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According to the National Institute of Standards and Technology, a “ (RMF) provides a process that integrates security, privacy and cyber supply-chain risk management activities into the system development life cycle.”

A framework covers all aspects of cybersecurity and works to eliminate risks. It can be designed to identify, monitor, reduce and respond to risks. It is a comprehensive approach that integrates the framework into the design of a network. This makes identifying, assessing and remediating cyber risks more effective.

In addition to protection and prevention, the framework should include traffic monitoring and other tools that detect suspicious activity. The framework then assesses the activity and decides whether it poses a risk. If it does, operators can categorize the danger and decide on the best response. 

Because it lays out each step in the process and accounts for all possibilities, a cybersecurity framework provides a more  than other types of measures. 

Risk management frameworks are typically for mid-size and large companies or organizations. Individuals and small companies can use some of the risk management strategies that larger firms rely on, but an overall framework isn’t necessary unless the company is involved in handling sensitive data or has some other heightened risk factor. 

The number of digital systems continues to grow, and the list of possible threats is growing with it. For large organizations and companies, a risk management framework is becoming ever more important. 

The goal of a risk management framework is to protect against as many types of threats as possible. In today’s cybersecurity climate, such systems pay special attention to three types of dangers. 

In 2018, there were more than . Malware refers to malicious software that is downloaded by unwitting users and remains on the system.

Malware can do a lot of damage, including:

• Transmitting data to a hacker
• Providing access to a hacker
• Tracking keystrokes or activity of system users
• Installing ransomware programs that encrypt system data and make it unusable 

There are different types of malware, but a vast majority of these unwanted programs come from email downloads, downloads via app stores or malicious sites masquerading as legitimate ones. 

In addition to teaching users and employees to avoid such downloads, a company can improve its email filters and handle downloads via non-administrator accounts, which limit access to sensitive areas of the network. Network monitoring can also help locate unusual activity. 

 is a kind of malware that encrypts files on a system or device, making it unusable. Hackers have a method for encrypting the data, but before they give it to the company that owns the system, they demand payment. 

The potential profits have made these attacks more prevalent. However, companies can fight back. The most effective way, aside from standard anti-antimalware measures, is to fully back up the system data. Then, if a hacker breaks into the system and encrypts the data, you can immediately switch to the backup and continue operations. 

In a data breach, hackers steal personal data, financial information or trade secrets, which they can sell to third parties. 

Recent targets have included . While healthcare organizations have been targets of ransomware (the urgency of healthcare services make them more prone to paying hackers), breaches can be just as destructive. Hackers have stolen medical records, Social Security numbers and other patient data. One of the most well-known hacks of all time involved a , which compromised financial information of millions of people.

These breaches typically involve unusual traffic patterns because the data is sent out of the network. Encryption, anti-malware software, multifactor authentication, and partitioned networks requiring special credentials for entering an area with sensitive data can help mitigate the risk of a data breach.  

There are several types of frameworks. Each relies on slightly different steps and strategies to mitigate risk. Here is a look at four of the most common options for companies and organizations. 

�ճ����. Cybersecurity team members assess more than 100 components of the NIST system, looking for vulnerabilities. They also pay attention to the latest cybersecurity intelligence and add protections that account for new threats. 

With this information, the team assesses the risk level of each threat, weighing both its likelihood of occurrence and the potential damage it could cause. They can then prioritize protection and mitigation for the most serious threats. 

�ճ���� (ISO) provides guidelines for risk management. This framework focuses on researching and identifying risks. It requires creating and constantly updating risk criteria and then repeatedly assessing threats based on the latest criteria. 

In addition to auditing the risk assessment process to ensure it produces accurate results, the framework is meant to identify risks for breaches and other types of cybersecurity threats. Team members can then respond based on the level of risk. 

Does cybersecurity risk management interest you? Consultants and IT employees who deal with risk management frameworks typically have a technology degree. While a bachelor’s in information technology will typically give you the background necessary for a job in the cybersecurity field, you can also pursue a more specialized education with a degree like a bachelor’s in cybersecurity.

If you work for a large corporation or government agency, you may choose to pursue a master’s degree in cybersecurity.

�¼������ϲʿ������ offers online course collections, certificates, bachelor’s degrees and master’s degrees to accommodate established and aspiring IT professionals looking to enhance their knowledge in this field. Learn more about undergraduate and graduate online technology degrees from UOPX and start your IT journey today!

• Associate of Science in Cybersecurity: The International Council of E-Commerce Consultants (EC-Council) and �¼������ϲʿ������ teamed up to launch the Associate of Science in Cybersecurity degree and elective courses that align with three EC-Council certification exams: Certified Ethical Hacker (CEH), Certified Network Defender (CND) and Certified Secure Computer User (CSCU). Awarded the EC-Council’s 2019 Academic Circle of Excellence Award as a result of this partnership, this program is designed to help you develop the problem-solving skills and techniques needed to defend the cyber domain from cybersecurity risk.
• Bachelor of Science in Information Technology: Learn skills including business process, cybersecurity, information systems, operations and systems analysis. You’ll also learn how to apply key principles of systems analysis and design to selected business processes among other valuable skill sets.
• Bachelor of Science in Cybersecurity: This online program teaches skills such as security policies, network security, cybersecurity and more. You’ll also learn how to examine an organization’s infrastructure to ensure compliance with cybersecurity standards and policies and how to prevent cyberattacks.
• Master of Science in Cybersecurity: This online program explores cybersecurity, security policies and vulnerability. Learn how to design elements of an enterprise using standards and tactics in cybersecurity, consider ethical and privacy protocols in enterprise cybersecurity, and implement cybersecurity frameworks and policies in risk management.
• Advanced Cybersecurity Certificate: Within this program, you can develop the technical knowledge to step into the fast-growing field of IT security, helping keep computer systems safe from data breaches and cyber attacks. Get real-life experience through hands-on IT labs and simulations while developing a broad knowledge of cybersecurity to help prepare you for your technology career.
• Cyber and Network Defense Certificate (Undergraduate): Learn how to address a data breach or cyberattack before it happens. This certificate can show you how to take a proactive approach to network security by spotting weaknesses before hackers can exploit them. Content in this certificate program educationally prepares you to take the EC-Council Certified Ethical Hacker (CEH) exam.
• : This course collection can help you prepare to sit for the EC-Council Certified Ethical Hacker (CEH) certification exam. Topics include the phases of ethical hacking, recognizing weaknesses and vulnerabilities of a system, social engineering, IoT threats, risk mitigation and more.
• : This course collection can help you prepare to sit for the EC-Council Certified Incident Handler (ECIH) certification exam. This specialist certification focuses on how to effectively handle security breaches. 
• : This course collection can help you prepare to sit for the entry-level EC-Council Certified Network Defender (CND) certification exam. Courses focus on protecting a network from security breaches before they happen.
• Computer Hacking Forensics Investigator Course Collection: This course collection can help you prepare to sit for the EC-Council Computer Hacking Forensics Investigator (CHFI) certification exam. Learn about the latest technologies, tools and methodologies in digital forensics, including the dark web, IoT, malware, the cloud and data forensics.