Unit 2 Assignment 1: Executive Summary

IS3350 Unit 2 Assignment 1: Executive Summary on Veteran’s Affairs (VA) and Loss of Private Information

I Cashee’ Rosswas providing support for my nephew in 2015. I stop providing for him at the end of 2015. I was able to file head of household in 2015 because I was providing support at that time, I accidentally click (Hit) the wrong box when I was doing my FAFSA 18/19 when it ask about dependency other than child/ spouse. I have made the corrections.

The VA has been warned before about their lack of concern toward information security of our personal data, but it went unheard, since nothing serious had happen before, that we knew of. As with all breaches, many go unreported, and someone, somewhere along the lines knew about it, but lets it slide until it is too late, and somebody personal information stolen.

Micronics are now on board with your proposal and would like you to proceed to the next stage in systems analysis.

For my unit 9 assignment, I visited Racine Workforce Development Children First Program unit. More so, the Father first Program.

On an average of 2% a year, personal records are exposed from over 700 public breaches over all areas of the departmentalized sectors. Global cost per every lost or stolen record are on the average of over $100 containing secret and touchy information. There were 35% more security incidents detected within the last

both our off‐site secure storage locations, and the data could have been recovered with the use of

Still, message transmissions over the Internet need to face a few issues, for example, copyright control, information security, and so on. Consequently we need secure secret specialized strategies for transmitting message over the Internet. Encryption is a surely understood strategy for security insurance, which alludes to the process of encoding secret data in such an approach, that just the person with the right key can effectively decode it. In any case, encryption makes the message unreadable, and making message sufficiently suspicious to pull eavesdroppers’ consideration. Another approach to tackle this issue is to conceal the mystery data behind a cover with the goal that it draws no extraordinary consideration. This strategy of data security is called steganography (Petitcolas and Anderson,1998; Petitcolas and Katzenbeisser, 2000) in which imperceptible communication happen. The cover could be a digital picture and the cover image after embedding is called stego-picture. Attackers don't have the foggiest idea about that the stego-image has concealed mystery information, so they won't mean to get the mystery information from the

data has potentially been viewed, stolen or used by an individual unauthorized to do so. It

Overall information systems hardware, software, networks and data resources need to be protected and secured to ensure the effective performance of an organization. One security technique used by organizations to protect their computer systems from security threats is encryption this is a method used by organizations to send data to others it works by using special mathematical algorithms to convert the data into scrambled code before transmission and when the data is received it is decoded when an authorized user accesses it. In my opinion, this is very effective because it stops people from being able to read or use data if they intercepted it as the is in a scrambled letter and number form. Another security technique is a firewall this

In software-based security systems, the coding and decoding of information is done using specialized security software. Due to the easy portability and ease of distribution through networks, software-based systems are more abundant in the market. Encryption is the main method used in these software-based security system. Encryption is a process that modifies information in a way that makes it unreadable until the exact same process is reversed. In general, there are two types of encryption. The first one is the conventional encryption schemes, one key is used by two parties to both encrypt and decrypt the information. Once the secret key is entered, the information looks like a meaningless jumble of random characters. The file can only be viewed once it has been decrypted using the exact same key. The second type of encryption is known as public key encryption. In this method, there are two different keys held by the user: a public key and a private key. These two keys are not interchangeable but they are complementary to each other, meaning that they exists in pairs. Therefore, the public keys can be made public knowledge, and posted in a database somewhere. Anyone who wants to send a message to a person can encrypt the message with the recipient public key and this message can only be decrypted with the complementary private key. Thus, nobody but the intended receiver can decrypt the message. The private key remains on one’s personal computer and

For information to be private and secure, encryption is used. A piece of information can be encrypted by changing each of the characters in the data to something different. The encrypted information can then be decrypted to find out the original information. It is important for information to be encrypted so that only the person that has sent and the person receiving the information can see it. Without

Cryptography is the investigation of the strategies of mystery composing, particularly code and figure frameworks, systems, methodology, forms and so on. It is a strategy for putting away and transmitting information in a specific structure. The term is regularly connected with scrambling plain content into figure content likewise called encryption, then back again called as unscrambling. It is a method utilized in securing trustworthiness of electronic messages by changing over them into figure content structure. Just the utilization of a mystery key can change over the figure content again into clear content structure. Cryptography programming and equipment gadgets use numerical calculations to change content starting with one structure then onto the next.

Secrecy of data can also be maintained by the use of some techniques like encryption which is applied to the data when transmitted or when stored. Now the problem is how to change or access the encrypted data. There is a technique called semantic correctness which verifies the semantics of data. If the semantics are correct data can be accessed. The data is stored in the form of symbols. At the end we can recover the data and can make sure whether the data is correct and it is available by using of the recovery system and concurrency control.

In 2016 Cyber criminals continued to hack into company and government databases to extract personal and propriety information (PPI). Many different modes of operation were likely used to penetrate the ICT systems and in many incidents it is unknown if the hacker wished to gain financially or embarrass the target into providing better cybersecurity to prevent the information from falling into the hands of someone who could do a great deal of damage with the data gained. The following is a list of the most notable: