Final Exam: SecOps Engineer Overview/Description Expected Duration Lesson Objectives Course Number Expertise Level Overview/Description 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.
Expected Duration (hours)
0.0
Lesson Objectives 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
Course Number: it_feptsoe_04_enus
Expertise Level
Intermediate