ISO/IEC 27034 Lead Application Security Implementer study plan
ISO/IEC 27034 Lead Application Security Implementer · Give each week a clear focus.
8 weeks · About 7 hours per week
Fundamental principles and concepts of application security & Application security planning
Define application security, risk, and the CIA triad in your own words and map each to a concrete web or mobile attack scenario
Explain the ISO/IEC 27034 structure (concepts, organization overview, application security management process, and application security controls) at a level you could teach to a colleague
Distinguish application security controls from generic IT controls and give three examples of each
Draft a one-page glossary of 20 core terms (threat, vulnerability, exposure, control, assurance, residual risk) with a one-line definition each
Your checkpoint
A 2-page written primer covering domain 1 concepts plus a 20-term glossary, self-checked against a list of learning objectives you write yourself
Application security planning
Derive application security requirements from business context, regulatory obligations, and data classification for a sample application
Build a risk assessment for that application using a likelihood-by-impact matrix and rank at least eight identified risks
Select a target assurance level and justify it against the organization's risk appetite
Produce a scope statement that names what the application security plan covers and explicitly excludes
Your checkpoint
A risk register with at least eight scored risks, a scope statement, and a narrative justification of the chosen assurance level
Application security planning & Implementation of application security controls
Translate the week-2 risk register into a control selection matrix mapping each risk to one or more candidate controls
Define security requirements for authentication, authorization, input handling, session management, and data protection in testable language
Write acceptance criteria for at least five controls so a developer could verify them without asking you
Identify where controls belong in the development lifecycle (requirements, design, build, test, deploy)
Your checkpoint
A control selection matrix plus a requirements specification with testable acceptance criteria for at least five controls
Implementation of application security controls
Specify the roles, responsibilities, and competencies needed for an application security team and a development team under the selected controls
Design the evidence an implementer must produce to prove each control is operating (configuration export, test result, code review record)
Explain how application security controls are verified and validated before being added to the organization's control library
Document how a control is tailored for a specific application without breaking its intent
Your checkpoint
A control implementation package for two controls, each with owner, evidence artifacts, verification steps, and tailoring notes
Implementation of application security controls & Application security incident management and response
Describe the application security incident response lifecycle and name the inputs an application security team supplies at each stage
Define severity classification criteria that combine business impact with exploitability
Explain how vulnerability disclosure, defect handling, and patch release processes connect to incident response
Identify the evidence an application security team must preserve during an incident and why chain of custody matters
Your checkpoint
An incident response runbook for a web application, including severity matrix, escalation path, and evidence retention checklist
Application security incident management and response & Verifying and monitoring application security
Walk through a tabletop scenario (for example, a leaked credential leading to data exposure) and record decisions, gaps, and timing
Select verification techniques (static analysis, dynamic testing, code review, penetration testing, threat modeling) and justify each against a specific control
Define metrics that show whether controls are operating, not just whether testing happened
Explain how monitoring, logging, and alerting feed the verification loop for application security
Your checkpoint
A tabletop exercise report with a timeline, identified gaps, and a metrics dashboard definition of at least six indicators
Verifying and monitoring application security & Continual improvement and auditing of application security
Design an audit program that samples control evidence and tests whether controls remain effective over time
Distinguish conformity assessment from performance evaluation and state what each answers
Plan a continual improvement cycle: how findings become corrective actions, owners, and due dates
Write audit findings in a form that a non-specialist auditor and a developer can both act on
Your checkpoint
An internal audit plan with sampling approach, an audit checklist for three controls, and a corrective action template
Fundamental principles and concepts of application security & Application security planning & Implementation of application security controls & Application security incident management and response & Verifying and monitoring application security & Continual improvement and auditing of application security
Consolidate all prior deliverables into a single coherent application security management package and resolve inconsistencies between them
Rehearse explaining each domain's key decisions aloud in under three minutes per domain
Complete a timed self-assessment of 60 questions you write from your own notes and score above 85 percent
List your five weakest concepts and write a targeted remediation note for each
Your checkpoint
A consolidated study portfolio plus a scored self-assessment with a written remediation plan for the five weakest areas
Milestones
Week 2: You can explain, without notes, how business context drives assurance level selection, and your risk register has at least eight scored risks with defensible rationale
Week 4: You can trace a single risk from the week-2 register through control selection, requirements, evidence, and verification without gaps
Week 6: You can run a tabletop incident scenario and map each response step back to a specific control and a specific monitoring signal
Week 8: Your consolidated portfolio is internally consistent, and your timed self-assessment scores at least 85 percent with a written remediation plan for the remainder