instilling a sense of trust among the customers.

GAI is a financial institute located in Canada, the United States, and Mexico. It is specialized in financial management, loan application approval, wholesale loan processing, and investment of money for their customers. The GAI employs over 1,600 employees and has been growing consistently for nearly six years because, its management strategy has been built on scaling operational performance through automation and technological innovation. However, the GIA has experienced several cyber-attacks from outsiders over the past a few years ago. This attack has conducted the loss of its confidentiality, integrity, and availability for several days, the loss of its reputations, and mostly the loss of its customer data confidentiality. To secure the GAI’s network system, a lot of issues have to be addressed. This paper will cover the identification and description of authentication technology and network security issues, list all access points, it will design a secure authentication technology and network security, list all known vulnerabilities, address concern over the mobile security and design a secure mobile computing, identify wireless vulnerabilities and recommend what safeguards, and finally, design a cloud computing environment for GAI.

This research article examines the security concerns of using mobile technology systems in health care institution. Various methods of ensuring privacy and security of patient’s electronic medical information are addressed. This high quality article is relevant for present day mobile security issues. The authors utilize a host of credible references in the health care and information technology fields.

Technology is constantly changing, leading us to adapt to its innovation. However, one aspect of technology has stood the test of time for a long time. Passwords as a form of authenticating and securing your digital accounts have not budged much. But with the rise of cybercrime, it seems the old way of doing things is finally having to pave way for something new: two-factor authentication.

We talk about basic questions how to set up a safe password. We usually use passwords for identification and authentication, so the way to set up passwords is very important. Now we introduce three best practices about passwords identification and authentication. The first way is using smart card. The smart card is a very safe device to get authentication. It can save up to 20 public-key certificates. It is used to log in and encrypt files with codes. The passwords that it generates just are authenticated in one time. The user can get a unique code number that is generated every 60 seconds. If people want to sign in the website, they have to enter the unique code and PIN or phrase forming a password, which is given by RSA ACE/Serve. People are required to have hardware and software at the same

Technology is constantly advancing, which causes a need for mobile and wireless networks. However, the creation of mobile and wireless networks causes a need to increase security protocols and measures. Cell phones are now being used for sensitive work information, as well as laptops. Many people have the capability of working from home by using laptops issued by their employers. Using a home or public network is not always safe, it does not have the security and systems to monitor the network and access. Before any work is done on these devices the proper security needs to be in place such as firewalls, pop-up blockers, and private network connections. However, there are both advantages and disadvantages to the use of wireless networking and what is will be like in the future.

Passwords for access to personal phones, computers, online portals, and websites has become very prevalent and the best practice for authentication. Additionally, passwords authenticate mobile phones, computer networks and databases for many software applications. However, ensuring that passwords are encrypted, and safe have become one of the greatest challenges for most organizations. This paper will review some of the vulnerabilities of the use of passwords and provide controls to implementation to assist with the management and handling of passwords.

Bring-your-own-device, or BYOD, has increasingly become an accepted practice for corporate IT. With its purported productivity gains come with a whole new set of security concerns for IT departments and management. Principal among these is security, where much of the control that IT traditionally had is now in the hands in the users.

CRYPTOGRAPHY is the most important part to secure any business by securing the communication range. In this project important topics of cryptography that should be known in general is discussed . How decoding and encoding in done with the help of cryptography to secure any communication. How it helps to maintain authenticity of any industry or company. Cryptography helps in making transactions by keeping data secure. It also protect passwords, ATM pins etc. from hackers. Cryptography maintains aspects which is authenticated like Confidentiality, authenticity & integrity. In this project it is described how cryptography converts the essential data in coded form and how it is changed using terms encryption and decryption. In this undertaking distinctive keys utilized for encryption and unscrambling is examined like cryptography mystery key and open key. In this a short portrayal of encryption is given which is the starting venture in cryptography. Encryption takes an arrangement of calculations, or scientific articulations, to scramble information from its unique organization into one undecipherable. Purpose of cryptography is discussed in the project. How secret codes were used in ancient period is briefly described. Now key is used in cryptography how key convert the data from one format to another is discussed. There are three keys in cryptography public, private and shared keys. A brief discussion about how these

Abstract: Authentication is the mechanism through which user or an individual will ensure his identity claiming that it is true to the server. Information assurance(IA) is one of the vital aspects of network security where authentication is one of the five pillars of the IA. The advent of authentication led to various protocols which have their respective pros and cons. One such protocols is Zero Knowledge Proof Authentication which is a cryptographic model that does not reveal the user’s actual credentials but proves that the user possesses the true credentials without revealing any original information. This paper presents the idea of way Zero Knowledge proof (ZKP) protocol is implemented in authentication and other cryptographic operations using different mechanisms.

Present day transactions are considered to be "un-trusted" in terms of security, i.e. they are relatively easy to be hacked. We also have to consider the transfer of large amount of data through the network will give errors while transferring. Only single level of security is present in the existing systems [10]. Now days, hacking activities are growing day by day and hackers can easily hack important information and security is not sufficient to stop it. Though security status increased at a higher level but the major drawback of new status of security is cost, and became so costly. Hence we need better solutions which have good security level with lower cost.