Security Testing Reporting
Security Testing Reporting
Comprehensive reporting ensures that security findings are properly documented and actionable.
// iOS - Security testing report generator
class SecurityReportGenerator {
struct SecurityReport {
let metadata: ReportMetadata
let executive Summary: String
let findings: [Finding]
let recommendations: [Recommendation]
let technicalDetails: [TechnicalDetail]
struct ReportMetadata {
let appName: String
let version: String
let testDate: Date
let testerName: String
let platform: String
let deviceModel: String
}
struct Finding {
let id: String
let severity: Severity
let category: String
let title: String
let description: String
let impact: String
let likelihood: Likelihood
let evidence: [Evidence]
let remediation: String
enum Likelihood {
case veryLow, low, medium, high, veryHigh
}
}
struct Evidence {
let type: EvidenceType
let description: String
let data: Data?
enum EvidenceType {
case screenshot, log, code, network, configuration
}
}
}
func generateReport(from testResults: [TestResult]) -> SecurityReport {
let findings = convertToFindings(testResults)
return SecurityReport(
metadata: generateMetadata(),
executiveSummary: generateExecutiveSummary(findings),
findings: findings,
recommendations: generateRecommendations(findings),
technicalDetails: generateTechnicalDetails(testResults)
)
}
func exportReport(_ report: SecurityReport, format: ExportFormat) -> URL? {
switch format {
case .json:
return exportAsJSON(report)
case .html:
return exportAsHTML(report)
case .pdf:
return exportAsPDF(report)
case .markdown:
return exportAsMarkdown(report)
}
}
enum ExportFormat {
case json, html, pdf, markdown
}
}
Security testing is not a one-time activity but a continuous process that must be integrated throughout the development lifecycle. By combining automated tools with manual testing, implementing proper test environments, and maintaining comprehensive test coverage, mobile applications can achieve robust security postures. Regular security testing helps identify vulnerabilities early, reduces the cost of fixes, and ultimately protects users and their data. The next chapter will explore the OWASP Mobile Top 10 vulnerabilities in detail.## OWASP Mobile Top 10 Guide
The Open Web Application Security Project (OWASP) Mobile Top 10 represents the most critical security risks for mobile applications. This chapter provides an in-depth exploration of each vulnerability, including real-world examples, detection methods, and comprehensive mitigation strategies for both iOS and Android platforms.