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6x 1x 6x 2x 2x 2x 2x 2x 2x 2x 2x 6x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 6x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 6x 6x 6x | import { SecurityLevel } from "../types/cia";
import {
CIAComponentType,
CIADataProvider,
ROIMetrics,
} from "../types/cia-services";
import logger from "../utils/logger";
import { BaseService } from "./BaseService";
/**
* Represents security metrics for a component
*/
export interface ComponentMetrics {
level: SecurityLevel;
score: number;
description: string;
recommendations: string[];
// Additional properties
component?: CIAComponentType;
value?: number;
percentage?: string;
capex?: number;
opex?: number;
}
/**
* Represents impact metrics for analysis
*/
export interface ImpactMetrics {
// Required properties
financialImpact: string;
operationalImpact: string;
reputationalImpact: string;
complianceImpact: string;
// Optional properties (marked explicitly)
securityLevel?: SecurityLevel;
riskReduction?: string;
description?: string;
technical?: string;
businessImpact?: string;
}
/**
* Represents comprehensive security metrics
*/
export interface SecurityMetrics {
// Component metrics objects
availability: ComponentMetrics;
integrity: ComponentMetrics;
confidentiality: ComponentMetrics;
// Legacy numeric properties
availabilityScore?: number;
integrityScore?: number;
confidentialityScore?: number;
// Impact metrics
impactMetrics: ImpactMetrics;
// Score metrics
overallScore: number;
score?: number; // Alias for overallScore
maxScore?: number;
percentage?: string;
// Cost metrics
totalCapex?: number;
totalOpex?: number;
totalCost?: number;
// Risk and value metrics
riskReduction?: string;
// Compliance metrics
monitoring: number;
resilience: number;
compliance: number;
benchmarkScore: number;
securityMaturity: string;
}
/**
* Interface for ROI estimates map
*/
export interface ROIEstimatesMap {
NONE: {
returnRate: string;
value?: string;
description: string;
potentialSavings?: string;
breakEvenPeriod?: string;
};
LOW: {
returnRate: string;
value?: string;
description: string;
potentialSavings?: string;
breakEvenPeriod?: string;
};
MODERATE: {
returnRate: string;
value?: string;
description: string;
potentialSavings?: string;
breakEvenPeriod?: string;
};
HIGH: {
returnRate: string;
value?: string;
description: string;
potentialSavings?: string;
breakEvenPeriod?: string;
};
VERY_HIGH: {
returnRate: string;
value?: string;
description: string;
potentialSavings?: string;
breakEvenPeriod?: string;
};
}
/**
* Service for security metrics and measurements
*
* ## Analytics Perspective
*
* This service provides quantitative metrics for security levels, enabling
* organizations to measure their security posture, track improvements over time,
* and quantify the impact of security investments through cost-benefit analysis
* and risk reduction calculations. 📊
*/
export class SecurityMetricsService extends BaseService {
constructor(dataProvider: CIADataProvider) {
super(dataProvider);
}
/**
* Calculate ROI metrics based on security level and implementation cost
*
* @param securityLevel - Selected security level
* @param implementationCost - Cost of implementation in currency units
* @returns ROI metrics with value, percentage and description
*/
public calculateRoi(
securityLevel: SecurityLevel,
implementationCost: number
): ROIMetrics {
if (securityLevel === "None" || implementationCost <= 0) {
return {
value: "$0",
percentage: "0%",
description: "No security investment means no return",
};
}
const levelKey = securityLevel.toUpperCase().replace(" ", "_");
const roiEstimates = this.getROIEstimates();
const roiPercentage =
roiEstimates[levelKey as keyof ROIEstimatesMap]?.returnRate || "0%";
// Parse the percentage to calculate actual value
let numericValue = parseInt(roiPercentage.replace(/[^0-9]/g, ""), 10);
if (isNaN(numericValue)) {
numericValue = 0;
}
const roiValue = (implementationCost * numericValue) / 100;
return {
value: `$${roiValue.toLocaleString()}`,
percentage: roiPercentage,
description: `Return on investment for ${securityLevel} security level implementation`,
};
}
/**
* Get ROI estimates from the data provider
*
* @returns Map of ROI estimates for different security levels
*/
public getROIEstimates(): ROIEstimatesMap {
return this.dataProvider.roiEstimates;
}
/**
* Get comprehensive security metrics for security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level (optional, defaults to availabilityLevel)
* @param confidentialityLevel - Confidentiality security level (optional, defaults to availabilityLevel)
* @returns Security metrics including score, costs, and risk reduction
*/
public getSecurityMetrics(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel = availabilityLevel,
confidentialityLevel: SecurityLevel = availabilityLevel
): SecurityMetrics {
// Get component details
const availabilityDetails = this.getComponentDetails(
"availability",
availabilityLevel
);
const integrityDetails = this.getComponentDetails(
"integrity",
integrityLevel
);
const confidentialityDetails = this.getComponentDetails(
"confidentiality",
confidentialityLevel
);
// Calculate security score (0-100)
const score = this.calculateSecurityScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
// Calculate costs
const availabilityCapex = availabilityDetails?.capex || 0;
const integrityCapex = integrityDetails?.capex || 0;
const confidentialityCapex = confidentialityDetails?.capex || 0;
const availabilityOpex = availabilityDetails?.opex || 0;
const integrityOpex = integrityDetails?.opex || 0;
const confidentialityOpex = confidentialityDetails?.opex || 0;
const totalCapex =
availabilityCapex + integrityCapex + confidentialityCapex;
const totalOpex = availabilityOpex + integrityOpex + confidentialityOpex;
const totalCost = totalCapex + totalOpex;
// Calculate risk reduction percentage
const riskReduction = this.calculateRiskReduction(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
// Calculate monitoring, resilience, and compliance scores
const monitoring = this.calculateMonitoringScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
const resilience = this.calculateResilienceScore(availabilityLevel);
const compliance = this.calculateComplianceScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
// Calculate security maturity
const securityMaturity = this.calculateSecurityMaturity(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
// Get impact metrics
const impactMetrics = this.calculateImpactMetrics(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
// Create component metrics
const availabilityMetrics = this.getComponentMetrics(
"availability",
availabilityLevel
);
const integrityMetrics = this.getComponentMetrics(
"integrity",
integrityLevel
);
const confidentialityMetrics = this.getComponentMetrics(
"confidentiality",
confidentialityLevel
);
return {
overallScore: score,
score, // Alias for backward compatibility
maxScore: 100,
percentage: `${score}%`,
totalCapex,
totalOpex,
totalCost,
riskReduction: `${riskReduction}%`,
availability: availabilityMetrics,
integrity: integrityMetrics,
confidentiality: confidentialityMetrics,
impactMetrics,
monitoring,
resilience,
compliance,
benchmarkScore: 75, // Industry benchmark (default)
securityMaturity,
};
}
/**
* Get component-specific metrics
*
* @param component - CIA component type
* @param level - Security level
* @returns Component metrics
*/
public getComponentMetrics(
component: CIAComponentType,
level: SecurityLevel
): ComponentMetrics {
const details = this.getComponentDetails(component, level);
const value = this.getSecurityLevelValue(level);
return {
component,
level,
value,
percentage: `${(value / 4) * 100}%`,
description:
details?.description || this.getSecurityLevelDescription(level),
capex: details?.capex || 0,
opex: details?.opex || 0,
// Add missing required properties
score: value * 25, // Convert to score out of 100
recommendations: details?.recommendations || [],
};
}
/**
* Get technical metrics for a component
*
* @param component The CIA component
* @param level The security level
* @returns Component technical metrics
*/
public getComponentTechnicalMetrics(
component: CIAComponentType,
level: SecurityLevel
): Record<string, string> {
// Get the base metrics
const metrics = this.getComponentMetrics(component, level);
// Convert all values to strings to match the return type
const result: Record<string, string> = {};
Object.entries(metrics).forEach(([key, value]) => {
if (value === null || value === undefined) {
result[key] = "";
} else if (typeof value === "object") {
// Handle arrays and objects by JSON stringifying them
result[key] = JSON.stringify(value);
} else {
result[key] =
typeof value === "number" ? value.toString() : (value as string);
}
});
return result;
}
/**
* Get impact metrics for a component and level
*
* @param component - CIA component type
* @param level - Security level
* @returns Impact metrics
*/
public getImpactMetrics(
component: CIAComponentType,
level: SecurityLevel
): ImpactMetrics {
const details = this.getComponentDetails(component, level);
// Calculate risk reduction for this specific component
const riskReduction = this.calculateSingleComponentRiskReduction(level);
return {
securityLevel: level,
riskReduction: `${riskReduction}%`,
description:
details?.description || this.getSecurityLevelDescription(level),
technical: details?.technical || "",
businessImpact: details?.businessImpact || "",
// Add missing required properties
financialImpact: "Impact not calculated",
operationalImpact: "Impact not calculated",
reputationalImpact: "Impact not calculated",
complianceImpact: "Impact not calculated",
};
}
/**
* Calculate impact metrics based on security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level
* @param confidentialityLevel - Confidentiality security level
* @returns Impact metrics
*/
private calculateImpactMetrics(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): ImpactMetrics {
// Calculate financial impact based on security levels
const financialImpactLevel = this.calculateFinancialImpactLevel(
availabilityLevel,
confidentialityLevel
);
// Calculate operational impact based on availability and integrity
const operationalImpactLevel = this.calculateOperationalImpactLevel(
availabilityLevel,
integrityLevel
);
// Calculate reputational impact primarily based on confidentiality
const reputationalImpactLevel = this.calculateReputationalImpactLevel(
confidentialityLevel,
integrityLevel
);
// Calculate compliance impact based on all components
const complianceImpactLevel = this.calculateComplianceImpactLevel(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
return {
financialImpact: financialImpactLevel,
operationalImpact: operationalImpactLevel,
reputationalImpact: reputationalImpactLevel,
complianceImpact: complianceImpactLevel,
securityLevel: this.calculateAverageSecurityLevel([
availabilityLevel,
integrityLevel,
confidentialityLevel,
]),
riskReduction: `${this.calculateRiskReduction(
availabilityLevel,
integrityLevel,
confidentialityLevel
)}%`,
};
}
/**
* Calculate financial impact level
*/
private calculateFinancialImpactLevel(
availabilityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const availValue = this.getSecurityLevelValue(availabilityLevel);
const confValue = this.getSecurityLevelValue(confidentialityLevel);
const avgValue = (availValue + confValue) / 2;
if (avgValue < 1) return "Severe financial impact risk";
if (avgValue < 2) return "High financial impact risk";
if (avgValue < 3) return "Moderate financial impact risk";
if (avgValue < 4) return "Low financial impact risk";
return "Minimal financial impact risk";
}
/**
* Calculate operational impact level
*/
private calculateOperationalImpactLevel(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel
): string {
const availValue = this.getSecurityLevelValue(availabilityLevel);
const integValue = this.getSecurityLevelValue(integrityLevel);
const avgValue = (availValue + integValue) / 2;
if (avgValue < 1) return "Severe operational disruption risk";
if (avgValue < 2) return "High operational disruption risk";
if (avgValue < 3) return "Moderate operational disruption risk";
if (avgValue < 4) return "Low operational disruption risk";
return "Minimal operational disruption risk";
}
/**
* Calculate reputational impact level
*/
private calculateReputationalImpactLevel(
confidentialityLevel: SecurityLevel,
integrityLevel: SecurityLevel
): string {
const confValue = this.getSecurityLevelValue(confidentialityLevel);
const integValue = this.getSecurityLevelValue(integrityLevel);
// Confidentiality weighted more heavily for reputation
const avgValue = confValue * 0.7 + integValue * 0.3;
if (avgValue < 1) return "Severe reputational damage risk";
if (avgValue < 2) return "High reputational damage risk";
if (avgValue < 3) return "Moderate reputational damage risk";
if (avgValue < 4) return "Low reputational damage risk";
return "Minimal reputational damage risk";
}
/**
* Calculate compliance impact level
*/
private calculateComplianceImpactLevel(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const availValue = this.getSecurityLevelValue(availabilityLevel);
const integValue = this.getSecurityLevelValue(integrityLevel);
const confValue = this.getSecurityLevelValue(confidentialityLevel);
const avgValue = (availValue + integValue + confValue) / 3;
if (avgValue < 1) return "Severe compliance violation risk";
if (avgValue < 2) return "High compliance violation risk";
if (avgValue < 3) return "Moderate compliance violation risk";
if (avgValue < 4) return "Low compliance violation risk";
return "Minimal compliance violation risk";
}
/**
* Calculate risk reduction percentage for a combination of security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level
* @param confidentialityLevel - Confidentiality security level
* @returns Risk reduction percentage as a string
*/
private calculateRiskReduction(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel = availabilityLevel,
confidentialityLevel: SecurityLevel = availabilityLevel
): string {
// Get individual component risk reductions
const availReduction =
this.calculateSingleComponentRiskReduction(availabilityLevel);
const intReduction =
this.calculateSingleComponentRiskReduction(integrityLevel);
const confReduction =
this.calculateSingleComponentRiskReduction(confidentialityLevel);
// Calculate weighted average (confidentiality is weighted higher)
const weightedReduction =
availReduction * 0.3 + intReduction * 0.3 + confReduction * 0.4;
return `${Math.round(weightedReduction)}%`;
}
/**
* Calculate risk reduction for a single security level
*
* @param level - Security level
* @returns Risk reduction percentage
*/
private calculateSingleComponentRiskReduction(level: SecurityLevel): number {
try {
// Map security levels to approximate risk reduction percentages
const reductionMap: Record<SecurityLevel, number> = {
None: 0,
Low: 25,
Moderate: 50,
High: 75,
"Very High": 90,
};
return reductionMap[level] || 0;
} catch (error) {
logger.warn(`Failed to calculate risk reduction for level: ${level}`);
return 0;
}
}
/**
* Get security level description based on level
*
* @param level - Security level
* @returns Textual description of security level
*/
public getSecurityLevelDescription(level: SecurityLevel): string {
switch (level) {
case "None":
return "No security controls implemented";
case "Low":
return "Basic security controls with minimal protection";
case "Moderate":
return "Standard security controls with adequate protection";
case "High":
return "Advanced security controls with strong protection";
case "Very High":
return "Maximum security controls with comprehensive protection";
default:
return "Unknown security level";
}
}
/**
* Get protection level based on security level
*
* @param level - Security level
* @returns Protection level description
*/
public getProtectionLevel(level: SecurityLevel): string {
// Try to use the data provider's function if available
if (typeof this.dataProvider.getProtectionLevel === "function") {
try {
return this.dataProvider.getProtectionLevel(level);
} catch (error) {
// Continue with default implementation
}
}
// Default implementation
switch (level) {
case "None":
return "No Protection";
case "Low":
return "Basic Protection";
case "Moderate":
return "Standard Protection";
case "High":
return "Advanced Protection";
case "Very High":
return "Maximum Protection";
default:
return "Unknown Protection Level";
}
}
/**
* Get appropriate UI badge variant for a risk level
*
* @param riskLevel - Risk level string (High, Medium, Low, etc.)
* @returns Badge variant name
*/
public getRiskBadgeVariant(
riskLevel: string
): "error" | "warning" | "info" | "success" | "neutral" {
const lowercaseRisk = riskLevel.toLowerCase();
if (lowercaseRisk.includes("critical") || lowercaseRisk.includes("high")) {
return "error";
} else if (
lowercaseRisk.includes("medium") ||
lowercaseRisk.includes("moderate")
) {
return "warning";
} else if (lowercaseRisk.includes("low")) {
return "info";
} else if (
lowercaseRisk.includes("minimal") ||
lowercaseRisk.includes("none")
) {
return "success";
}
return "neutral";
}
/**
* Get security icon for a security level
*
* @param level - Security level
* @returns Security icon (emoji)
*/
public getSecurityIcon(level: SecurityLevel): string {
return this.getDefaultSecurityIcon(level);
}
/**
* Get risk level based on security score
*
* @param score Security score (0-100)
* @returns Risk level description
*/
public getRiskLevel(score: number): string {
if (score <= 30) return "Critical Risk";
if (score <= 40) return "High Risk";
if (score <= 60) return "Medium Risk";
if (score <= 80) return "Low Risk";
return "Minimal Risk";
}
/**
* Get security level from a numeric value
*
* @param value - Numeric security level value (0-4)
* @returns Security level string representation
*/
public getSecurityLevelFromValue(value: number): SecurityLevel {
switch (value) {
case 0:
return "None";
case 1:
return "Low";
case 2:
return "Moderate";
case 3:
return "High";
case 4:
return "Very High";
default:
return "None";
}
}
/**
* Calculate security score based on security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level
* @param confidentialityLevel - Confidentiality security level
* @returns Security score (0-100)
*/
public calculateSecurityScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel = availabilityLevel,
confidentialityLevel: SecurityLevel = availabilityLevel
): number {
// Get numerical values for each level
const availValue = this.getSecurityLevelValue(availabilityLevel);
const integValue = this.getSecurityLevelValue(integrityLevel);
const confValue = this.getSecurityLevelValue(confidentialityLevel);
// Calculate average value (all components weighted equally)
const avgValue = (availValue + integValue + confValue) / 3;
// Convert to score (0-100)
// Max security level value is 4 (Very High)
return Math.round((avgValue / 4) * 100);
}
/**
* Calculate monitoring score based on security levels
*/
private calculateMonitoringScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): number {
const baseScore =
(this.securityLevelToPercentage(availabilityLevel) +
this.securityLevelToPercentage(integrityLevel) +
this.securityLevelToPercentage(confidentialityLevel)) /
3;
// Adjust based on level combinations
if (this.getSecurityLevelValue(confidentialityLevel) > 2) {
return Math.min(95, baseScore + 10);
}
return baseScore;
}
/**
* Calculate resilience score based on availability level
*/
private calculateResilienceScore(availabilityLevel: SecurityLevel): number {
return Math.min(95, this.securityLevelToPercentage(availabilityLevel) + 5);
}
/**
* Calculate compliance score based on security levels
*/
private calculateComplianceScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): number {
const baseScore =
this.securityLevelToPercentage(availabilityLevel) * 0.3 +
this.securityLevelToPercentage(integrityLevel) * 0.3 +
this.securityLevelToPercentage(confidentialityLevel) * 0.4;
// Adjust for compliance requirements
if (this.getSecurityLevelValue(confidentialityLevel) < 2) {
return Math.max(10, baseScore - 15);
}
return baseScore;
}
/**
* Calculate security maturity based on security levels
*/
private calculateSecurityMaturity(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const overallScore = this.calculateOverallScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
if (overallScore < 20) return "Initial";
if (overallScore < 40) return "Developing";
if (overallScore < 60) return "Defined";
if (overallScore < 80) return "Managed";
return "Optimized";
}
/**
* Calculate overall score based on security levels and other metrics
*/
private calculateOverallScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): number {
const scores = [
this.securityLevelToPercentage(availabilityLevel),
this.securityLevelToPercentage(integrityLevel),
this.securityLevelToPercentage(confidentialityLevel),
this.calculateMonitoringScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
this.calculateResilienceScore(availabilityLevel),
this.calculateComplianceScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
];
return Math.round(
scores.reduce((sum, score) => sum + score, 0) / scores.length
);
}
/**
* Calculate average security level from an array of security levels
*/
private calculateAverageSecurityLevel(
levels: SecurityLevel[]
): SecurityLevel {
const sum = levels.reduce(
(total, level) => total + this.getSecurityLevelValue(level),
0
);
const avg = sum / levels.length;
if (avg < 0.5) return "None";
if (avg < 1.5) return "Low";
if (avg < 2.5) return "Moderate";
if (avg < 3.5) return "High";
return "Very High";
}
/**
* Convert security level to percentage value (0-100)
*/
private securityLevelToPercentage(level: SecurityLevel): number {
switch (level) {
case "None":
return 10;
case "Low":
return 30;
case "Moderate":
return 50;
case "High":
return 75;
case "Very High":
return 95;
default:
return 0;
}
}
/**
* Get security level value (0-4)
*/
protected getSecurityLevelValue(level: SecurityLevel): number {
return securityLevelToValue(level);
}
/**
* Get default security icon for a security level
*
* @param level - Security level
* @returns Security icon (emoji)
*/
protected getDefaultSecurityIcon(level: SecurityLevel): string {
// Try to use the data provider's function if available
if (typeof this.dataProvider.getDefaultSecurityIcon === "function") {
try {
return this.dataProvider.getDefaultSecurityIcon(level);
} catch (error) {
// Continue with default implementation
}
}
// Default implementation
switch (level) {
case "None":
return "⚠️";
case "Low":
return "🔑";
case "Moderate":
return "🔓";
case "High":
return "🔒";
case "Very High":
return "🔐";
default:
return "❓";
}
}
}
/**
* Create a SecurityMetricsService instance
*
* @param dataProvider - Optional data provider for the service
* @returns A new SecurityMetricsService instance
*/
export function createSecurityMetricsService(
dataProvider?: CIADataProvider
): SecurityMetricsService {
// Create a properly typed default data provider if none is provided
if (!dataProvider) {
const defaultDataProvider: CIADataProvider = {
availabilityOptions: {
None: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
Low: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
Moderate: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
High: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
"Very High": {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
},
integrityOptions: {
None: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
Low: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
Moderate: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
High: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
"Very High": {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
},
confidentialityOptions: {
None: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
Low: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
Moderate: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
High: {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
"Very High": {
description: "",
technical: "",
businessImpact: "",
capex: 0,
opex: 0,
bg: "",
text: "",
recommendations: [],
},
},
roiEstimates: {
NONE: { returnRate: "0%", description: "No ROI" },
LOW: { returnRate: "50%", description: "Low ROI" },
MODERATE: { returnRate: "150%", description: "Moderate ROI" },
HIGH: { returnRate: "250%", description: "High ROI" },
VERY_HIGH: { returnRate: "400%", description: "Very High ROI" },
},
};
return new SecurityMetricsService(defaultDataProvider);
}
return new SecurityMetricsService(dataProvider);
}
/**
* Get cost estimation based on security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level
* @param confidentialityLevel - Confidentiality security level
* @returns Cost estimation details
*/
export const getCostEstimation = async (
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): Promise<any> => {
// This would normally fetch from an API, but for now we'll return mock data
return {
totalImplementationCost: calculateTotalCost(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
annualMaintenanceCost: calculateMaintenanceCost(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
costBreakdown: {
availability: {
level: availabilityLevel,
implementationCost: calculateComponentCost(
availabilityLevel,
"availability"
),
maintenanceCost: calculateComponentMaintenanceCost(
availabilityLevel,
"availability"
),
itemizedCosts: [
{
item: "Redundant systems",
cost: calculateItemCost(availabilityLevel, "redundancy"),
},
{
item: "Backup infrastructure",
cost: calculateItemCost(availabilityLevel, "backup"),
},
{
item: "Disaster recovery",
cost: calculateItemCost(availabilityLevel, "disaster_recovery"),
},
],
},
integrity: {
level: integrityLevel,
implementationCost: calculateComponentCost(integrityLevel, "integrity"),
maintenanceCost: calculateComponentMaintenanceCost(
integrityLevel,
"integrity"
),
itemizedCosts: [
{
item: "Data validation systems",
cost: calculateItemCost(integrityLevel, "validation"),
},
{
item: "Audit logging",
cost: calculateItemCost(integrityLevel, "audit"),
},
{
item: "Change management",
cost: calculateItemCost(integrityLevel, "change_management"),
},
],
},
confidentiality: {
level: confidentialityLevel,
implementationCost: calculateComponentCost(
confidentialityLevel,
"confidentiality"
),
maintenanceCost: calculateComponentMaintenanceCost(
confidentialityLevel,
"confidentiality"
),
itemizedCosts: [
{
item: "Encryption",
cost: calculateItemCost(confidentialityLevel, "encryption"),
},
{
item: "Access control",
cost: calculateItemCost(confidentialityLevel, "access_control"),
},
{
item: "Security monitoring",
cost: calculateItemCost(confidentialityLevel, "monitoring"),
},
],
},
},
roi: {
paybackPeriod: calculatePaybackPeriod(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
riskReduction: calculateRiskReduction(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
businessBenefits: [
"Reduced downtime costs",
"Improved customer trust",
"Reduced risk of data breaches",
"Compliance with regulations",
],
},
};
};
/**
* Get value creation metrics based on security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level
* @param confidentialityLevel - Confidentiality security level
* @returns Value creation metrics
*/
export const getValueCreationMetrics = async (
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): Promise<any> => {
// This would normally fetch from an API, but for now we'll return mock data
return {
roi: calculateROI(availabilityLevel, integrityLevel, confidentialityLevel),
riskReduction: calculateRiskReduction(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
valuePoints: [
{
title: "Customer Trust",
score: calculateTrustScore(confidentialityLevel),
description: "Impact on customer trust and loyalty",
},
{
title: "Operational Efficiency",
score: calculateEfficiencyScore(availabilityLevel, integrityLevel),
description: "Impact on operational efficiency and productivity",
},
{
title: "Competitive Advantage",
score: calculateCompetitiveScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
description: "Position relative to industry peers",
},
{
title: "Innovation Enablement",
score: calculateInnovationScore(availabilityLevel),
description: "Ability to innovate and adapt quickly",
},
],
businessImpacts: {
revenueProtection: calculateRevenueProtection(
availabilityLevel,
confidentialityLevel
),
costAvoidance: calculateCostAvoidance(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
productivityImprovement: calculateProductivityImprovement(
availabilityLevel,
integrityLevel
),
},
};
};
/**
* Get security metrics based on security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level
* @param confidentialityLevel - Confidentiality security level
* @returns Security metrics
*/
export const getSecurityMetrics = async (
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): Promise<SecurityMetrics> => {
// Create a service instance to leverage its calculations
const service = createSecurityMetricsService();
// Use the service to calculate comprehensive metrics
return service.getSecurityMetrics(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
};
/**
* Get technical details based on security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level
* @param confidentialityLevel - Confidentiality security level
* @returns Technical details
*/
export const getTechnicalDetails = async (
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): Promise<any> => {
// This would normally fetch from an API, but for now we'll return mock data
return {
architecture: {
description: `Technical architecture for A:${availabilityLevel}, I:${integrityLevel}, C:${confidentialityLevel}`,
components: [
{
name: "Load Balancer",
purpose: "Ensure high availability",
security: "Network segregation",
},
{
name: "Database",
purpose: "Data storage",
security: `Encryption (${getEncryptionLevel(confidentialityLevel)})`,
},
{
name: "API Gateway",
purpose: "Access control",
security: "Authentication and authorization",
},
],
diagrams: [
{
type: "Network Diagram",
url: "https://example.com/network_diagram.png",
},
{ type: "Data Flow Diagram", url: "https://example.com/data_flow.png" },
],
},
technologies: {
availability: getAvailabilityTechnologies(availabilityLevel),
integrity: getIntegrityTechnologies(integrityLevel),
confidentiality: getConfidentialityTechnologies(confidentialityLevel),
},
implementation: {
complexity: calculateImplementationComplexity(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
timeline: calculateImplementationTimeline(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
keyMilestones: [
"Security architecture design",
"Infrastructure setup",
"Security controls implementation",
"Testing and validation",
"Deployment and monitoring",
],
resources: [
{ role: "Security Architect", effort: "40 hours" },
{ role: "Network Engineer", effort: "30 hours" },
{ role: "Database Administrator", effort: "25 hours" },
{ role: "Security Analyst", effort: "35 hours" },
],
},
};
};
/**
* Get security resources based on security levels
*
* @param availabilityLevel - Availability security level
* @param integrityLevel - Integrity security level
* @param confidentialityLevel - Confidentiality security level
* @returns Security resources
*/
export const getSecurityResources = async (
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): Promise<any> => {
// This would normally fetch from an API, but for now we'll return mock data
return {
standards: [
{
name: "ISO 27001",
relevance: "High",
link: "https://www.iso.org/isoiec-27001-information-security.html",
},
{
name: "NIST Cybersecurity Framework",
relevance: "High",
link: "https://www.nist.gov/cyberframework",
},
{
name: "CIS Controls",
relevance: "Medium",
link: "https://www.cisecurity.org/controls/",
},
],
tools: [
{
category: "Availability",
items: getAvailabilityTools(availabilityLevel),
},
{
category: "Integrity",
items: getIntegrityTools(integrityLevel),
},
{
category: "Confidentiality",
items: getConfidentialityTools(confidentialityLevel),
},
],
guidance: [
{
title: "Security Architecture Guide",
type: "PDF",
link: "https://example.com/security_architecture.pdf",
},
{
title: "Implementation Checklist",
type: "Spreadsheet",
link: "https://example.com/implementation_checklist.xlsx",
},
{
title: "Security Control Testing Procedures",
type: "Document",
link: "https://example.com/testing_procedures.docx",
},
],
training: [
{
title: "Security Awareness Training",
audience: "All Staff",
duration: "1 hour",
},
{
title: "Security Implementation Workshop",
audience: "IT Staff",
duration: "1 day",
},
{
title: "Security Controls Deep Dive",
audience: "Security Team",
duration: "2 days",
},
],
};
};
// Helper functions
function calculateTotalCost(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const availCost = calculateComponentCost(availabilityLevel, "availability");
const intCost = calculateComponentCost(integrityLevel, "integrity");
const confCost = calculateComponentCost(
confidentialityLevel,
"confidentiality"
);
const totalValue =
parseFloat(availCost) + parseFloat(intCost) + parseFloat(confCost);
return `$${totalValue.toLocaleString()}`;
}
function calculateMaintenanceCost(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const availCost = calculateComponentMaintenanceCost(
availabilityLevel,
"availability"
);
const intCost = calculateComponentMaintenanceCost(
integrityLevel,
"integrity"
);
const confCost = calculateComponentMaintenanceCost(
confidentialityLevel,
"confidentiality"
);
const totalValue =
parseFloat(availCost) + parseFloat(intCost) + parseFloat(confCost);
return `$${totalValue.toLocaleString()}/year`;
}
function calculateComponentCost(
level: SecurityLevel,
component: string
): string {
const baseCosts: Record<string, number> = {
availability: 15000,
integrity: 12000,
confidentiality: 18000,
};
const multipliers: Record<SecurityLevel, number> = {
None: 0,
Low: 0.5,
Moderate: 1,
High: 1.75,
"Very High": 3,
};
const baseCost = baseCosts[component] || 10000;
const value = baseCost * multipliers[level];
return value.toLocaleString();
}
function calculateComponentMaintenanceCost(
level: SecurityLevel,
component: string
): string {
const baseCost = parseInt(
calculateComponentCost(level, component).replace(/,/g, "")
);
return (baseCost * 0.2).toLocaleString(); // 20% of implementation cost
}
function calculateItemCost(level: SecurityLevel, item: string): string {
const baseCosts: Record<string, number> = {
redundancy: 8000,
backup: 5000,
disaster_recovery: 7000,
validation: 4000,
audit: 3000,
change_management: 5000,
encryption: 6000,
access_control: 5000,
monitoring: 4000,
};
const multipliers: Record<SecurityLevel, number> = {
None: 0,
Low: 0.5,
Moderate: 1,
High: 1.5,
"Very High": 2.5,
};
const baseCost = baseCosts[item] || 5000;
const value = baseCost * multipliers[level];
return `$${value.toLocaleString()}`;
}
function calculatePaybackPeriod(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const levels = [availabilityLevel, integrityLevel, confidentialityLevel];
const avgLevel = calculateAverageSecurityLevel(levels);
switch (avgLevel) {
case "None":
return "N/A";
case "Low":
return "24-36 months";
case "Moderate":
return "18-24 months";
case "High":
return "12-18 months";
case "Very High":
return "6-12 months";
default:
return "Unknown";
}
}
function calculateRiskReduction(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const levels = [availabilityLevel, integrityLevel, confidentialityLevel];
const avgLevel = calculateAverageSecurityLevel(levels);
switch (avgLevel) {
case "None":
return "0%";
case "Low":
return "25%";
case "Moderate":
return "50%";
case "High":
return "75%";
case "Very High":
return "90%";
default:
return "Unknown";
}
}
function calculateROI(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const levels = [availabilityLevel, integrityLevel, confidentialityLevel];
const avgLevel = calculateAverageSecurityLevel(levels);
switch (avgLevel) {
case "None":
return "N/A";
case "Low":
return "15%";
case "Moderate":
return "40%";
case "High":
return "85%";
case "Very High":
return "120%";
default:
return "Unknown";
}
}
function calculateTrustScore(confidentialityLevel: SecurityLevel): number {
switch (confidentialityLevel) {
case "None":
return 10;
case "Low":
return 30;
case "Moderate":
return 60;
case "High":
return 80;
case "Very High":
return 95;
default:
return 0;
}
}
function calculateEfficiencyScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel
): number {
const availScore = securityLevelToValue(availabilityLevel) * 20;
const intScore = securityLevelToValue(integrityLevel) * 20;
return Math.min(95, (availScore + intScore) / 2);
}
function calculateCompetitiveScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): number {
const levels = [availabilityLevel, integrityLevel, confidentialityLevel];
const avgValue =
levels.reduce((sum, level) => sum + securityLevelToValue(level), 0) / 3;
return Math.min(95, avgValue * 20);
}
function calculateInnovationScore(availabilityLevel: SecurityLevel): number {
switch (availabilityLevel) {
case "None":
return 20;
case "Low":
return 40;
case "Moderate":
return 60;
case "High":
return 80;
case "Very High":
return 90;
default:
return 0;
}
}
function calculateRevenueProtection(
availabilityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const availValue = securityLevelToValue(availabilityLevel);
const confValue = securityLevelToValue(confidentialityLevel);
const avgValue = (availValue + confValue) / 2;
const baseAmount = 250000; // Base amount for calculations
return `$${Math.round(baseAmount * avgValue).toLocaleString()}/year`;
}
function calculateCostAvoidance(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const levels = [availabilityLevel, integrityLevel, confidentialityLevel];
const avgValue =
levels.reduce((sum, level) => sum + securityLevelToValue(level), 0) / 3;
const baseAmount = 100000; // Base amount for calculations
return `$${Math.round(baseAmount * avgValue).toLocaleString()}/year`;
}
function calculateProductivityImprovement(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel
): string {
const availValue = securityLevelToValue(availabilityLevel);
const intValue = securityLevelToValue(integrityLevel);
const avgValue = (availValue + intValue) / 2;
return `${Math.round(5 * avgValue)}%`;
}
function securityLevelToValue(level: SecurityLevel): number {
switch (level) {
case "None":
return 0;
case "Low":
return 1;
case "Moderate":
return 2;
case "High":
return 3;
case "Very High":
return 4;
default:
return 0;
}
}
function calculateAverageSecurityLevel(levels: SecurityLevel[]): SecurityLevel {
const sum = levels.reduce(
(total, level) => total + securityLevelToValue(level),
0
);
const avg = sum / levels.length;
if (avg < 0.5) return "None";
if (avg < 1.5) return "Low";
if (avg < 2.5) return "Moderate";
if (avg < 3.5) return "High";
return "Very High";
}
function securityLevelToPercentage(level: SecurityLevel): number {
switch (level) {
case "None":
return 10;
case "Low":
return 30;
case "Moderate":
return 50;
case "High":
return 75;
case "Very High":
return 95;
default:
return 0;
}
}
function calculateMonitoringScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): number {
const baseScore =
(securityLevelToPercentage(availabilityLevel) +
securityLevelToPercentage(integrityLevel) +
securityLevelToPercentage(confidentialityLevel)) /
3;
// Adjust based on level combinations
if (securityLevelToValue(confidentialityLevel) > 2) {
return Math.min(95, baseScore + 10);
}
return baseScore;
}
function calculateResilienceScore(availabilityLevel: SecurityLevel): number {
return Math.min(95, securityLevelToPercentage(availabilityLevel) + 5);
}
function calculateComplianceScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): number {
const baseScore =
securityLevelToPercentage(availabilityLevel) * 0.3 +
securityLevelToPercentage(integrityLevel) * 0.3 +
securityLevelToPercentage(confidentialityLevel) * 0.4;
// Adjust for compliance requirements
if (securityLevelToValue(confidentialityLevel) < 2) {
return Math.max(10, baseScore - 15);
}
return baseScore;
}
function calculateOverallScore(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): number {
const scores = [
securityLevelToPercentage(availabilityLevel),
securityLevelToPercentage(integrityLevel),
securityLevelToPercentage(confidentialityLevel),
calculateMonitoringScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
calculateResilienceScore(availabilityLevel),
calculateComplianceScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
),
];
return Math.round(
scores.reduce((sum, score) => sum + score, 0) / scores.length
);
}
function calculateSecurityMaturity(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const overallScore = calculateOverallScore(
availabilityLevel,
integrityLevel,
confidentialityLevel
);
if (overallScore < 20) return "Initial";
if (overallScore < 40) return "Developing";
if (overallScore < 60) return "Defined";
if (overallScore < 80) return "Managed";
return "Optimized";
}
function calculateImplementationComplexity(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const levels = [availabilityLevel, integrityLevel, confidentialityLevel];
const avgValue =
levels.reduce((sum, level) => sum + securityLevelToValue(level), 0) / 3;
if (avgValue < 1) return "Low";
if (avgValue < 2) return "Moderate";
if (avgValue < 3) return "High";
return "Very High";
}
function calculateImplementationTimeline(
availabilityLevel: SecurityLevel,
integrityLevel: SecurityLevel,
confidentialityLevel: SecurityLevel
): string {
const levels = [availabilityLevel, integrityLevel, confidentialityLevel];
const avgValue =
levels.reduce((sum, level) => sum + securityLevelToValue(level), 0) / 3;
if (avgValue < 1) return "1-2 weeks";
if (avgValue < 2) return "1-2 months";
if (avgValue < 3) return "3-6 months";
return "6-12 months";
}
function getEncryptionLevel(confidentialityLevel: SecurityLevel): string {
switch (confidentialityLevel) {
case "None":
return "None";
case "Low":
return "Basic (AES-128)";
case "Moderate":
return "Standard (AES-256)";
case "High":
return "Strong (AES-256 with key rotation)";
case "Very High":
return "Comprehensive (AES-256 with HSM)";
default:
return "Unknown";
}
}
function getAvailabilityTechnologies(level: SecurityLevel): string[] {
const baseTech = ["Load balancing"];
switch (level) {
case "None":
return ["Basic server setup"];
case "Low":
return [...baseTech, "Simple backup solutions"];
case "Moderate":
return [
...baseTech,
"Regular backups",
"Basic monitoring",
"Redundant storage",
];
case "High":
return [
...baseTech,
"Automated backups",
"Advanced monitoring",
"Redundant systems",
"Cold failover",
];
case "Very High":
return [
...baseTech,
"Multi-site redundancy",
"Hot failover",
"Real-time monitoring",
"Automatic scaling",
];
default:
return [];
}
}
function getIntegrityTechnologies(level: SecurityLevel): string[] {
const baseTech = ["Input validation"];
switch (level) {
case "None":
return ["Basic error handling"];
case "Low":
return [...baseTech, "Simple data validation"];
case "Moderate":
return [
...baseTech,
"Database constraints",
"Audit logging",
"Checksums",
];
case "High":
return [
...baseTech,
"Digital signatures",
"Advanced logging",
"Change detection",
];
case "Very High":
return [
...baseTech,
"Blockchain verification",
"Comprehensive audit trails",
"Tamper-proof storage",
];
default:
return [];
}
}
function getConfidentialityTechnologies(level: SecurityLevel): string[] {
const baseTech = ["Password authentication"];
switch (level) {
case "None":
return ["Basic access control"];
case "Low":
return [...baseTech, "Transport encryption (TLS)"];
case "Moderate":
return [
...baseTech,
"Data encryption at rest",
"Role-based access control",
];
case "High":
return [
...baseTech,
"Advanced encryption",
"Multi-factor authentication",
"Data loss prevention",
];
case "Very High":
return [
...baseTech,
"End-to-end encryption",
"Zero trust architecture",
"Hardware security modules",
];
default:
return [];
}
}
function getAvailabilityTools(level: SecurityLevel): any[] {
const baseTools = [
{
name: "Server monitoring tools",
example: "Nagios",
purpose: "Monitor server health",
},
];
switch (level) {
case "None":
return [];
case "Low":
return baseTools;
case "Moderate":
return [
...baseTools,
{
name: "Backup solutions",
example: "Veeam",
purpose: "Regular data backups",
},
];
case "High":
return [
...baseTools,
{
name: "Backup solutions",
example: "Veeam",
purpose: "Regular data backups",
},
{
name: "Load balancers",
example: "NGINX",
purpose: "Distribute traffic",
},
];
case "Very High":
return [
...baseTools,
{
name: "Backup solutions",
example: "Veeam",
purpose: "Regular data backups",
},
{
name: "Load balancers",
example: "NGINX",
purpose: "Distribute traffic",
},
{
name: "Disaster recovery tools",
example: "Site Recovery Manager",
purpose: "Automate recovery",
},
];
default:
return [];
}
}
function getIntegrityTools(level: SecurityLevel): any[] {
const baseTools = [
{
name: "Validation frameworks",
example: "JSON Schema",
purpose: "Validate data structure",
},
];
switch (level) {
case "None":
return [];
case "Low":
return baseTools;
case "Moderate":
return [
...baseTools,
{
name: "Logging tools",
example: "ELK Stack",
purpose: "Log management",
},
];
case "High":
return [
...baseTools,
{
name: "Logging tools",
example: "ELK Stack",
purpose: "Log management",
},
{
name: "Digital signature tools",
example: "OpenSSL",
purpose: "Sign and verify data",
},
];
case "Very High":
return [
...baseTools,
{
name: "Logging tools",
example: "ELK Stack",
purpose: "Log management",
},
{
name: "Digital signature tools",
example: "OpenSSL",
purpose: "Sign and verify data",
},
{
name: "Integrity monitoring",
example: "Tripwire",
purpose: "Detect unauthorized changes",
},
];
default:
return [];
}
}
function getConfidentialityTools(level: SecurityLevel): any[] {
const baseTools = [
{
name: "Authentication systems",
example: "OAuth",
purpose: "User authentication",
},
];
switch (level) {
case "None":
return [];
case "Low":
return baseTools;
case "Moderate":
return [
...baseTools,
{
name: "Encryption tools",
example: "OpenSSL",
purpose: "Data encryption",
},
];
case "High":
return [
...baseTools,
{
name: "Encryption tools",
example: "OpenSSL",
purpose: "Data encryption",
},
{
name: "Access control systems",
example: "RBAC",
purpose: "Manage permissions",
},
];
case "Very High":
return [
...baseTools,
{
name: "Encryption tools",
example: "OpenSSL",
purpose: "Data encryption",
},
{
name: "Access control systems",
example: "RBAC",
purpose: "Manage permissions",
},
{
name: "DLP solutions",
example: "Symantec DLP",
purpose: "Prevent data leakage",
},
];
default:
return [];
}
}
|