Final Exam: SecOps Engineer
Final Exam: SecOps Engineer
- analyze and mitigate malware threats
- analyze and utilize appropriate security metrics
- analyze malware threats
- analyze the danger of insider threats and take mitigating steps
- apply cloud security methods and techniques
- apply common cyberthreat intelligence resources
- apply delivery in a secure manner on an ongoing or continuous basis
- apply failure analysis techniques to cybersecurity
- apply filtering and data validation
- apply hardening to Windows 10
- apply infrastructure hardening
- deploy software in a safe and secure manner
- describe and implement proper server hardening
- describe and implement security engineering techniques
- describe and integrate threat mitigation concepts into security operations
- describe and utilize IDS/IPS
- describe and utilize metrics appropriate for software security
- describe and utilize security devices
- describe approaches to ransomware mitigation
- describe cloud and IoT concepts and how they impact security
- describe cloud architecture, types of clouds, and the use of cloud technology
- describe common threats to IoT and cloud
- describe essential failure analysis
- describe firewalls and how to place them properly
- describe honeypots and utilize and deploy them effectively
- describe IoT concepts and usage
- describe SecOps engineering concepts
- describe secure coding concepts
- describe security modeling techniques, including the CIA Triangle and the McCumber Cube
- describe the importance of and how to apply practices from the CERT Top 10
- describe the threat of using insecure protocols and how to mitigate that threat
- describe the threats posed by phishing and integrate mitigation steps into security operations
- describe threats to web sites
- gather security requirements by applying requirements engineering techniques
- harden a Windows 10 server
- harden operating systems
- harden operating systems to mitigate threats
- identify and analyze Python examples of secure code
- identify approaches to ransomware mitigation
- identify cloud architecture, types of clouds, and the use of cloud technology
- identify common threats to IoT and cloud
- identify practices from the CERT Top 10 list
- identify SecOps engineering concepts
- identify security modeling techniques, including the CIA Triangle and the McCumber Cube
- identify threats to web sites
- implement infrastructure hardening
- implement IoT security for a wide range of IoT devices
- implement practices from the CERT Top 10 list
- implement security verification and validation in software projects
- integrate mitigation for social engineering into security operations
- integrate systems engineering into cybersecurity operations
- mitigate malware threats
- recognize and analyze C# examples of secure code
- recognize and analyze Java examples of secure code
- recognize and analyze Python examples of secure code
- recognize security requirements by applying requirements engineering techniques
- recognize the importance of practices from the CERT Top 10 list
- recognize threat mitigation concepts
- respond effectively to DoS attacks
- use the Security Modeling Language
Final Exam: SecOps Engineer will test your knowledge and application of the topics presented throughout the SecOps Engineer track of the Skillsoft Aspire Penetration Tester to SecOps Engineer Journey.
SecOps Engineer: Cloud & IoT security
SecOps Engineer: Cloud & IoT security
- discover the key concepts covered in this course
- describe cloud and IoT concepts and how they impact security
- describe common threats to IoT and cloud
- describe cloud architecture, types of clouds, and the use of cloud technology
- apply cloud security methods and techniques
- describe IoT concepts and usage
- implement IoT security for a wide range of IoT devices
- summarize the key concepts covered in this course
Explore cloud and IoT security concepts, including common threats. Examine cloud architecture, types, and uses, as well as how to apply cloud security methods and techniques. Discover how to implement IoT security for a wide range of IoT devices.
SecOps Engineer: Secure Coding
SecOps Engineer: Secure Coding
- discover the key concepts covered in this course
- describe secure coding concepts
- apply filtering and data validation
- describe the importance of and how to apply practices from the CERT Top 10 list including validating input, paying attention to compiler warnings, secure design, coding for simplicity, and the principle of default deny
- describe the importance of and how to apply practices from the CERT Top 10 list including the principle of least privileges, sanitizing data, defense in depth, implementing quality assurance, and adhering to standards
- deploy software in a safe and secure manner
- apply delivery in a secure manner on an ongoing or continuous basis
- implement security verification and validation in software projects
- describe and utilize metrics appropriate for software security
- recognize and analyze C# examples of secure code
- recognize and analyze Python examples of secure code
- recognize and analyze Java examples of secure code
- summarize the key concepts covered in this course
Discover how to protect your software by applying secure coding practices. Explore key concepts, including filtering, validation, and the CERT Top 10 Secure Coding Practices. Examine methods for securing software deployment and continuous delivery, as well as secure software metrics and secure coding with C#, Python, and Java.
SecOps Engineer: Security Engineering
SecOps Engineer: Security Engineering
- discover the key concepts covered in this course
- describe security modeling techniques, including the CIA Triangle and the McCumber Cube
- describe and implement security engineering techniques
- use the Security Modeling Language
- analyze and utilize appropriate security metrics
- describe essential failure analysis
- apply failure analysis techniques to cybersecurity
- integrate systems engineering into cybersecurity operations
- acquire and analyze security requirements by applying requirements engineering techniques
- summarize the key concepts covered in this course
Explore cybersecurity engineering concepts, including security modeling techniques and the Security Modeling Language. Discover how to analyze and use security metrics, analyze failures, integrate systems engineering into cybersecurity operations, and apply security requirements engineering techniques.
SecOps Engineer: System Infrastructure Security
SecOps Engineer: System Infrastructure Security
- discover the key concepts covered in this course
- describe SecOps engineering concepts
- apply infrastructure hardening
- harden operating systems to mitigate threats
- analyze issues with Windows 10 and harden a Windows 10 PC
- describe and utilize security devices
- describe and utilize IDS/IPS
- describe and implement proper server hardening
- apply hardening to Windows 10
- harden a Windows 10 server
- describe firewalls and how to properly place them
- describe honeypots and utilize and deploy them effectively
- summarize the key concepts covered in this course
Explore SecOps engineering concepts, including why you should harden your infrastructure and operating systems to mitigate threats. Discover how to analyze Windows 10 issues, use security devices, and implement intrusion detection and prevention systems. In addition, Windows Server hardening, proper firewall placement, and using and deploying honeypots effectively is covered.
SecOps Engineer: Threat Mitigation
SecOps Engineer: Threat Mitigation
- discover the key concepts covered in this course
- describe and integrate threat mitigation concepts into security operations
- analyze and mitigate malware threats
- describe approaches to ransomware mitigation
- describe threats to websites
- respond effectively to DoS attacks
- analyze the danger of insider threats and take mitigating steps
- integrate mitigation for social engineering into security operations
- describe the threats posed by phishing and integrate mitigation steps into security operations
- describe the threat of using insecure protocols and how to mitigate that threat
- use cyberthreat intelligence and integrate it into mitigation strategies
- use cyberthreat intelligence resources effectively
- summarize the key concepts covered in this course
Discover how to recognize and analyze common threats, such as malware, denial of service, social engineering, phishing, and insecure protocols. Examine how to integrate your analysis into mitigating these types threats and how to effectively use cyberthreat intelligence resources.
