Why are you interested in cybersecurity technology?

Cybersecurity technology is not something I am necessarily interested in, it is more of something I am discovering and studying for a variety of reasons. First, I am currently undecided in terms of my major so I am trying to see if this class will spark my interest in cybersecurity or do the complete opposite. Generally speaking, my interest in this field comes from the fact that I grew up using technology for many reasons. This includes constantly playing video games, using social media, or even completing school work. From my understanding, cybersecurity deals with any form of protection from criminal activity from networks, data, or any kind of information stored through technology. Another reason comes from the fact that crime itself intrigues me as I like to read about cases or mysteries occasionally. To be able to have the skill of being aware and preventing hacks, scams, or digital crimes is something I think would be very useful given the fact that our society is slowly shifting towards relying on technology each day. After looking into the topic, I have realized that cybersecurity actually has a larger impact than I expected. This impact is very positive to those who are unaware of cyber crimes. With this being said, I also find interest in this topic because I simply want to help others fight against these crimes and become more aware of the danger of technology. As the amount of jobs for cybersecurity is widely and rapidly expanding, this is a field I find interest in because it seems as if it will give me more opportunities to find a career out of it. In conclusion, my interest in cybersecurity technology comes from my desire to find a passion in a major, past technological experience, interest in crime and wanting to help others fight against crime, and the career opportunities.

Select four other majors offered by ODU and explain how those majors relate to cybersecurity.

The four majors that are offered by ODU that connect to cybersecurity are computer science, information technology, electrical engineering, and criminal justice. Because cybersecurity entails defending networks and computer systems from assaults, computer science is intimately related to cybersecurity. It offers the fundamental knowledge and expertise needed to create safe computer networks and systems.Languages for programming, algorithms, and information structures are all learned in a computer science major and are crucial for creating safe software and apps. Additionally, they would learn about operating systems and computer networking, both of which are crucial for comprehending how to safeguard networks and computer systems. Information technology (IT) and cybersecurity are closely related because IT networks and systems are the most common targets of cyberattacks. Also, protecting those systems and networks involves a thorough knowledge of IT concepts and practices. A major in IT would study a variety of IT-related topics, such as database management, administration of systems, network administration, and software and hardware for computers. These locations are crucial parts of IT networks and systems, and they must all be protected to keep data and systems secure. As safeguarding the software, data, and hardware that make up networks and computer systems is a key component of cybersecurity, Electrical Engineering is connected to cybersecurity in a number of ways. For the purpose of protecting computer systems, Electric Engineering offers the fundamental knowledge and abilities required to comprehend and build the hardware elements of those systems. Hardware for computers, electronic gadgets, and signal processing are all important parts of computer systems that electrical engineering majors study about. Additionally, they get knowledge of the circuits, processors, and other electricity-related components utilized in computer systems. Understanding how systems of computers work at the level of their hardware and how to make them more secure requires this knowledge. Given that cybercrime is a problem that is becoming more and more pervasive in today’s digital environment, there are various ways that criminal justice and cybersecurity are related. In order to properly investigate and prosecute cybercrime, criminal justice professionals need to be knowledgeable in both the technological and legal facets of cybersecurity. Law enforcement, criminal conduct, and criminal investigation are all topics covered in criminal justice courses and are crucial for understanding cybercrime. They might also enroll in cybersecurity-specific courses that provide them with the technical know-how required to investigate cybercrime, such those on computer forensics and cybercrime investigations.

Describe four ethical issues that arise when storing electronic information about individuals.

Four ethical issues that arise when storing electronic information about individuals are security, privacy, consent, and accuracy. When maintaining electronic information about people, data security is a serious ethical concern. Organizations must take precautions to guard against cyberattacks and data breaches that might lead to the theft or destruction of personal data from the information they maintain. To secure customer data, organizations must put in place robust security mechanisms like firewalls and encryption, and they must make sure that any outside service providers they work with have similar safety precautions in place. Privacy is one of the fundamental moral problems of keeping electronic records of people. People have a privilege of privacy and anticipate that their personal data will be kept private. The potential of privacy violations rises, though, when data is kept electronically since it may be quickly accessed and distributed. By putting in place robust security measures, restricting access to confidential data, and being open regarding how the information is used, organizations must take action to preserve peoples’ rights to privacy. Getting people’s permission for storing their personal information raises another ethical dilemma. Before gathering and keeping personal data, organizations must make sure that people are informed about how it will be used and have their express consent. Additionally, people must be able to revoke their consent and ask for the deletion of their information. When electronic data is accessed without permission or for unlawful motives, ethical problems occur. Individuals have a right to knowledge about who has access to and uses their personal information. Another ethical concern is the accuracy of information obtained electronically. Decisions made based on inaccurate or out-of-date information may have major implications for the people making them. Organizations must make sure that the data they keep is accurate and current and give people the tools to fix any errors.

Compare cybersecurity risks in the U.S. and another country.

The degree to which a nation’s cyber security is in danger can differ greatly from one nation to the next, depending on things like that nation’s economy, level of technical advancement, and level of sophistication of its cyber attackers. Comparing the United States and India would be a useful comparison. When it involves cyberattacks, the US is regarded as being one of the top regularly attacked nations in the world. The nation is home to several of the biggest financial institutions, government organizations, and technology corporations in the world, all of which are valuable targets for cybercriminals and nation-state attackers. Phishing scams, the threat of ransom and information breaches represent a few of the most frequent cyberthreats confronting the United States. The American government has charged many other nations with conducting cyber espionage and launching cyberattacks on American interests. India is a high-risk nation for cyberattacks as well, although for different reasons. The nation also boasts a sizable and developing internet user base in addition to a sizable and growing IT sector. But many of these individuals are less familiar with cybersecurity basic practices, making them more open to intrusions. Phishing assaults, social engineering assaults, and malware infections are some of the most frequent cyberthreats confronting India. Additionally, the nation has been under attack from persistent advanced threats launched by other nations, particularly those that border it, like China and Pakistan. Despite the fact that both the US and India confront serious cybersecurity dangers, their risk profiles vary because of the distinctive features of their economies, people, and geopolitical environments. Cybercriminals and attackers view the U.S. as a valuable target, but India’s expanding internet user population and relatively poor cybersecurity environment make it susceptible to a wider spectrum of assaults. Lastly, there are many factors that go into how cybersecurity is in each country, it all links back to the basis of how society is built.

Use the letters of the word CYBERSECURITY to list legal ways to make money in cybersecurity. 

C – Consulting services for cybersecurity

Y – Yielding returns from cybersecurity investments

B – Bug bounty programs for identifying security vulnerabilities

E – Ethical hacking and penetration testing services

R – Risk assessment and management services for cybersecurity

S – Security auditing services for compliance requirements

E – Education and training for cybersecurity professionals

C – Cybersecurity product sales and distribution

U – Upgrades and maintenance services for cybersecurity products

R – Research and development in the field of cybersecurity

I – Incident response and remediation services for cybersecurity breaches

T – Third-party cybersecurity assessments and certifications

Y – Cybersecurity insurance services for businesses and individuals.

How has cyber technology created opportunities for workplace deviance?

Cyber technology has paved the way for workplace deviation in a number of ways.  Because of this, many jobs and careers were made available to people. First off, it’s been simpler for workers to have access to private data that they would not have been allowed to see or use. Employees may readily access and share data without permission thanks to the growth of the internet, storage in the cloud, and other technological advances, which might result in theft, treason, or data breaches. Cyber technology also gives workers more chances to participate in illegal use of business resources like social media and email as well as behaviors like cyberbullying and online harassment. There are expenses and advantages to establishing cybersecurity strategies in businesses. The advantages include defending the company’s confidential data against online dangers including viruses, hackers, and phishing schemes. Safeguarding client data and preserving the company’s reputation may both be achieved by implementing cybersecurity safeguards. Additionally, it may contribute to boosting client and customer confidence, as they will be more inclined to do commerce with an organization that has an effective safety measure in place. Nevertheless, creating cybersecurity measures may be very expensive. To constantly maintain and upgrade the system, financial investments in technology, staff training, and IT employees are needed. Compliance with laws and standards like the General Data Protection Regulation or the Payment Card Industry Data Security Standard may potentially incur additional expenses. As cybersecurity is a crucial component of modern corporate operations, the advantages of creating cybersecurity programs in businesses typically outweigh the expenses. Sensitive data must be safeguarded in order to preserve consumer confidence and regulatory compliance. Companies must be cautious in avoiding workplace deviance by putting in place strong rules and training initiatives that forbid staff members from engaging in risky behaviors that might jeopardize cybersecurity.

What are the costs and benefits of developing cybersecurity programs in business?

By incorporating cybersecurity programs into businesses, it helps in many ways. By having a safer business, it allows for the business to grow with less issues and obstacles. Costs and advantages of developing cybersecurity strategies in businesses might include expenses for money, resources, and time, as well as complexity. Effective cybersecurity program development and implementation can be expensive. This entails making purchases of gear and software, employing cybersecurity specialists, and educating staff members. Companies may be diverted from their main business activities as a result of the time and resources that go into implementing cybersecurity safeguards. Complex cybersecurity programs need constant monitoring and upgrading to remain on top of emerging threats and weaknesses. The positives would include more effective workplaces, safe security against online dangers, increased consumer trust, conformity to rules, and competitiveness and advantages. Businesses can benefit from cybersecurity strategies by avoiding data breaches, cyberattacks, and other dangers that might result in substantial financial losses, reputational harm, and legal penalties. By putting in place effective cybersecurity safeguards, customers will feel more confident in the company’s capacity to secure their sensitive data. Having a solid cybersecurity program may help organizations comply with the norms and standards that are imposed by many sectors of the economy and governmental bodies. Businesses may gain a competitive edge by showcasing their dedication to safeguarding the data of their clients and their own operations by having a robust cybersecurity program. Businesses may enhance overall productivity, lessen downtime brought on by cyberattacks, and optimize their computer networks and business operations with the aid of cybersecurity efforts. While creating cybersecurity systems for businesses might be expensive, the potential rewards of defending against online attacks, boosting consumer trust, and enhancing general efficiency may ultimately outweigh these expenses. There are many ways to look at cybersecurity programs in businesses but in the modern day, it is most helpful to have a program incorporated in order to secure safety.

How can you tell if your computer is safe?

There are many signs to determine whether or not a computer is safe. This includes certain ads or browser diversion, the speed of performance, files or programs that are unrecognizable, sketchy network activity, and alerts regarding antiviruses. You may have malware or advertising on your computer if you frequently encounter pop-up adverts or if your browser keeps taking you to strange websites.  Malware or other dangerous apps operating in the background may be the cause of your computer’s unusually poor performance. It may be a symptom of malware or other undesirable software if you discover new apps or documents on your computer which you aren’t familiar with or didn’t install yourself. An indicator that somebody else has access to your gadget or that you might have been attacked with malware is unexpected activity on the network, such as a machine sending or receiving enormous volumes of data. It’s apparent that your computer might not be secure if your antivirus program is warning you about risks or viruses on it. Maintaining the most recent updates and security patches for the applications and operating system you use is crucial for keeping your computer secure. Additionally, you must frequently check your computer for infection using antivirus software. Use strong passwords to secure your accounts and stay away from clicking on dubious links or downloading anything from untrusted sources. The most recent updates and security patches should be periodically applied to the operating system of your computer and applications. Additionally, a good method to keep a computer secure is to be able to create strong, one-of-a-kind passwords for each of your accounts and think about utilizing a password management program to safely store your credentials. Checking for regular updates is another approach to determine if it is secure. The most recent updates will be regularly applied to an upgraded computer’s operating system and applications. Antivirus software is also very crucial. An updated antivirus program will be installed on a secure PC to guard against viruses and other dangers.

Describe three ways that computers have made the world safer and less safe.

In a variety of ways, computers have both increased and decreased global safety. Because of the improved reaction to crises, it makes it safer. Computers have made emergency response quicker and more effective, enabling authorities to immediately recognize and address catastrophes including fires, natural disasters, and medical crises. Additionally, computers have just improved and upgraded technological cybersecurity methods. Computers have made it possible to create cybersecurity safeguards that defend against data breaches and cyberattacks, protecting sensitive information from bad parties. The way that medical treatment has advanced as a result of computers is another significant shift that has been implemented in society, making it safer. Through the creation of electronic health records, remote monitoring of patients, and telemedicine, computers have enhanced medical care by enabling quicker and more precise diagnosis and treatment. However, the increase in cybercrime brought on by computers has decreased global safety. Cybercrime, such as theft of identities, hacking, and phishing attacks, which can cause financial losses and jeopardize sensitive information, has grown as a result of computers. Social engineering is yet another way that computers have contributed to making the world less safe. Social engineering techniques, such phishing schemes and false news, have been made possible by computers and may be used to trick individuals into disclosing personal information or carrying out destructive deeds. The way that criminals use computers to scope out potential victims through surveillance is another way that computers have made the world less safe. Computers have facilitated the development of surveillance systems that have the potential to violate civil liberties and privacy by monitoring people’s actions and gathering personal information. Overall, both good and negative effects of computers on security and safety have been considerable. Computers and internet access should be used properly, as with other technology, and precautions should be taken to avoid any hazards.

How do engineers make cyber networks safer?

Modern communication, business, and social interaction depend on networks, which are designed, built, and maintained in large part by engineers. By creating and putting into use a variety of tactics and technologies, engineers play a crucial part in keeping cyber networks secure. Security protocols are created by engineers and specify how data is moved, stored, and accessed inside a network. These procedures are intended to guard against illegal entry, breaches of information, and other kinds of cyberattacks. Engineers employ encryption techniques to encrypt data so that only those with the right decryption keys may access it. This helps keep important information safe from attackers and other bad guys. Firewalls are either hardware or software devices that filter traffic from and to the network, and engineers design and build them. Firewalls can obstruct potentially hazardous communications and shield users from online threats. Systems for detecting intrusions are created by engineers who keep an eye on network activities. These systems can warn administrators of questionable behavior and aid in the defense against online assaults. Risk analyses are carried out by engineers to find weaknesses in networks and potential security concerns. Utilizing this data, security strategies and solutions are created to handle certain risks and threats. To assist network users understand security procedures and efficient methods for securing sensitive information, engineers offer training and instruction. This can aid in avoiding unintentional security vulnerabilities brought on by human mistake. Engineers decide how data will flow between the physical and logical parts of a network as well as its overall architecture. Engineers are in charge of maintaining network systems, resolving network problems, and upgrading hardware and software as required. Overall, by developing and carrying out technologies and tactics that defend against cyberattacks and other security risks, engineers play a critical role in keeping cyber networks safer.

What is the overlap between criminal justice and cybercrime? How does this overlap relate to the other disciplines discussed in this class?

The connection of criminal justice and cybercrime investigation is referred to as the overlap between law enforcement and cybercrime. Cybercrime has grown in importance as a priority for law enforcement officials as technology keeps developing. There are various ways to see the connection among criminal justice and cybercrime. Professionals in the criminal justice system look into and prosecute cybercrimes, which include offenses including financial fraud, identity theft, and hacking. Digital forensics techniques are utilized by criminal justice experts to extract information from technology and digital data that is then used to develop cases against cybercriminals. Criminal justice experts contribute to the creation of laws and regulations that address cybercrime, such as those that make it illegal to commit certain online crimes and those that impose cybersecurity requirements on businesses.There are various connections across criminal justice and cybercrime and the other fields covered in this course. Computer scientists’ primary area of interest is the creation of cybersecurity tools and tactics, and their job is essential to combating cybercrime. Businesses are realizing the need of cybersecurity as they contend with the risk of cyberattacks and data breaches. Business people build plans to defend their firms from cyber attacks in collaboration with Information Technology and cybersecurity experts. Social engineering strategies that rely on human behavior, such as phishing attacks and identity theft, are frequently used in cybercrime. To create successful techniques for preventing and combating cybercrime, it is essential to understand human behavior. The intersection of criminal justice and cybercrime emphasizes the value of multidisciplinary cooperation in combating the problems brought on by cybercrime. Professionals in the field of criminal justice collaborate closely with specialists in other fields, such as computer science, company operations, and the field of psychology, to look into cybercrime, create laws and regulations, and put in place efficient cybersecurity measures.

How does cyber technology impact interactions between offenders and victims?

Cyber technology has significantly changed how offenders and victims engage since it has opened up new channels for social contact, communication, and exploitation. Here are a few examples of how relationships between criminals and victims have been influenced by cyber technology. The prevalence of online grooming is a major indicator that cyber technology has influenced relationships between victims and offenders. Criminals can groom and influence potential victims through social networking sites, chat rooms on the internet, and other digital places. They could assume false identities, present gifts or special treatment, and gradually win the confidence of their victims. Another significant instance that cyber technology has changed the relationship between perpetrators and victims is through cyberbullying. Bullies may now harass and threaten their victims more easily because of cyber technology. Sending cruel messages, starting rumors, and posting embarrassing pictures or videos are just a few examples of the various ways that cyberbullying manifests. Sexting has occasionally been used by criminals to attract victims or perpetrate crimes. Sexting is the practice of using digital devices to communicate sexually explicit texts, photos, or videos. While sexting is legal for consenting individuals to do, it may also be abused by criminals looking to threaten or blackmail the people they harm. Due to advances in cyber technology, it is now simpler for criminals to track, dox, and otherwise harass their victims online. Utilizing scams, phishing attempts, and identity theft, offenders can financially take advantage of their victims via the use of cyber technology. In general, cyber technology has given criminals new ways to prey on and victimize others. People should be mindful of the dangers of engaging in online activities and take precautions to keep themselves safe from cybercrime. Authorities and other institutions must also come up with efficient plans for stopping and responding to online crime, including looking into and punishing perpetrators and helping victims.

How should we approach the development of cyber-policy and -infrastructure given the “short arm” of predictive knowledge?

A proactive and adaptable strategy is needed when developing cyber-policy and infrastructures in the face of having limited predictive knowledge. Here are some suggestions on how we should go about creating cyber-infrastructure and policy. Given the ambiguity and unpredictable nature of cyber threats, it is crucial to use a risk management strategy that puts prevention, detection, and reaction at the top of the list. With risk management, it will ultimately assist the amount of predictive knowledge that will be present because it will allow risks to be identified before they actually become problems. This entails making investments in safety precautions that can assist in identifying and reducing possible risks before they materialize into actual assaults. Collaboration across many industries and organizations is necessary to develop successful cyber-policy and -infrastructure. Among other things, this entails exchanging knowledge and best practices, cooperating to create standards and policies, and planning reaction actions in the case of a cyber incident. Everyone, from people to businesses to government organizations, is accountable for cybersecurity. By encouraging people and organizations to utilize preventive steps to secure their electronic information and educating themselves on the latest trends in cybersecurity, one may help to foster a culture of cybersecurity. It is crucial to engage in development and research given the continuously changing nature of online dangers in order to stay on top of the game. To counter new dangers, new technologies, techniques, and tactics must be developed.  In terms of cyber dangers, there will always be some degree of unpredictability, despite our best efforts. It’s critical to establish backup plans to handle a variety of potential situations in case the unexpected occurs. In conclusion, the creation of cyber-policy and -infrastructure necessitates an anticipatory, cooperative, and adaptive approach that places an emphasis on risk management, encourages sharing of information and collaboration, promotes an atmosphere of the field of cybersecurity, makes investments in research and development, and plans for the unexpected.