Cybercrime refers to the criminal activity of using or involving computers, networked devices, or a network. The vast majority of cybercrimes are committed to generating profit for cybercriminals.
However, some cybercrimes are directly targeted at computers or other devices, causing them to malfunction, while others use computers to spread malware, illegal information, images, or other materials.
Some cybercrimes aim to infect computers with a computer virus, which is then applied to other computers on the network and, sometimes, to whole networks.
Cybercrime is generally characterized as a financial crime. Many profit-driven crimes are attached to cybercrime, including ransomware attacks, email and internet fraud, identity fraud, and attempts to steal credit cards or other payment information.
The theft and resale of corporate data and personal data are also everyday activities for cybercriminals.
Due to the widespread adoption of remote work routines due to the pandemic, cybercrimes are expected to grow in frequency in 2021, making backup data protection even more critical.
In 2021, cybercrime activities have grown significantly because the criminal no longer has to be present to commit the crime. After all, internet connectivity is a necessity.
Computerized financial crimes, such as ransomware, theft, fraud, and money laundering, as well as crimes that involve stalking and bullying, are easier to commit because of the internet’s speed, convenience, anonymity, and lack of borders.
Hence, there is no technical expertise necessary for some cybercrime to occur. Alternatively, the threats may come from highly organized international criminal groups, including individuals with knowledge of the relevant field.
Cybercriminals often operate in countries with weak or nonexistent cybercrime laws as a further means to reduce their chances of detection and prosecution.
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Importance of Cybersecurity:
Any organization holding sensitive data and information that can’t afford to lose it needs cybersecurity as many companies cannot defend themselves against hacker attacks.
This problem is partly caused by a lack of knowledge among employees and good cybersecurity services. Therefore, educating company employees can help prevent attacks.
Cybersecurity needs to be the top priority for all employees for their company to be secured. Therefore, a company with trained employees is less exposed to cybersecurity risks in the first place since its employees are informed of its benefits.
When employees are properly trained, a company can minimize the severity of cyber-related losses and incidents. Saving time is another benefit of team member training.
Companies with fewer cybersecurity threats will spend less time tracking down the dangers, identifying solutions, and possibly restarting any work that has been affected.
Courses offered in Master of Science in Cybersecurity at Utah Valley University
This two-year part-time program at Utah Valley University will take courses in cyber operations, law, ethics, and privacy in cybersecurity, penetration testing and vulnerability assessment, advanced network defense and countermeasures, and cyber management.
Students have the option of choosing elective courses in advanced network forensics, reverse engineering, malware analysis, secure coding, and web and mobile application security.
The following learning outcomes are expected from the program:
- Identify, develop, and implement cybersecurity policies, protocols, and procedures.
- Conduct evaluations of cybersecurity systems and recommend solutions for network monitoring and defense.
- Conduct a cybersecurity assessment of the system.
- Analyze the applicable laws, regulations, and frameworks of cybersecurity.
- Set cybersecurity risk priorities and classify them.
Applications for part-time MSC programs are as follows:
To review admission requirements, schedule an appointment with MSC Admissions staff.
An undergraduate degree from an accredited institution with a grade point average of 3.0 or higher in one of the following fields:
1) Information Systems,
2) Information Security,
3) Information Technology or
4) Computer Science.
Suppose you have a bachelor’s degree from another field and have at least two years of tech or cybersecurity industry experience.
In that case, you may be considered for admission to the program if you have completed undergraduate courses in data communication, programming, and server administration with a grade of C+ or better.
The applicant should provide two letters of recommendation. Referees will be required to submit their names and email addresses on the application.
It is essential to send all university transcripts and should send transcripts from all universities. You must send your official transcript to etranscriptr@uvu.edu if you want an electronic copy from your university.
Submit your current resume, including your educational background and professional experience.
Applicants must pay a fee of $45 to apply.
Conclusion
During lockdown periods, an increase in remote access traffic can create significant vulnerabilities in otherwise secure computer systems.
To help minimize the likelihood of a data breach or cyber-attack. It would be best if policies were in place to implement best practices and put best practice policies in place.
