Cybersecurity Analysts protect digital systems by monitoring for threats, analyzing security alerts, and implementing defenses against cyberattacks. They conduct risk assessments, enforce policies, respond to incidents, and recommend improvements to safeguard organizational information assets.
Skill trends based on publicly-available nationwide job advertisement data.
Agile Methodology is a project management and product development approach that emphasizes flexibility, collaboration, and customer feedback, allowing teams to adapt to changes quickly and deliver incremental improvements.
In the role of a Cybersecurity Analyst, Agile Methodology is utilized to manage security projects and initiatives effectively, enabling teams to respond to emerging threats, prioritize tasks based on risk assessments, and continuously improve security measures through iterative processes.
At Level 1 Proficiency, a worker can participate in Agile ceremonies such as daily stand-ups and sprint planning meetings, understand basic Agile principles, and contribute to team discussions by sharing observations about security issues and potential improvements.
At Level 2 Proficiency, a worker can actively contribute to the Agile process by helping to define user stories related to cybersecurity tasks, assist in prioritizing the backlog based on security risks, and collaborate with team members to implement security solutions in short, iterative cycles.
At Level 3 Proficiency, a worker can lead Agile ceremonies, facilitate discussions on security priorities, mentor team members on Agile practices, and effectively manage the integration of security measures into the development lifecycle, ensuring that security is a continuous focus throughout the project.
Skill trends based on publicly-available nationwide job advertisement data.
Application Security involves implementing measures to protect applications from external threats and vulnerabilities. This includes designing secure coding practices, implementing security protocols, and conducting regular security audits.
Cybersecurity Analysts use Application Security to identify, assess, and mitigate security risks related to applications within an organization. They analyze application security controls, perform vulnerability assessments, and develop strategies to protect against cyber threats.
At Level 1 Proficiency, a worker can identify basic security vulnerabilities in applications, understand common security threats, and assist in the implementation of security measures under supervision. They can perform routine checks and follow established protocols to ensure that applications meet minimum security standards.
At Level 2 Proficiency, a worker can conduct more thorough assessments of application security, including performing vulnerability scans and analyzing the results. They can implement security best practices in the development process, collaborate with development teams to address identified vulnerabilities, and provide recommendations for improving application security.
At Level 3 Proficiency, a worker can independently assess and mitigate security risks in applications, develop and enforce security policies, and lead security reviews throughout the software development lifecycle. They can effectively communicate security requirements to stakeholders, mentor junior analysts, and stay updated on emerging threats and security technologies to enhance application security strategies.
Skill trends based on publicly-available nationwide job advertisement data.
Auditing involves examining and evaluating various aspects of an organization's operations, processes, and systems to ensure compliance with regulatory standards, internal policies, and best practices. It also involves identifying potential risks, weaknesses, and areas for improvement.
In the role of Cybersecurity Analysts, auditing plays a critical role in assessing the effectiveness of security measures, identifying vulnerabilities in systems and networks, detecting potential security breaches, and ensuring compliance with security policies and regulations. Cybersecurity Auditors conduct security audits, penetration tests, risk assessments, and compliance audits to safeguard organizational assets and data from cyber threats.
At Level 1 Proficiency, a worker can perform basic auditing tasks such as reviewing logs and reports for anomalies, following established procedures to check compliance with security policies, and identifying potential security issues under supervision.
At Level 2 Proficiency, a worker can conduct more detailed audits by analyzing security controls, assessing the effectiveness of existing security measures, and documenting findings with recommendations for improvements, demonstrating a greater understanding of auditing processes and security frameworks.
At Level 3 Proficiency, a worker can independently execute comprehensive audits, evaluate the overall security posture of an organization, develop audit plans tailored to specific risks, and effectively communicate results to stakeholders, ensuring that all findings are actionable and aligned with organizational goals.
Skill trends based on publicly-available nationwide job advertisement data.
Cloud Security involves protecting data, applications, and infrastructure in cloud computing environments through a set of policies, controls, technologies, and procedures.
Cybersecurity Analysts specializing in Cloud Security are responsible for identifying potential security risks in cloud-based systems, implementing security measures to safeguard cloud assets, monitoring and detecting security threats, and responding to incidents in cloud environments.
At Level 1 Proficiency, a worker can identify basic cloud security concepts and terminology, recognize common cloud service models (IaaS, PaaS, SaaS), and understand the importance of securing cloud environments. They can assist in monitoring cloud resources for security alerts and follow established protocols for reporting potential security incidents.
At Level 2 Proficiency, a worker can implement basic security measures in cloud environments, such as configuring access controls and managing user permissions. They can conduct routine security assessments of cloud services, identify vulnerabilities, and apply standard security practices to mitigate risks. Additionally, they can assist in the development of cloud security policies and procedures.
At Level 3 Proficiency, a worker can design and implement comprehensive cloud security strategies tailored to specific organizational needs. They can perform in-depth security assessments, analyze cloud architecture for potential threats, and recommend advanced security solutions. Furthermore, they can lead incident response efforts related to cloud security breaches and ensure compliance with relevant regulations and standards.
Skill trends based on publicly-available nationwide job advertisement data.
Communication is the ability to convey information clearly and effectively to others through various mediums such as verbal, written, and non-verbal means. It involves actively listening, articulating thoughts, and adjusting communication styles based on the audience.
Cybersecurity Analysts need strong communication skills to effectively communicate security threats, vulnerabilities, and strategies to technical and non-technical stakeholders. They must be able to explain complex technical concepts in layman's terms to ensure understanding and collaboration across teams.
At Level 1 Proficiency, a worker can effectively convey basic cybersecurity concepts to team members and stakeholders, utilizing simple language and clear examples. They can listen actively to others, ask clarifying questions, and provide straightforward updates on security incidents or protocols.
At Level 2 Proficiency, a worker can articulate more complex cybersecurity issues and solutions to both technical and non-technical audiences. They can facilitate discussions during team meetings, present findings from security assessments, and draft concise reports that summarize security incidents and recommendations for improvement.
At Level 3 Proficiency, a worker can lead comprehensive communication efforts regarding cybersecurity strategies and policies within the organization. They can effectively negotiate with vendors, collaborate with cross-functional teams to enhance security awareness, and deliver impactful presentations to senior management, ensuring that cybersecurity priorities are understood and supported at all levels.
Skill trends based on publicly-available nationwide job advertisement data.
Cyber Threat Intelligence involves the collection, analysis, and dissemination of information about potential or current cyber threats that could harm an organization's digital environment.
Cybersecurity Analysts utilize Cyber Threat Intelligence to proactively identify and assess potential cyber threats, understand threat actors' tactics, techniques, and procedures, and develop effective strategies to protect their organization's systems and data.
At Level 1 Proficiency, a worker can identify basic cyber threats and understand common terminology related to cyber threat intelligence. They can gather information from predefined sources, such as threat reports and alerts, and recognize the significance of various types of threats. They are capable of assisting in the documentation of threat data and can follow established protocols for reporting incidents.
At Level 2 Proficiency, a worker can analyze and interpret threat intelligence data with moderate complexity. They can correlate information from multiple sources to identify patterns and trends in cyber threats. They are able to contribute to the development of threat intelligence reports and can communicate findings to team members effectively. Additionally, they can assist in the implementation of threat detection tools and techniques.
At Level 3 Proficiency, a worker can independently conduct comprehensive analyses of cyber threats and provide actionable intelligence to inform security strategies. They can evaluate the credibility of various threat intelligence sources and make informed recommendations based on their assessments. They are proficient in using advanced threat intelligence platforms and can mentor junior analysts in best practices for threat identification and response.
Skill trends based on publicly-available nationwide job advertisement data.
Digital Forensics is the process of collecting, preserving, analyzing, and presenting electronic data in a manner that is legally acceptable, often used in investigations of cybercrimes, data breaches, and other security incidents.
In the role of a Cybersecurity Analyst, Digital Forensics is utilized to investigate security incidents, recover lost data, analyze malware, and provide evidence for legal proceedings, ensuring that all findings are documented and can withstand scrutiny.
At Level 1 Proficiency, a worker can identify and collect digital evidence from various sources, such as computers and mobile devices, following basic procedures to ensure data integrity and can assist in the documentation of findings.
At Level 2 Proficiency, a worker can perform more complex analyses of digital evidence, utilize forensic tools to recover deleted files, and create detailed reports on findings, demonstrating a solid understanding of forensic methodologies and legal considerations.
At Level 3 Proficiency, a worker can independently conduct comprehensive digital forensic investigations, interpret complex data sets, provide expert testimony in legal settings, and develop strategies for preventing future incidents based on forensic findings, showcasing a high level of expertise and reliability in the application of the skill.
Skill trends based on publicly-available nationwide job advertisement data.
Encryption is the process of encoding data or information in such a way that only authorized parties can access it, using cryptographic algorithms to convert plaintext into ciphertext.
Cybersecurity Analysts use encryption to secure sensitive information, communications, and systems from unauthorized access, data breaches, or cyber threats. They implement encryption protocols to protect data at rest, in transit, and in use.
At Level 1 Proficiency, a worker can identify basic encryption concepts and terminology, understand the purpose of encryption in protecting data, and apply simple encryption tools to secure files or communications. They can follow established protocols to encrypt and decrypt information using standard software applications.
At Level 2 Proficiency, a worker can implement encryption methods for various types of data, including emails and files, and can troubleshoot common issues related to encryption processes. They demonstrate a solid understanding of different encryption algorithms and can select appropriate methods based on the sensitivity of the information being protected.
At Level 3 Proficiency, a worker can design and manage encryption strategies for an organization, ensuring compliance with relevant regulations and best practices. They can assess the effectiveness of existing encryption measures, recommend improvements, and provide training to other staff on encryption protocols and tools, ensuring a robust security posture.
Skill trends based on publicly-available nationwide job advertisement data.
Endpoint Security involves securing individual devices such as laptops, desktops, mobile devices, and servers from cybersecurity threats through the implementation of various technologies, policies, and practices.
Cybersecurity Analysts utilize Endpoint Security to protect the organization's endpoints from malware, unauthorized access, data breaches, and other security risks. They implement and manage endpoint security solutions to ensure the integrity and confidentiality of the organization's sensitive data.
At Level 1 Proficiency, a worker can identify basic endpoint security threats and understand the importance of securing devices such as laptops, desktops, and mobile devices. They can assist in the installation of endpoint security software and perform routine updates, as well as monitor alerts for potential security incidents under supervision.
At Level 2 Proficiency, a worker can effectively configure and manage endpoint security solutions, including antivirus and anti-malware tools. They can analyze security alerts to determine the severity of threats and respond appropriately, as well as conduct basic investigations into security incidents and provide recommendations for remediation.
At Level 3 Proficiency, a worker can independently implement and optimize endpoint security measures across an organization. They can conduct thorough assessments of endpoint vulnerabilities, develop and enforce security policies, and lead incident response efforts for endpoint-related security breaches. Additionally, they can provide training and guidance to other team members on best practices for endpoint security.
Skill trends based on publicly-available nationwide job advertisement data.
Governance refers to the framework of policies, procedures, and regulations that guide an organization in achieving its goals while managing risks appropriately and ensuring compliance with laws and standards.
Cybersecurity Analysts leverage governance principles to establish and maintain effective cybersecurity strategies and practices within an organization. This includes defining security policies, implementing controls, monitoring compliance, and assessing the effectiveness of cybersecurity programs.
At Level 1 Proficiency, a worker can assist in the documentation of governance policies and procedures related to cybersecurity. They can help in identifying basic compliance requirements and support the collection of data for audits. They may also participate in meetings to understand governance frameworks and contribute to the organization’s cybersecurity awareness initiatives.
At Level 2 Proficiency, a worker can actively contribute to the development and implementation of governance policies and procedures. They can analyze existing policies for compliance with regulatory standards and assist in risk assessments. Additionally, they can communicate governance requirements to team members and help ensure that cybersecurity practices align with organizational goals.
At Level 3 Proficiency, a worker can independently manage and oversee the governance framework within the organization. They can evaluate and update governance policies to reflect changes in regulations and industry standards. They are capable of conducting comprehensive audits and assessments, providing recommendations for improvements, and ensuring that all cybersecurity practices are effectively documented and communicated across the organization.
Skill trends based on publicly-available nationwide job advertisement data.
IT Security Architecture involves designing and implementing security systems to protect an organization's IT infrastructure, networks, and data from cyber threats. This includes creating security policies, implementing secure architecture designs, and ensuring compliance with industry standards.
Cybersecurity Analysts leverage IT Security Architecture skills to assess the security posture of an organization, identify vulnerabilities, recommend security solutions, and implement security controls to mitigate risks. They work closely with IT teams to ensure that security measures are integrated into the organization's systems and processes.
At Level 1 Proficiency, a worker can identify basic components of IT security architecture, such as firewalls, intrusion detection systems, and encryption methods. They can assist in the implementation of security measures under supervision and follow established protocols to ensure compliance with security policies.
At Level 2 Proficiency, a worker can analyze and evaluate existing IT security architectures to identify vulnerabilities and recommend improvements. They can implement security solutions with moderate independence, configure security tools, and participate in security assessments, demonstrating a solid understanding of security principles and practices.
At Level 3 Proficiency, a worker can design and develop comprehensive IT security architectures tailored to organizational needs. They can assess risks, integrate security measures into IT systems, and ensure alignment with industry standards and regulations. Additionally, they can lead security projects, mentor junior staff, and effectively communicate security strategies to stakeholders.
Skill trends based on publicly-available nationwide job advertisement data.
Identity and Access Management (IAM) involves managing and controlling digital identities and their access rights within an organization's network and systems. This includes user authentication, authorization, and permissions management to ensure that only authorized individuals have appropriate access to resources.
Cybersecurity Analysts utilize IAM to secure organizational data and systems by implementing and maintaining IAM policies, protocols, and technologies. They are responsible for managing user accounts, defining access controls, monitoring user activities, and detecting and responding to unauthorized access attempts.
At Level 1 Proficiency, a worker can assist in the basic management of user accounts and access permissions within an organization's systems. They can follow established protocols to create, modify, and deactivate user accounts, ensuring that access rights are aligned with organizational policies. They can also help in monitoring user access logs for any irregularities and report findings to senior team members.
At Level 2 Proficiency, a worker can independently manage user access requests and perform routine audits of user permissions to ensure compliance with security policies. They can identify and resolve common access issues, implement multi-factor authentication processes, and assist in the development of access control policies. Additionally, they can provide support in training users on best practices for identity and access management.
At Level 3 Proficiency, a worker can effectively design and implement identity and access management strategies that align with organizational security objectives. They can conduct comprehensive audits and risk assessments of access controls, analyze user behavior to detect potential security threats, and recommend improvements to access management processes. They are also capable of leading initiatives to enhance user authentication methods and ensure compliance with regulatory requirements.
Skill trends based on publicly-available nationwide job advertisement data.
Incident Response involves the processes, tools, and procedures used to detect, respond to, and recover from security incidents in an organization's IT environment.
Cybersecurity Analysts leverage their Incident Response skills to investigate and analyze security incidents, determine the root cause of breaches or unauthorized activities, contain the impact, and implement measures to prevent future incidents.
At Level 1 Proficiency, a worker can assist in the incident response process by following established protocols and procedures. They can identify and report potential security incidents, gather basic information about the incident, and support the documentation of incidents as they occur. They are familiar with the tools used for monitoring and can perform basic tasks under supervision.
At Level 2 Proficiency, a worker can actively participate in the incident response process by analyzing incidents and determining their severity. They can utilize incident response tools to collect and analyze data, contribute to the development of incident reports, and communicate findings to team members. They demonstrate a greater understanding of incident response frameworks and can handle moderate incidents with minimal supervision.
At Level 3 Proficiency, a worker can independently manage the incident response process for a variety of security incidents. They can lead investigations, coordinate with other teams, and implement response strategies effectively. They are capable of conducting thorough analyses to identify root causes, recommend remediation steps, and ensure that lessons learned are documented and communicated to improve future incident response efforts.
Skill trends based on publicly-available nationwide job advertisement data.
Information Assurance involves protecting and securing data, information systems, and technologies from unauthorized access, disclosure, disruption, modification, or destruction.
Cybersecurity Analysts use Information Assurance to assess and mitigate risks to information systems, implement security measures to safeguard sensitive data, detect and respond to security incidents, and ensure compliance with regulations and industry standards.
At Level 1 Proficiency, a worker can identify basic information assurance principles and practices, understand the importance of data protection, and recognize common security threats. They can assist in the implementation of simple security measures, such as password policies and basic access controls, and can follow established protocols for reporting security incidents.
At Level 2 Proficiency, a worker can conduct routine assessments of information systems to ensure compliance with security policies and standards. They can implement and monitor security controls, analyze security logs for unusual activity, and assist in the development of security awareness training for staff. They demonstrate a greater understanding of risk management and can contribute to the creation of incident response plans.
At Level 3 Proficiency, a worker can independently evaluate and enhance information assurance strategies, ensuring that systems are resilient against threats. They can perform comprehensive risk assessments, recommend and implement advanced security measures, and lead incident response efforts. They are capable of analyzing complex security incidents, providing detailed reports, and advising on best practices for information assurance across the organization.
Skill trends based on publicly-available nationwide job advertisement data.
Information Systems Security involves protecting computer systems and networks from security breaches, unauthorized access, and data theft by implementing various security measures, policies, and practices.
Cybersecurity Analysts apply their information systems security skills to assess, monitor, and improve the security posture of an organization's IT infrastructure. They analyze security threats, develop security protocols, and implement security solutions to safeguard against cyber attacks.
At Level 1 Proficiency, a worker can identify basic security threats and vulnerabilities in information systems, understand fundamental security concepts, and assist in implementing basic security measures under supervision. They can follow established protocols to monitor security alerts and report incidents to senior team members.
At Level 2 Proficiency, a worker can analyze security incidents and respond to them with moderate independence, applying established security policies and procedures. They can conduct routine security assessments, assist in the development of security documentation, and recommend improvements to existing security measures based on observed vulnerabilities.
At Level 3 Proficiency, a worker can independently manage and implement comprehensive security strategies for information systems, ensuring compliance with industry standards and regulations. They can perform in-depth security assessments, develop incident response plans, and effectively communicate security risks and recommendations to stakeholders, demonstrating a reliable and proactive approach to information systems security.
Skill trends based on publicly-available nationwide job advertisement data.
Linux is an open-source operating system renowned for its stability, security, and flexibility. It powers a vast majority of servers worldwide and is commonly used in cybersecurity environments due to its robust security features and customization options.
Cybersecurity Analysts frequently leverage Linux for tasks such as network monitoring, vulnerability assessments, incident response, forensic analysis, and security testing. Understanding Linux is crucial for securing Linux-based systems, conducting security assessments, and monitoring potential security breaches.
At Level 1 Proficiency, a worker can navigate the Linux operating system, perform basic command-line operations, and understand file system structure. They can execute simple commands to manage files and directories, and they have a foundational understanding of user permissions and basic system processes.
At Level 2 Proficiency, a worker can effectively use Linux commands to perform routine system administration tasks, such as installing and configuring software, managing user accounts, and monitoring system performance. They can troubleshoot common issues and utilize shell scripting to automate simple tasks, demonstrating a greater confidence in their ability to manage Linux environments.
At Level 3 Proficiency, a worker can fully administer Linux systems, implementing security measures and best practices to protect against vulnerabilities. They can analyze system logs for security incidents, configure firewalls, and manage network services. Additionally, they can optimize system performance and ensure compliance with security policies, showcasing a reliable and competent application of Linux skills in their role as a Cybersecurity Analyst.
Skill trends based on publicly-available nationwide job advertisement data.
Operating Systems refer to the software that manages computer hardware resources and provides common services for computer programs. Common operating systems include Windows, macOS, Linux, and Unix.
Cybersecurity Analysts rely heavily on knowledge of operating systems to understand how they work, identify vulnerabilities, analyze security configurations, and detect potential security breaches within operating systems across various platforms.
At Level 1 Proficiency, a worker can navigate and perform basic tasks within various operating systems, such as installing software, managing files, and understanding system settings. They can identify common operating system interfaces and utilize basic command-line functions to execute simple commands.
At Level 2 Proficiency, a worker can troubleshoot common operating system issues, configure system settings for optimal performance, and apply security updates. They can also manage user accounts and permissions, ensuring that access controls are appropriately set to protect sensitive information.
At Level 3 Proficiency, a worker can implement and maintain security measures within operating systems, such as configuring firewalls, managing antivirus software, and conducting system audits. They can analyze system logs for suspicious activity and respond to security incidents effectively, ensuring the integrity and security of the operating environment.
Skill trends based on publicly-available nationwide job advertisement data.
Penetration Testing involves simulating cyber attacks on computer systems, networks, or web applications to identify security vulnerabilities that could be exploited by malicious hackers.
Cybersecurity Analysts use Penetration Testing to assess the security posture of an organization's digital assets, proactively identify weaknesses, and recommend remediation strategies to prevent real-world cyber attacks.
At Level 1 Proficiency, a worker can perform basic penetration testing tasks such as using automated tools to scan for vulnerabilities in systems and applications. They can identify common security weaknesses and generate simple reports based on the findings, but they may require guidance to interpret results and recommend remediation steps.
At Level 2 Proficiency, a worker can conduct more comprehensive penetration tests, including manual testing techniques alongside automated tools. They can analyze the results to identify potential security risks and provide actionable recommendations for mitigation. Additionally, they can communicate findings effectively to both technical and non-technical stakeholders.
At Level 3 Proficiency, a worker can execute advanced penetration testing strategies, including simulating real-world attack scenarios and exploiting vulnerabilities to assess the security posture of systems. They can develop detailed reports that not only outline vulnerabilities but also prioritize them based on risk assessment. Furthermore, they can mentor junior analysts and contribute to the development of testing methodologies and best practices.
Skill trends based on publicly-available nationwide job advertisement data.
Problem solving involves the ability to identify, analyze, and solve complex issues or challenges in a systematic and logical manner. It requires critical thinking, creativity, and the application of appropriate strategies to reach effective solutions.
Cybersecurity Analysts rely heavily on problem-solving skills to identify security vulnerabilities, investigate security incidents, and develop solutions to mitigate risks. They need to analyze complex cybersecurity issues, identify potential threats, and develop strategies to protect the organization's systems and data.
At Level 1 Proficiency, a worker can identify basic cybersecurity issues and recognize common threats. They can follow established protocols to report incidents and assist in troubleshooting under supervision. They are able to use basic problem-solving techniques to address straightforward issues, such as resetting passwords or identifying phishing attempts.
At Level 2 Proficiency, a worker can analyze more complex cybersecurity problems and apply logical reasoning to develop solutions. They can independently investigate incidents, assess potential vulnerabilities, and implement standard security measures. They are capable of collaborating with team members to brainstorm solutions and can prioritize issues based on their impact on security.
At Level 3 Proficiency, a worker can effectively diagnose and resolve intricate cybersecurity challenges with minimal guidance. They can evaluate the root causes of security breaches and develop comprehensive strategies to mitigate risks. They demonstrate a strong ability to think critically and creatively, often proposing innovative solutions to enhance security protocols and prevent future incidents.
Skill trends based on publicly-available nationwide job advertisement data.
Project Management involves the planning, organizing, and overseeing of specific tasks, goals, and resources within a defined scope to achieve a successful outcome within a specified time frame.
Cybersecurity Analysts utilize Project Management skills to effectively plan and execute cybersecurity projects, such as implementing new security measures, conducting security assessments, responding to incidents, or managing compliance initiatives within an organization.
At Level 1 Proficiency, a worker can assist in organizing project tasks and timelines, maintain basic documentation, and communicate updates to team members. They can follow established procedures to support project activities and help ensure that project goals are met under supervision.
At Level 2 Proficiency, a worker can independently manage smaller projects or components of larger projects, effectively coordinate with team members, and utilize project management tools to track progress. They can identify potential risks and suggest solutions, demonstrating a growing confidence in managing project timelines and deliverables.
At Level 3 Proficiency, a worker can lead project teams, develop comprehensive project plans, and ensure alignment with organizational goals. They can effectively manage resources, communicate with stakeholders, and resolve conflicts, demonstrating a high level of competence in delivering projects on time and within scope while adhering to cybersecurity best practices.
Skill trends based on publicly-available nationwide job advertisement data.
Risk analysis involves identifying, assessing, and evaluating potential risks to understand the likelihood and impact they may have on an organization's operations or objectives.
Cybersecurity Analysts use risk analysis to identify and assess potential security threats and vulnerabilities within an organization's systems and networks. By conducting risk analysis, they can prioritize and implement security measures to mitigate risks and protect sensitive information.
At Level 1 Proficiency, a worker can identify basic risks to information systems and understand common security threats. They can assist in gathering data for risk assessments and recognize the importance of risk analysis in protecting organizational assets.
At Level 2 Proficiency, a worker can conduct preliminary risk assessments by evaluating potential vulnerabilities and threats to systems. They can analyze existing security measures and provide recommendations for improvements, demonstrating a functional understanding of risk management principles.
At Level 3 Proficiency, a worker can perform comprehensive risk analyses independently, identifying and prioritizing risks based on their potential impact on the organization. They can develop risk mitigation strategies and communicate findings effectively to stakeholders, ensuring that risk management practices are integrated into the organization's overall security framework.
Skill trends based on publicly-available nationwide job advertisement data.
Risk Management Framework (RMF) is a structured approach to managing cybersecurity risk using a set of processes and procedures to identify, prioritize, and mitigate risks within an organization's information systems.
Cybersecurity Analysts leverage the Risk Management Framework to assess, analyze, and manage risks related to information security within systems and networks. They apply RMF principles to ensure compliance with security standards and regulations, identify vulnerabilities, and make informed decisions to enhance the overall security posture.
At Level 1 Proficiency, a worker can identify basic concepts of the Risk Management Framework (RMF) and understand its importance in cybersecurity. They can assist in gathering information related to risks and compliance requirements, follow established procedures for risk assessment, and support the documentation of risk management activities under supervision.
At Level 2 Proficiency, a worker can actively participate in the risk assessment process by identifying potential threats and vulnerabilities within an organization’s systems. They can contribute to the development of risk mitigation strategies, assist in the implementation of security controls, and effectively communicate risk-related information to team members, demonstrating a moderate level of confidence in applying the RMF.
At Level 3 Proficiency, a worker can independently conduct comprehensive risk assessments and evaluate the effectiveness of existing security controls within the RMF. They can develop and implement risk management plans, provide recommendations for risk mitigation, and ensure compliance with relevant regulations and standards. Additionally, they can mentor junior staff on RMF processes and contribute to the continuous improvement of risk management practices within the organization.
Skill trends based on publicly-available nationwide job advertisement data.
Security Controls involve the methods, technologies, and processes implemented to protect systems, networks, and data from potential security threats and attacks. These controls help in preventing unauthorized access, ensuring data confidentiality, integrity, and availability, and maintaining compliance with security policies and regulations.
Cybersecurity Analysts utilize security controls to assess, design, implement, monitor, and improve security measures within an organization's IT environment. They analyze security requirements, recommend appropriate controls, configure security tools, conduct security assessments, and respond to incidents to safeguard against cyber threats.
At Level 1 Proficiency, a worker can identify basic security controls and understand their purpose within an organization's cybersecurity framework. They can assist in the implementation of standard security measures, such as firewalls and antivirus software, and follow established protocols for reporting security incidents.
At Level 2 Proficiency, a worker can evaluate the effectiveness of existing security controls and make recommendations for improvements. They can configure and manage security tools, such as intrusion detection systems, and perform routine audits to ensure compliance with security policies and standards.
At Level 3 Proficiency, a worker can design and implement comprehensive security control strategies tailored to the organization's specific needs. They can conduct thorough risk assessments, analyze security incidents to identify vulnerabilities, and develop incident response plans that align with best practices in cybersecurity.
Skill trends based on publicly-available nationwide job advertisement data.
Security Information And Event Management (SIEM) is a technology solution that helps organizations collect, analyze, and manage security-related data from various sources in real-time to identify and respond to cybersecurity threats.
Cybersecurity Analysts use SIEM tools to monitor network traffic, detect security incidents, investigate alerts, prioritize threats, and respond to incidents effectively. They rely on SIEM to centralize security data, correlate events, and provide actionable insights for threat detection and incident response.
At Level 1 Proficiency, a worker can monitor security alerts generated by the SIEM system, identify basic security events, and perform initial triage of incidents. They can navigate the SIEM interface to access logs and reports, and understand fundamental concepts such as log collection and event correlation.
At Level 2 Proficiency, a worker can analyze security events in greater detail, correlate data from multiple sources, and identify patterns that may indicate security threats. They can configure basic alerts and dashboards within the SIEM tool, respond to incidents with predefined procedures, and document findings for further investigation.
At Level 3 Proficiency, a worker can effectively manage and optimize the SIEM system, fine-tune alert thresholds, and develop custom correlation rules to enhance threat detection capabilities. They can conduct thorough investigations of security incidents, provide actionable insights based on data analysis, and collaborate with other teams to improve overall security posture.
Skill trends based on publicly-available nationwide job advertisement data.
Security policies refer to the guidelines and procedures put in place to protect an organization's digital assets, systems, and networks. These policies dictate how various aspects of information security are managed, such as access control, data protection, incident response, and security awareness.
Cybersecurity Analysts rely on understanding and implementing security policies to assess, monitor, and enhance an organization's security posture. They ensure that security policies align with industry best practices, regulatory requirements, and the specific needs of the organization to mitigate risks effectively.
At Level 1 Proficiency, a worker can identify and understand basic security policies relevant to their organization. They can assist in the documentation of these policies and follow established guidelines to ensure compliance with security protocols. They are able to recognize common security threats and understand the importance of adhering to security policies in daily operations.
At Level 2 Proficiency, a worker can actively contribute to the development and implementation of security policies. They can analyze existing policies for effectiveness and suggest improvements based on observed security incidents or emerging threats. They are capable of training team members on security policies and ensuring that all staff understand their roles in maintaining security compliance.
At Level 3 Proficiency, a worker can independently design, implement, and enforce comprehensive security policies tailored to the organization's needs. They can conduct thorough assessments of security policies, ensuring they align with industry standards and regulatory requirements. They are also skilled in monitoring compliance and can lead initiatives to address any gaps or weaknesses in security practices across the organization.
Skill trends based on publicly-available nationwide job advertisement data.
Vulnerability Management is the process of identifying, evaluating, treating, and reporting on security vulnerabilities in systems and software. It involves continuous monitoring and assessment to ensure that potential threats are mitigated effectively.
In the role of a Cybersecurity Analyst, Vulnerability Management is utilized to proactively identify weaknesses in an organization’s IT infrastructure. Analysts conduct regular scans, analyze results, prioritize vulnerabilities based on risk, and recommend remediation strategies to enhance the overall security posture.
At Level 1 Proficiency, a worker can perform basic vulnerability scans using automated tools, identify common vulnerabilities, and generate simple reports. They can also assist in documenting findings and following up on remediation efforts under supervision.
At Level 2 Proficiency, a worker can independently conduct vulnerability assessments, analyze scan results to prioritize vulnerabilities based on potential impact, and communicate findings to relevant stakeholders. They can also assist in developing remediation plans and track the progress of vulnerability mitigation efforts.
At Level 3 Proficiency, a worker can lead vulnerability management initiatives, perform in-depth analysis of complex vulnerabilities, and develop comprehensive remediation strategies. They can also mentor junior analysts, ensure compliance with security standards, and contribute to the continuous improvement of the vulnerability management process within the organization.