What are the 8 capabilities of the cybersecurity maturity model? A cyber security maturity model delivers a way on and allows your assembly to periodically assess where it is along that path. How do focus and how it can help?
8 Capabilities of the Cybersecurity Maturity Model
The 8 capabilities of the cybersecurity maturity model include:
- Developing and implementing a security policy
- Data classification
- Risk assessment
- Network segmentation and data segregation
- Patching, updating, and management of operating systems and applications
- Maintaining logs, events, and audit trails
- Monitoring the network for anomalies
- Incident response planning and response
Developing and Implementing a Security Policy
Developing and implementing a security policy is the first step in building a cybersecurity maturity model. A security policy is a written document that outlines the security practices of an organization.
Data Classification
Data classification is the process of determining what to classify as confidential and what needs to be protected from cyber threats. Also, data classification refers to the process of assigning labels (i.e., Sensitive, Confidential, Non-Sensitive) to data based on their level of sensitivity.
Organizations can use data classification to help determine which applications they need to protect, how they need to protect them, and how long they need to protect them.
Risk Assessment
Risk assessment refers to the process of evaluating an organization’s environment to identify what assets are at risk. Threats can include physical security threats, such as theft or natural disasters. Vulnerabilities can include hardware, software, and human errors.
The likelihood of a threat exploiting a vulnerability can be ranked from low to high based. Also, it is how likely it is for the threat to exploit the vulnerability.
Network Segmentation and Data Segregation
Network segmentation is the process of dividing a network into segments based on its functions. Data segmentation is the process of dividing data into multiple logical units based on their sensitivity and the level of protection they require to keep them secure.
Patching, Updating, and Management of Operating Systems and Applications
Patching is the process of fixing vulnerabilities in an operating system or application after it has been released. Organizations can use updating to fix vulnerabilities before a cyber threat exploits them. It also helps prevent malware from spreading to other computers.
Maintaining Logs, Events, and Audit Trails
Maintaining logs and audit trails is the process of recording security-related events. Also, it is the process of recording and storing log files.
Organizations can use logging to detect unauthorized access to a system. Also, it can be used to determine whether a device or user has attempted to change settings or data in a way that is not approved by IT.
Monitoring the Network for Anomalies
Monitoring the network for anomalies in the process of using software to monitor for suspicious activity on a computer network. Also, it is the process of monitoring computers, networks, and systems to detect unusual behavior.
Incident Response Planning and Response
A cybersecurity incident response plan is a written document that describes how an organization will respond to a security breach or cyberattack. Also, it is a plan that tells staff members how they should respond when a security breach or cyberattack occurs.
Conclusion
Cyber threats are continually evolving and organizations must respond to those threats by building a cybersecurity maturity model. Also, the cybersecurity maturity model will enable your organization to assess where it is along the path to improving its cybersecurity posture.