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/**
* Gets default technical details when service isn't available
*
* @param component - The CIA component
* @param level - The security level
* @returns Default technical details object
*/
export function getDefaultTechnicalDetails(
component: string,
level: SecurityLevel
): {
description: string;
technical: string;
recommendations: string[];
} {
return {
description: getDefaultDescription(component, level),
technical: getDefaultTechDescription(component, level),
recommendations: getDefaultRequirements(component, level),
};
}
/**
* Gets default description for a CIA component at a specific security level
*
* @param component - The CIA component
* @param level - The security level
* @returns Default description text
*/
export function getDefaultDescription(
component: string,
level: SecurityLevel
): string {
if (component === "confidentiality") {
switch (level) {
case "None":
return "No confidentiality controls implemented, allowing unrestricted access to data.";
case "Low":
return "Basic confidentiality controls to prevent casual unauthorized access to data.";
case "Moderate":
return "Standard confidentiality controls with defined access privileges and protections.";
case "High":
return "Advanced confidentiality controls with strong encryption and strict access management.";
case "Very High":
return "Comprehensive confidentiality controls with the highest level of protection.";
default:
return "Standard confidentiality controls.";
}
}
if (component === "integrity") {
switch (level) {
case "None":
return "No integrity controls implemented, data can be modified without detection.";
case "Low":
return "Basic integrity controls that provide minimal protection against unauthorized changes.";
case "Moderate":
return "Standard integrity controls that detect unauthorized modifications to data.";
case "High":
return "Advanced integrity controls with cryptographic verification of data.";
case "Very High":
return "Comprehensive integrity controls with immutable audit trails.";
default:
return "Standard integrity controls.";
}
}
// Default to availability
switch (level) {
case "None":
return "No availability controls implemented, no guarantees for system uptime.";
case "Low":
return "Basic availability controls providing minimal resilience to disruptions.";
case "Moderate":
return "Standard availability controls ensuring reasonable system uptime.";
case "High":
return "Advanced availability controls with redundancy and quick recovery capabilities.";
case "Very High":
return "Comprehensive availability controls with maximum fault tolerance.";
default:
return "Standard availability controls.";
}
}
/**
* Gets default technical description for a CIA component at a specific security level
*
* @param component - The CIA component
* @param level - The security level
* @returns Default technical description text
*/
export function getDefaultTechDescription(
component: string,
level: SecurityLevel
): string {
if (component === "confidentiality") {
switch (level) {
case "None":
return "No specific technical controls for protecting data confidentiality.";
case "Low":
return "Basic access controls and password protection for sensitive resources.";
case "Moderate":
return "Role-based access control (RBAC), data encryption at rest and in transit, and proper authentication mechanisms.";
case "High":
return "Granular access control, strong encryption with proper key management, DLP controls, and multi-factor authentication.";
case "Very High":
return "Zero-trust architecture, advanced encryption with hardware security modules, comprehensive DLP, and context-aware access controls.";
default:
return "Standard confidentiality technical controls.";
}
}
if (component === "integrity") {
switch (level) {
case "None":
return "No specific technical controls for ensuring data integrity.";
case "Low":
return "Basic input validation and error detection mechanisms.";
case "Moderate":
return "Comprehensive input validation, checksums, access controls, and error detection.";
case "High":
return "Digital signatures, cryptographic hashing, strong change control, and comprehensive logging.";
case "Very High":
return "Blockchain or similar technologies for critical data, immutable audit logs, and formal verification methods.";
default:
return "Standard integrity technical controls.";
}
}
// Default to availability
switch (level) {
case "None":
return "No specific technical controls for ensuring system availability.";
case "Low":
return "Basic monitoring and manual recovery procedures.";
case "Moderate":
return "Redundant components, scheduled backups, load balancing, and defined recovery procedures.";
case "High":
return "Automatic failover, real-time monitoring, comprehensive disaster recovery, and advanced load balancing.";
case "Very High":
return "Multi-site active-active configurations, continuous data protection, and fully automated recovery with zero data loss.";
default:
return "Standard availability technical controls.";
}
}
/**
* Gets default technical requirements for a CIA component at a specific security level
*
* @param component - The CIA component
* @param level - The security level
* @returns Array of default technical requirements
*/
export function getDefaultRequirements(
component: string,
level: SecurityLevel
): string[] {
if (component === "confidentiality") {
switch (level) {
case "None":
return ["No specific requirements."];
case "Low":
return [
"Implement user authentication",
"Use basic password policies",
"Apply simple access controls",
"Secure sensitive data storage",
];
case "Moderate":
return [
"Implement role-based access control",
"Use standard TLS for data in transit",
"Encrypt sensitive data at rest",
"Enforce strong password policies",
"Implement session management",
];
case "High":
return [
"Implement multi-factor authentication",
"Deploy data loss prevention solutions",
"Use strong encryption for all data",
"Implement privileged access management",
"Conduct regular access reviews",
];
case "Very High":
return [
"Implement zero-trust network architecture",
"Use hardware security modules for encryption",
"Deploy advanced data loss prevention",
"Implement just-in-time access",
"Use behavioral analytics for access monitoring",
];
default:
return ["Standard confidentiality requirements."];
}
}
if (component === "integrity") {
switch (level) {
case "None":
return ["No specific requirements."];
case "Low":
return [
"Implement basic input validation",
"Use simple error detection",
"Apply basic data quality checks",
];
case "Moderate":
return [
"Implement comprehensive input validation",
"Use checksums for data verification",
"Implement change detection mechanisms",
"Maintain data validation logs",
"Use database constraints",
];
case "High":
return [
"Implement digital signatures",
"Use cryptographic hash verification",
"Deploy comprehensive audit logging",
"Implement strict change controls",
"Use data integrity monitoring",
];
case "Very High":
return [
"Implement blockchain for critical data",
"Use immutable audit trails",
"Deploy formal verification methods",
"Implement hardware-based integrity controls",
"Use zero-knowledge proofs where applicable",
];
default:
return ["Standard integrity requirements."];
}
}
// Default to availability
switch (level) {
case "None":
return ["No specific requirements."];
case "Low":
return [
"Set up basic system monitoring",
"Implement manual backup procedures",
"Create simple incident response plan",
];
case "Moderate":
return [
"Implement redundant components",
"Set up scheduled backup routines",
"Deploy basic load balancing",
"Create disaster recovery procedures",
"Implement health checks and alerts",
];
case "High":
return [
"Implement automatic failover mechanisms",
"Deploy real-time monitoring and alerting",
"Set up geographically distributed backups",
"Implement advanced load balancing",
"Create comprehensive disaster recovery plan",
];
case "Very High":
return [
"Implement multi-site active-active configuration",
"Deploy continuous data protection",
"Use fully automated recovery mechanisms",
"Implement zero-downtime deployment processes",
"Deploy dedicated site reliability engineering",
];
default:
return ["Standard availability requirements."];
}
}
/**
* Gets default technologies for a CIA component at a specific security level
*
* @param component - The CIA component
* @param level - The security level
* @returns Default technologies description
*/
export function getDefaultTechnologies(
component: string,
level: SecurityLevel
): string {
if (component === "confidentiality") {
switch (level) {
case "None":
return "No specific technologies";
case "Low":
return "Password managers, basic access control lists";
case "Moderate":
return "LDAP, Active Directory, TLS 1.2+, AES-128";
case "High":
return "MFA solutions, DLP tools, AES-256, Key Management Systems";
case "Very High":
return "HSMs, Zero-trust frameworks, Advanced DLP, AES-256-GCM, Behavioral analytics";
default:
return "Standard encryption and access control tools";
}
}
if (component === "integrity") {
switch (level) {
case "None":
return "No specific technologies";
case "Low":
return "Basic input validation libraries, simple checksums";
case "Moderate":
return "SHA-256, input validation frameworks, database constraints";
case "High":
return "Digital signature systems, cryptographic hashing, SIEM tools";
case "Very High":
return "Blockchain platforms, immutable logging systems, formal verification tools";
default:
return "Standard integrity verification tools";
}
}
// Default to availability
switch (level) {
case "None":
return "No specific technologies";
case "Low":
return "Basic monitoring tools, manual backup scripts";
case "Moderate":
return "Load balancers, backup solutions, monitoring systems";
case "High":
return "HA clusters, advanced monitoring, automated failover systems";
case "Very High":
return "Global load balancers, CDP solutions, site reliability platforms, chaos engineering tools";
default:
return "Standard availability tools";
}
}
/**
* Gets default configurations for a CIA component at a specific security level
*
* @param component - The CIA component
* @param level - The security level
* @returns Default configurations description
*/
export function getDefaultConfigurations(
component: string,
level: SecurityLevel
): string {
if (component === "confidentiality") {
switch (level) {
case "None":
return "No specific configurations";
case "Low":
return "Password complexity rules, basic session timeouts";
case "Moderate":
return "RBAC policies, TLS 1.2+, encryption keys rotation every 180 days";
case "High":
return "MFA required, encryption key rotation every 90 days, privileged access controls";
case "Very High":
return "Zero-trust policies, HSM-managed keys, continuous authentication, behavioral monitoring";
default:
return "Standard security configurations";
}
}
if (component === "integrity") {
switch (level) {
case "None":
return "No specific configurations";
case "Low":
return "Basic input validation rules, error logging";
case "Moderate":
return "Comprehensive validation rules, checksums for critical data, change logs";
case "High":
return "Digital signature verification, cryptographic hashing, immutable audit logs";
case "Very High":
return "Blockchain consensus rules, formal verification policies, hardware integrity checks";
default:
return "Standard integrity configurations";
}
}
// Default to availability
switch (level) {
case "None":
return "No specific configurations";
case "Low":
return "Basic monitoring alerts, manual backup schedules";
case "Moderate":
return "Load balancer rules, daily backups, health check intervals";
case "High":
return "Automatic failover policies, real-time replication, RPO < 1 hour";
case "Very High":
return "Multi-site active-active configuration, continuous replication, RPO near-zero, RTO < 5 minutes";
default:
return "Standard availability configurations";
}
}
/**
* Gets default expertise requirements for a CIA component at a specific security level
*
* @param component - The CIA component
* @param level - The security level
* @returns Array of default expertise requirements
*/
export function getDefaultExpertise(
component: string,
level: SecurityLevel
): string[] {
if (component === "confidentiality") {
switch (level) {
case "None":
return ["No specific expertise required"];
case "Low":
return ["Basic security knowledge", "Access control fundamentals"];
case "Moderate":
return [
"Identity management",
"Encryption technologies",
"Authentication systems",
];
case "High":
return [
"Advanced cryptography",
"Identity and access management",
"Security architecture",
"Data protection",
];
case "Very High":
return [
"Security architecture",
"Advanced cryptography",
"Zero-trust implementation",
"Data protection specialization",
"Hardware security",
];
default:
return ["General security knowledge"];
}
}
if (component === "integrity") {
switch (level) {
case "None":
return ["No specific expertise required"];
case "Low":
return ["Basic data validation", "Error handling"];
case "Moderate":
return [
"Data validation techniques",
"Database integrity",
"Error handling",
];
case "High":
return [
"Cryptographic verification",
"Digital signatures",
"Secure logging",
"Change management",
];
case "Very High":
return [
"Advanced cryptography",
"Formal verification",
"Distributed ledger technologies",
"Immutable logging systems",
];
default:
return ["Data integrity fundamentals"];
}
}
// Default to availability expertise
switch (level) {
case "None":
return ["No specific expertise required"];
case "Low":
return ["Basic system monitoring", "Manual recovery procedures"];
case "Moderate":
return ["System redundancy", "Backup management", "Basic load balancing"];
case "High":
return [
"High availability architecture",
"Disaster recovery",
"Advanced monitoring",
"Automated failover",
];
case "Very High":
return [
"Distributed systems",
"Site reliability engineering",
"Global load balancing",
"Chaos engineering",
"Real-time recovery systems",
];
default:
return ["System reliability fundamentals"];
}
}
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