Scope and fit
Code review produces the most value when reviewers understand the application and the developers who will act on findings. Define a manageable scope before inspecting files.
Choose code and questions deliberately
Name repositories, branches, commit range, languages, and high-risk components such as authentication, authorization, cryptography, and deserialization. Include relevant architecture and threat models.
Combine automation with human reasoning
Use static analysis to locate patterns, then verify whether a path is reachable and exploitable in context. Review business logic and data flow that scanners cannot fully interpret.
Make results reproducible
For each issue, provide a location, preconditions, impact explanation, and safe remediation direction. Separate confirmed vulnerabilities from hardening suggestions and record parts of the codebase that were not reviewed.
Decisions and tradeoffs
Use this table as a working review record. Replace assumptions with evidence from the target environment.
| Decision area | Working guidance |
|---|---|
| Choose code and questions deliberately | Name repositories, branches, commit range, languages, and high-risk components such as authentication, authorization, cryptography, and deserialization. Include relevant architecture and threat models. |
| Combine automation with human reasoning | Use static analysis to locate patterns, then verify whether a path is reachable and exploitable in context. Review business logic and data flow that scanners cannot fully interpret. |
| Make results reproducible | For each issue, provide a location, preconditions, impact explanation, and safe remediation direction. Separate confirmed vulnerabilities from hardening suggestions and record parts of the codebase that were not reviewed. |
Implementation questions
What should the team decide about choose code and questions deliberately?
Name repositories, branches, commit range, languages, and high-risk components such as authentication, authorization, cryptography, and deserialization. Include relevant architecture and threat models. Use a named owner and a written acceptance check so this decision can be reviewed after deployment.
What should the team decide about combine automation with human reasoning?
Use static analysis to locate patterns, then verify whether a path is reachable and exploitable in context. Review business logic and data flow that scanners cannot fully interpret. Use a named owner and a written acceptance check so this decision can be reviewed after deployment.
What should the team decide about make results reproducible?
For each issue, provide a location, preconditions, impact explanation, and safe remediation direction. Separate confirmed vulnerabilities from hardening suggestions and record parts of the codebase that were not reviewed. Use a named owner and a written acceptance check so this decision can be reviewed after deployment.
Plan, build, verify, operate
Choose code and questions deliberately: Name repositories, branches, commit range, languages, and high-risk components such as authentication, authorization, cryptography, and deserialization. Include relevant architecture and threat models. Record the result and the next owner before changing the next boundary.
Combine automation with human reasoning: Use static analysis to locate patterns, then verify whether a path is reachable and exploitable in context. Review business logic and data flow that scanners cannot fully interpret. Record the result and the next owner before changing the next boundary.
Make results reproducible: For each issue, provide a location, preconditions, impact explanation, and safe remediation direction. Separate confirmed vulnerabilities from hardening suggestions and record parts of the codebase that were not reviewed. Record the result and the next owner before changing the next boundary.
Deployment checks
Turn the page into a reviewable handover by assigning each check to a person and retaining its result.
Scope a Secure Code Review for Findings Developers Can Fix: decision 1
Write down the boundary, owner, dependency, and proof required for scope a secure code review for findings developers can fix before implementation begins.
Scope a Secure Code Review for Findings Developers Can Fix: decision 2
Write down the boundary, owner, dependency, and proof required for scope a secure code review for findings developers can fix before implementation begins.
Scope a Secure Code Review for Findings Developers Can Fix: decision 3
Write down the boundary, owner, dependency, and proof required for scope a secure code review for findings developers can fix before implementation begins.
Review the trust boundaries
A secure code review starts with a versioned scope: repositories, commits or release tags, services, languages, build paths, third-party dependencies, deployment assumptions, and excluded components. Follow data and authority across authentication, authorisation, input handling, secrets, storage, APIs, background jobs, and external calls rather than reading files in arbitrary order.
Record a finding with affected code path, precondition, safe reproduction detail, expected versus observed behaviour, evidence, impact context, and remediation direction. Do not copy secrets, production records, or exploit payloads into broad-access tickets. A review identifies conditions in the examined code; it does not replace runtime testing or prove unreviewed code safe.
DeployOpen can perform the agreed review. The customer owns source access, design decisions, release approval, and remediation priority.
Handover and ownership
Before handover, name the system owner, support path, access boundary, backup or recovery responsibility, and the condition that pauses a change.
Keep a short record of what was tested, what remains outside scope, and when the review should happen again.
