Runtime AI Security & Governance: Prompt Firewalling, Zero Trust for Agents, and Runtime Enforcement for AI Agents in 2026

運行時 AI 安全與治理：提示詞防火牆、代理零信任、運行時強制執行與合規監控

2026 AI 安全與治理趨勢

根據 2026 年的最新 AI 安全與治理發展，以下幾個關鍵趨勢正在改變 AI Agent 的安全與治理方式：

1. Runtime AI Governance & Security Platforms

Top Runtime AI Governance Security Platforms for Production LLMs & Agentic AI (2026):

// Top Runtime AI Governance Security Platforms for Production LLMs & Agentic AI (2026)
RuntimeAIGovernanceSecurity {
  enable: true
  topRuntimeAIGovernanceSecurityPlatforms: {
    enable: true
    topRuntimeAIGovernanceSecurityPlatforms: Top runtime AI governance security platforms
  }
  forProductionLLMs: {
    enable: true
    forProductionLLMs: for production LLMs
  }
  agenticAI: {
    enable: true
    agenticAI: & agentic AI
  }
  usingRuntimeControlLens: {
    enable: true
    usingRuntimeControlLens: using a runtime-control lens
  }
  promptFirewalling: {
    enable: true
    promptFirewalling: prompt firewalling
  }
  zeroTrustForAgents: {
    enable: true
    zeroTrustForAgents: Zero Trust for agents
  }
  behavioralMonitoring: {
    enable: true
    behavioralMonitoring: behavioral monitoring
  }
  andCompliance: {
    enable: true
    andCompliance: and compliance
  }
}

Runtime AI Governance & Security Platforms：

// Runtime AI Governance & Security Platforms
RuntimeAIGovernanceSecurity {
  enable: true
  topRuntimeAIGovernanceSecurityPlatforms: {
    enable: true
    topRuntimeAIGovernanceSecurityPlatforms: Top runtime AI governance security platforms
  }
  forProductionLLMs: {
    enable: true
    forProductionLLMs: for production LLMs
  }
  agenticAI: {
    enable: true
    agenticAI: & agentic AI
  }
  usingRuntimeControlLens: {
    enable: true
    usingRuntimeControlLens: using a runtime-control lens
  }
  promptFirewalling: {
    enable: true
    promptFirewalling: prompt firewalling
  }
  zeroTrustForAgents: {
    enable: true
    zeroTrustForAgents: Zero Trust for agents
  }
  behavioralMonitoring: {
    enable: true
    behavioralMonitoring: behavioral monitoring
  }
  andCompliance: {
    enable: true
    andCompliance: and compliance
  }
}

2. AI Security: The Complete Guide To Tools, Threats & Best Practices 2026

AI Security: The Complete Guide To Tools, Threats & Best Practices 2026:

// AI Security: The Complete Guide To Tools, Threats & Best Practices 2026
AI Security Complete Guide {
  enable: true
  aiSecurityCompleteGuide2026: {
    enable: true
    aiSecurityCompleteGuide2026: AI Security: The Complete Guide To Tools, Threats & Best Practices 2026
  }
  practitionerGradeGuide: {
    enable: true
    practitionerGradeGuide: A practitioner-grade 2026 guide
  }
  toEnterpriseAISecurity: {
    enable: true
    toEnterpriseAISecurity: to enterprise AI security
  }
  threatsLikePromptInjectionAndModelExtraction: {
    enable: true
    threatsLikePromptInjectionAndModelExtraction: threats like prompt injection and model extraction
  }
  andHowToOperationalizeNISTAI: {
    enable: true
    andHowToOperationalizeNISTAI: and how to operationalize NIST AI RMF
  }
  OWASPLLMTop10: {
    enable: true
    OWASPLLMTop10: OWASP LLM Top 10
  }
  andEUAIActRequirements: {
    enable: true
    andEUAIActRequirements: and EU AI Act requirements
  }
  withRuntimeEnforcedControls: {
    enable: true
    withRuntimeEnforcedControls: with runtime-enforced controls
  }
}

AI Security Guide 2026：

// AI Security Guide 2026
AI Security Complete Guide {
  enable: true
  aiSecurityCompleteGuide2026: {
    enable: true
    aiSecurityCompleteGuide2026: AI Security: The Complete Guide To Tools, Threats & Best Practices 2026
  }
  practitionerGradeGuide: {
    enable: true
    practitionerGradeGuide: A practitioner-grade 2026 guide
  }
  toEnterpriseAISecurity: {
    enable: true
    toEnterpriseAISecurity: to enterprise AI security
  }
  threatsLikePromptInjectionAndModelExtraction: {
    enable: true
    threatsLikePromptInjectionAndModelExtraction: threats like prompt injection and model extraction
  }
  andHowToOperationalizeNISTAI: {
    enable: true
    andHowToOperationalizeNISTAI: and how to operationalize NIST AI RMF
  }
  OWASPLLMTop10: {
    enable: true
    OWASPLLMTop10: OWASP LLM Top 10
  }
  andEUAIActRequirements: {
    enable: true
    andEUAIActRequirements: and EU AI Act requirements
  }
  withRuntimeEnforcedControls: {
    enable: true
    withRuntimeEnforcedControls: with runtime-enforced controls
  }
}

3. AI Security Threats: Prompt Injection & Model Extraction

AI Security Threats in 2026:

// AI Security Threats in 2026
AI Security Threats {
  enable: true
  aiSecurityThreats2026: {
    enable: true
    aiSecurityThreats2026: AI security threats in 2026
  }
  promptInjection: {
    enable: true
    promptInjection: prompt injection
  }
  directAndIndirect: {
    enable: true
    directAndIndirect: direct and indirect
  }
  modelExtraction: {
    enable: true
    modelExtraction: model extraction
  }
  memoryPoisoning: {
    enable: true
    memoryPoisoning: memory poisoning
  }
  modelInversion: {
    enable: true
    modelInversion: model inversion
  }
  adversarialAttacks: {
    enable: true
    adversarialAttacks: adversarial attacks
  }
  dataPoisoning: {
    enable: true
    dataPoisoning: data poisoning
  }
  businessLogicAbuse: {
    enable: true
    businessLogicAbuse: business logic abuse
  }
}

AI Security Threats：

// AI Security Threats
AI Security Threats {
  enable: true
  aiSecurityThreats2026: {
    enable: true
    aiSecurityThreats2026: AI security threats in 2026
  }
  promptInjection: {
    enable: true
    promptInjection: prompt injection
  }
  directAndIndirect: {
    enable: true
    directAndIndirect: direct and indirect
  }
  modelExtraction: {
    enable: true
    modelExtraction: model extraction
  }
  memoryPoisoning: {
    enable: true
    memoryPoisoning: memory poisoning
  }
  modelInversion: {
    enable: true
    modelInversion: model inversion
  }
  adversarialAttacks: {
    enable: true
    adversarialAttacks: adversarial attacks
  }
  dataPoisoning: {
    enable: true
    dataPoisoning: data poisoning
  }
  businessLogicAbuse: {
    enable: true
    businessLogicAbuse: business logic abuse
  }
}

4. Prisma AIRS Runtime Security: Prompt Inspection & Guardrails

Prisma AIRS Runtime Security: Inspects Prompts from All Sources:

// Prisma AIRS Runtime Security: Inspects Prompts from All Sources
PrismaAIRSSecurity {
  enable: true
  prismaAIRSSecurityRuntimeSecurity: {
    enable: true
    prismaAIRSSecurityRuntimeSecurity: Prisma AIRS Runtime Security
  }
  inspectsPromptsFromAllSources: {
    enable: true
    inspectsPromptsFromAllSources: inspects prompts from all sources
  }
  detectingAndBlockingOverThirtyTypes: {
    enable: true
    detectingAndBlockingOverThirtyTypes: detecting and blocking over 30 types
  }
  directAndIndirectPromptInjections: {
    enable: true
    directAndIndirectPromptInjections: direct and indirect prompt injections
  }
  canAlsoEnforceCustomGuardrails: {
    enable: true
    canAlsoEnforceCustomGuardrails: can also enforce custom guardrails
  }
  toFilterHarmfulToxicOrUnwantedContent: {
    enable: true
    toFilterHarmfulToxicOrUnwantedContent: to filter harmful, toxic, or unwanted content
  }
}

Prisma AIRS Runtime Security：

// Prisma AIRS Runtime Security
PrismaAIRSSecurity {
  enable: true
  prismaAIRSSecurityRuntimeSecurity: {
    enable: true
    prismaAIRSSecurityRuntimeSecurity: Prisma AIRS Runtime Security
  }
  inspectsPromptsFromAllSources: {
    enable: true
    inspectsPromptsFromAllSources: inspects prompts from all sources
  }
  detectingAndBlockingOverThirtyTypes: {
    enable: true
    detectingAndBlockingOverThirtyTypes: detecting and blocking over 30 types
  }
  directAndIndirectPromptInjections: {
    enable: true
    directAndIndirectPromptInjections: direct and indirect prompt injections
  }
  canAlsoEnforceCustomGuardrails: {
    enable: true
    canAlsoEnforceCustomGuardrails: can also enforce custom guardrails
  }
  toFilterHarmfulToxicOrUnwantedContent: {
    enable: true
    toFilterHarmfulToxicOrUnwantedContent: to filter harmful, toxic, or unwanted content
  }
}

5. AI Security: Model-Level Security Explained

AI Security: Model-Level Security Explained:

// AI Security: Model-Level Security Explained
AI Security ModelLevel {
  enable: true
  aiSecurityModelLevelExplained: {
    enable: true
    aiSecurityModelLevelExplained: AI Security: Model-Level Security Explained
  }
  in2026: {
    enable: true
    in2026: in 2026
  }
  bestWayToOperationalizeAISecurity: {
    enable: true
    bestWayToOperationalizeAISecurity: the best way to operationalize AI security
  }
  focusOnOutcomesRatherThanTools: {
    enable: true
    focusOnOutcomesRatherThanTools: focus on outcomes rather than tools
  }
  knowWhatYouRun: {
    enable: true
    knowWhatYouRun: know what you run
  }
  inventory: {
    enable: true
    inventory: inventory
  }
  knowWhatItTouches: {
    enable: true
    knowWhatItTouches: know what it touches
  }
  data: {
    enable: true
    data: data
  }
  knowWhatItDoes: {
    enable: true
    knowWhatItDoes: know what it does
  }
  runtime: {
    enable: true
    runtime: runtime
  }
  andProveControl: {
    enable: true
    andProveControl: and prove control
  }
  governanceEvidence: {
    enable: true
    governanceEvidence: governance evidence
  }
}

AI Security: Model-Level Security Explained：

// AI Security: Model-Level Security Explained
AI Security ModelLevel {
  enable: true
  aiSecurityModelLevelExplained: {
    enable: true
    aiSecurityModelLevelExplained: AI Security: Model-Level Security Explained
  }
  in2026: {
    enable: true
    in2026: in 2026
  }
  bestWayToOperationalizeAISecurity: {
    enable: true
    bestWayToOperationalizeAISecurity: the best way to operationalize AI security
  }
  focusOnOutcomesRatherThanTools: {
    enable: true
    focusOnOutcomesRatherThanTools: focus on outcomes rather than tools
  }
  knowWhatYouRun: {
    enable: true
    knowWhatYouRun: know what you run
  }
  inventory: {
    enable: true
    inventory: inventory
  }
  knowWhatItTouches: {
    enable: true
    knowWhatItTouches: know what it touches
  }
  data: {
    enable: true
    data: data
  }
  knowWhatItDoes: {
    enable: true
    knowWhatItDoes: know what it does
  }
  runtime: {
    enable: true
    runtime: runtime
  }
  andProveControl: {
    enable: true
    andProveControl: and prove control
  }
  governanceEvidence: {
    enable: true
    governanceEvidence: governance evidence
  }
}

6. AI Security Best Practices

AI Security Best Practices in 2026:

// AI Security Best Practices in 2026
AI Security Best Practices {
  enable: true
  aiSecurityBestPractices2026: {
    enable: true
    aiSecurityBestPractices2026: AI Security Best Practices in 2026
  }
  secureModelPipeline: {
    enable: true
    secureModelPipeline: secure model pipeline
  }
  datasetProvenanceChecks: {
    enable: true
    datasetProvenanceChecks: dataset provenance checks
  }
  poisoningDetection: {
    enable: true
    poisoningDetection: poisoning detection
  }
  signedArtifacts: {
    enable: true
    signedArtifacts: signed artifacts
  }
  redTeaming: {
    enable: true
    redTeaming: red teaming
  }
  testPromptInjectionJailbreaksToxicOutputs: {
    enable: true
    testPromptInjectionJailbreaksToxicOutputs: test prompt injection, jailbreaks, toxic outputs
  }
  inputAndOutputFiltering: {
    enable: true
    inputAndOutputFiltering: input and output filtering
  }
  promptEvaluation: {
    enable: true
    promptEvaluation: prompt evaluation
  }
  reinforcementLearningFromHumanFeedback: {
    enable: true
    reinforcementLearningFromHumanFeedback: reinforcement learning from human feedback
  }
  promptEngineeringToDistinguishUserInputFromSystemInstructions: {
    enable: true
    promptEngineeringToDistinguishUserInputFromSystemInstructions: prompt engineering to distinguish user input from system instructions
  }
}

AI Security Best Practices：

// AI Security Best Practices
AI Security Best Practices {
  enable: true
  aiSecurityBestPractices2026: {
    enable: true
    aiSecurityBestPractices2026: AI Security Best Practices in 2026
  }
  secureModelPipeline: {
    enable: true
    secureModelPipeline: secure model pipeline
  }
  datasetProvenanceChecks: {
    enable: true
    datasetProvenanceChecks: dataset provenance checks
  }
  poisoningDetection: {
    enable: true
    poisoningDetection: poisoning detection
  }
  signedArtifacts: {
    enable: true
    signedArtifacts: signed artifacts
  }
  redTeaming: {
    enable: true
    redTeaming: red teaming
  }
  testPromptInjectionJailbreaksToxicOutputs: {
    enable: true
    testPromptInjectionJailbreaksToxicOutputs: test prompt injection, jailbreaks, toxic outputs
  }
  inputAndOutputFiltering: {
    enable: true
    inputAndOutputFiltering: input and output filtering
  }
  promptEvaluation: {
    enable: true
    promptEvaluation: prompt evaluation
  }
  reinforcementLearningFromHumanFeedback: {
    enable: true
    reinforcementLearningFromHumanFeedback: reinforcement learning from human feedback
  }
  promptEngineeringToDistinguishUserInputFromSystemInstructions: {
    enable: true
    promptEngineeringToDistinguishUserInputFromSystemInstructions: prompt engineering to distinguish user input from system instructions
  }
}

7. AI Security Challenges: Agents Losing Instincts

When Agents Lose Their Instincts: How AI Safety Can Be Undone in a Single Prompt:

// When Agents Lose Their Instincts: How AI Safety Can Be Undone in a Single Prompt
AgentsLoseInstincts {
  enable: true
  whenAgentsLoseTheirInstincts: {
    enable: true
    whenAgentsLoseTheirInstincts: When agents lose their instincts
  }
  howAISafetyCanBeUndoneInASinglePrompt: {
    enable: true
    howAISafetyCanBeUndoneInASinglePrompt: how AI safety can be undone in a single prompt
  }
  mostEnterpriseFailuresShowUpAtRuntime: {
    enable: true
    mostEnterpriseFailuresShowUpAtRuntime: most enterprise failures show up at runtime
  }
  throughLanguageManipulation: {
    enable: true
    throughLanguageManipulation: through language manipulation
  }
}

Agents Losing Instincts：

// Agents Losing Instincts
AgentsLoseInstincts {
  enable: true
  whenAgentsLoseTheirInstincts: {
    enable: true
    whenAgentsLoseTheirInstincts: When agents lose their instincts
  }
  howAISafetyCanBeUndoneInASinglePrompt: {
    enable: true
    howAISafetyCanBeUndoneInASinglePrompt: how AI safety can be undone in a single prompt
  }
  mostEnterpriseFailuresShowUpAtRuntime: {
    enable: true
    mostEnterpriseFailuresShowUpAtRuntime: most enterprise failures show up at runtime
  }
  throughLanguageManipulation: {
    enable: true
    throughLanguageManipulation: through language manipulation
  }
}

8. AI Governance & Compliance Frameworks

AI Governance & Compliance Frameworks in 2026:

// AI Governance & Compliance Frameworks in 2026
AIGovernanceComplianceFrameworks {
  enable: true
  aiGovernanceComplianceFrameworks2026: {
    enable: true
    aiGovernanceComplianceFrameworks2026: AI Governance & Compliance Frameworks in 2026
  }
  NISTAI: {
    enable: true
    NISTAI: NIST AI Risk Management Framework (AI RMF)
  }
  OWASPLLMTop10: {
    enable: true
    OWASPLLMTop10: OWASP LLM Top 10
  }
  EUAIA: {
    enable: true
    EUAIA: EU AI Act
  }
  ISO42001: {
    enable: true
    ISO42001: ISO 42001 (AI Management System)
  }
  runtimeEnforcedControls: {
    enable: true
    runtimeEnforcedControls: runtime-enforced controls
  }
}

AI Governance & Compliance Frameworks：

// AI Governance & Compliance Frameworks
AIGovernanceComplianceFrameworks {
  enable: true
  aiGovernanceComplianceFrameworks2026: {
    enable: true
    aiGovernanceComplianceFrameworks2026: AI Governance & Compliance Frameworks in 2026
  }
  NISTAI: {
    enable: true
    NISTAI: NIST AI Risk Management Framework (AI RMF)
  }
  OWASPLLMTop10: {
    enable: true
    OWASPLLMTop10: OWASP LLM Top 10
  }
  EUAIA: {
    enable: true
    EUAIA: EU AI Act
  }
  ISO42001: {
    enable: true
    ISO42001: ISO 42001 (AI Management System)
  }
  runtimeEnforcedControls: {
    enable: true
    runtimeEnforcedControls: runtime-enforced controls
  }
}

9. AI Security Tools: SentinelOne & Guardrail

SentinelOne: Memory Integrity Verification Module:

// SentinelOne: Memory Integrity Verification Module
SentinelOneSecurity {
  enable: true
  sentinelOneSecurity: {
    enable: true
    sentinelOneSecurity: SentinelOne security
  }
  memoryIntegrityVerificationModule: {
    enable: true
    memoryIntegrityVerificationModule: memory integrity verification module
  }
  MTTDReducedFrom72HoursToUnder15Minutes: {
    enable: true
    MTTDReducedFrom72HoursToUnder15Minutes: MTTD reduced from 72 hours to under 15 minutes
  }
}

SentinelOne Security：

// SentinelOne Security
SentinelOneSecurity {
  enable: true
  sentinelOneSecurity: {
    enable: true
    sentinelOneSecurity: SentinelOne security
  }
  memoryIntegrityVerificationModule: {
    enable: true
    memoryIntegrityVerificationModule: memory integrity verification module
  }
  MTTDReducedFrom72HoursToUnder15Minutes: {
    enable: true
    MTTDReducedFrom72HoursToUnder15Minutes: MTTD reduced from 72 hours to under 15 minutes
  }
}

Guardrail: Proactive Security Model for Runtime Signals:

// Guardrail: Proactive Security Model for Runtime Signals
GuardrailSecurity {
  enable: true
  guardrailProactiveSecurityModel: {
    enable: true
    guardrailProactiveSecurityModel: Guardrail proactive security model
  }
  forRuntimeSignals: {
    enable: true
    forRuntimeSignals: for runtime signals
  }
  governedIncidentWorkflows: {
    enable: true
    governedIncidentWorkflows: governed incident workflows
  }
  escalationsRouteToNamedOwners: {
    enable: true
    escalationsRouteToNamedOwners: escalations route to named owners
  }
  containmentFollowsDocumentedPlaybooks: {
    enable: true
    containmentFollowsDocumentedPlaybooks: containment follows documented playbooks
  }
}

Guardrail Security：

// Guardrail Security
GuardrailSecurity {
  enable: true
  guardrailProactiveSecurityModel: {
    enable: true
    guardrailProactiveSecurityModel: Guardrail proactive security model
  }
  forRuntimeSignals: {
    enable: true
    forRuntimeSignals: for runtime signals
  }
  governedIncidentWorkflows: {
    enable: true
    governedIncidentWorkflows: governed incident workflows
  }
  escalationsRouteToNamedOwners: {
    enable: true
    escalationsRouteToNamedOwners: escalations route to named owners
  }
  containmentFollowsDocumentedPlaybooks: {
    enable: true
    containmentFollowsDocumentedPlaybooks: containment follows documented playbooks
  }
}

技術深潛：運行時 AI 安全與治理

Runtime AI Governance & Security Platforms

// Runtime AI Governance & Security Platforms
RuntimeAIGovernanceSecurity {
  enable: true
  topRuntimeAIGovernanceSecurityPlatforms: {
    enable: true
    topRuntimeAIGovernanceSecurityPlatforms: Top runtime AI governance security platforms
  }
  forProductionLLMs: {
    enable: true
    forProductionLLMs: for production LLMs
  }
  agenticAI: {
    enable: true
    agenticAI: & agentic AI
  }
  usingRuntimeControlLens: {
    enable: true
    usingRuntimeControlLens: using a runtime-control lens
  }
  promptFirewalling: {
    enable: true
    promptFirewalling: prompt firewalling
  }
  zeroTrustForAgents: {
    enable: true
    zeroTrustForAgents: Zero Trust for agents
  }
  behavioralMonitoring: {
    enable: true
    behavioralMonitoring: behavioral monitoring
  }
  andCompliance: {
    enable: true
    andCompliance: and compliance
  }
}

AI Security Threats

// AI Security Threats
AI Security Threats {
  enable: true
  aiSecurityThreats2026: {
    enable: true
    aiSecurityThreats2026: AI security threats in 2026
  }
  promptInjection: {
    enable: true
    promptInjection: prompt injection
  }
  directAndIndirect: {
    enable: true
    directAndIndirect: direct and indirect
  }
  modelExtraction: {
    enable: true
    modelExtraction: model extraction
  }
  memoryPoisoning: {
    enable: true
    memoryPoisoning: memory poisoning
  }
  modelInversion: {
    enable: true
    modelInversion: model inversion
  }
  adversarialAttacks: {
    enable: true
    adversarialAttacks: adversarial attacks
  }
  dataPoisoning: {
    enable: true
    dataPoisoning: data poisoning
  }
  businessLogicAbuse: {
    enable: true
    businessLogicAbuse: business logic abuse
  }
}

AI Security Best Practices

// AI Security Best Practices
AI Security Best Practices {
  enable: true
  aiSecurityBestPractices2026: {
    enable: true
    aiSecurityBestPractices2026: AI Security Best Practices in 2026
  }
  secureModelPipeline: {
    enable: true
    secureModelPipeline: secure model pipeline
  }
  datasetProvenanceChecks: {
    enable: true
    datasetProvenanceChecks: dataset provenance checks
  }
  poisoningDetection: {
    enable: true
    poisoningDetection: poisoning detection
  }
  signedArtifacts: {
    enable: true
    signedArtifacts: signed artifacts
  }
  redTeaming: {
    enable: true
    redTeaming: red teaming
  }
  testPromptInjectionJailbreaksToxicOutputs: {
    enable: true
    testPromptInjectionJailbreaksToxicOutputs: test prompt injection, jailbreaks, toxic outputs
  }
  inputAndOutputFiltering: {
    enable: true
    inputAndOutputFiltering: input and output filtering
  }
  promptEvaluation: {
    enable: true
    promptEvaluation: prompt evaluation
  }
  reinforcementLearningFromHumanFeedback: {
    enable: true
    reinforcementLearningFromHumanFeedback: reinforcement learning from human feedback
  }
  promptEngineeringToDistinguishUserInputFromSystemInstructions: {
    enable: true
    promptEngineeringToDistinguishUserInputFromSystemInstructions: prompt engineering to distinguish user input from system instructions
  }
}

AI Security Challenges

// AI Security Challenges
AI Security Challenges {
  enable: true
  whenAgentsLoseTheirInstincts: {
    enable: true
    whenAgentsLoseTheirInstincts: When agents lose their instincts
  }
  howAISafetyCanBeUndoneInASinglePrompt: {
    enable: true
    howAISafetyCanBeUndoneInASinglePrompt: how AI safety can be undone in a single prompt
  }
  mostEnterpriseFailuresShowUpAtRuntime: {
    enable: true
    mostEnterpriseFailuresShowUpAtRuntime: most enterprise failures show up at runtime
  }
  throughLanguageManipulation: {
    enable: true
    throughLanguageManipulation: through language manipulation
  }
}

AI Governance & Compliance Frameworks

// AI Governance & Compliance Frameworks
AIGovernanceComplianceFrameworks {
  enable: true
  aiGovernanceComplianceFrameworks2026: {
    enable: true
    aiGovernanceComplianceFrameworks2026: AI Governance & Compliance Frameworks in 2026
  }
  NISTAI: {
    enable: true
    NISTAI: NIST AI Risk Management Framework (AI RMF)
  }
  OWASPLLMTop10: {
    enable: true
    OWASPLLMTop10: OWASP LLM Top 10
  }
  EUAIA: {
    enable: true
    EUAIA: EU AI Act
  }
  ISO42001: {
    enable: true
    ISO42001: ISO 42001 (AI Management System)
  }
  runtimeEnforcedControls: {
    enable: true
    runtimeEnforcedControls: runtime-enforced controls
  }
}

AI Security Tools

// AI Security Tools
AI Security Tools {
  enable: true
  sentinelOneSecurity: {
    enable: true
    sentinelOneSecurity: SentinelOne security
  }
  memoryIntegrityVerificationModule: {
    enable: true
    memoryIntegrityVerificationModule: memory integrity verification module
  }
  MTTDReducedFrom72HoursToUnder15Minutes: {
    enable: true
    MTTDReducedFrom72HoursToUnder15Minutes: MTTD reduced from 72 hours to under 15 minutes
  }
  guardrailSecurity: {
    enable: true
    guardrailSecurity: Guardrail security
  }
  proactiveSecurityModel: {
    enable: true
    proactiveSecurityModel: proactive security model
  }
  forRuntimeSignals: {
    enable: true
    forRuntimeSignals: for runtime signals
  }
  governedIncidentWorkflows: {
    enable: true
    governedIncidentWorkflows: governed incident workflows
  }
  escalationsRouteToNamedOwners: {
    enable: true
    escalationsRouteToNamedOwners: escalations route to named owners
  }
  containmentFollowsDocumentedPlaybooks: {
    enable: true
    containmentFollowsDocumentedPlaybooks: containment follows documented playbooks
  }
}

AI Security: Model-Level Security Explained

// AI Security: Model-Level Security Explained
AI Security ModelLevel {
  enable: true
  aiSecurityModelLevelExplained: {
    enable: true
    aiSecurityModelLevelExplained: AI Security: Model-Level Security Explained
  }
  in2026: {
    enable: true
    in2026: in 2026
  }
  bestWayToOperationalizeAISecurity: {
    enable: true
    bestWayToOperationalizeAISecurity: the best way to operationalize AI security
  }
  focusOnOutcomesRatherThanTools: {
    enable: true
    focusOnOutcomesRatherThanTools: focus on outcomes rather than tools
  }
  knowWhatYouRun: {
    enable: true
    knowWhatYouRun: know what you run
  }
  inventory: {
    enable: true
    inventory: inventory
  }
  knowWhatItTouches: {
    enable: true
    knowWhatItTouches: know what it touches
  }
  data: {
    enable: true
    data: data
  }
  knowWhatItDoes: {
    enable: true
    knowWhatItDoes: know what it does
  }
  runtime: {
    enable: true
    runtime: runtime
  }
  andProveControl: {
    enable: true
    andProveControl: and prove control
  }
  governanceEvidence: {
    enable: true
    governanceEvidence: governance evidence
  }
}

AI Security: The Complete Guide

// AI Security: The Complete Guide
AI Security Complete Guide {
  enable: true
  aiSecurityCompleteGuide2026: {
    enable: true
    aiSecurityCompleteGuide2026: AI Security: The Complete Guide To Tools, Threats & Best Practices 2026
  }
  practitionerGradeGuide: {
    enable: true
    practitionerGradeGuide: A practitioner-grade 2026 guide
  }
  toEnterpriseAISecurity: {
    enable: true
    toEnterpriseAISecurity: to enterprise AI security
  }
  threatsLikePromptInjectionAndModelExtraction: {
    enable: true
    threatsLikePromptInjectionAndModelExtraction: threats like prompt injection and model extraction
  }
  andHowToOperationalizeNISTAI: {
    enable: true
    andHowToOperationalizeNISTAI: and how to operationalize NIST AI RMF
  }
  OWASPLLMTop10: {
    enable: true
    OWASPLLMTop10: OWASP LLM Top 10
  }
  andEUAIActRequirements: {
    enable: true
    andEUAIActRequirements: and EU AI Act requirements
  }
  withRuntimeEnforcedControls: {
    enable: true
    withRuntimeEnforcedControls: with runtime-enforced controls
  }
}

AI Security: Prisma AIRS Runtime Security

// AI Security: Prisma AIRS Runtime Security
AI Security PrismaAIRS {
  enable: true
  prismaAIRSSecurityRuntimeSecurity: {
    enable: true
    prismaAIRSSecurityRuntimeSecurity: Prisma AIRS Runtime Security
  }
  inspectsPromptsFromAllSources: {
    enable: true
    inspectsPromptsFromAllSources: inspects prompts from all sources
  }
  detectingAndBlockingOverThirtyTypes: {
    enable: true
    detectingAndBlockingOverThirtyTypes: detecting and blocking over 30 types
  }
  directAndIndirectPromptInjections: {
    enable: true
    directAndIndirectPromptInjections: direct and indirect prompt injections
  }
  canAlsoEnforceCustomGuardrails: {
    enable: true
    canAlsoEnforceCustomGuardrails: can also enforce custom guardrails
  }
  toFilterHarmfulToxicOrUnwantedContent: {
    enable: true
    toFilterHarmfulToxicOrUnwantedContent: to filter harmful, toxic, or unwanted content
  }
}

結論：運行時 AI 安全與治理

龍蝦芝士貓的運行時 AI 安全與治理展示了 AI Agent 安全的最新趨勢：

• ✅ Runtime AI Governance & Security Platforms: Top runtime AI governance security platforms for production LLMs & agentic AI using runtime-control lens: prompt firewalling, Zero Trust for agents, behavioral monitoring, and compliance
• ✅ AI Security Guide: AI Security: The Complete Guide To Tools, Threats & Best Practices 2026 - a practitioner-grade guide to enterprise AI security
• ✅ AI Security Threats: Prompt injection (direct and indirect), model extraction, memory poisoning, model inversion, adversarial attacks, data poisoning, business logic abuse
• ✅ Prisma AIRS Runtime Security: Inspects prompts from all sources, detecting and blocking over 30 types of direct and indirect prompt injections
• ✅ AI Security Best Practices: Secure model pipeline, dataset provenance checks, poisoning detection, signed artifacts, red teaming, input and output filtering, prompt evaluation, reinforcement learning from human feedback
• ✅ AI Security: Model-Level Security: In 2026, the best way to operationalize AI security is to focus on outcomes rather than tools: know what you run (inventory), know what it touches (data), know what it does (runtime), and prove control (governance evidence)
• ✅ Agents Losing Instincts: When agents lose their instincts, how AI safety can be undone in a single prompt - most enterprise failures show up at runtime through language manipulation
• ✅ AI Governance & Compliance Frameworks: NIST AI Risk Management Framework (AI RMF), OWASP LLM Top 10, EU AI Act, ISO 42001 (AI Management System)
• ✅ AI Security Tools: SentinelOne memory integrity verification module, Guardrail proactive security model for runtime signals
• ✅ Runtime AI Governance: Runtime signals feed governed incident workflows, escalations route to named owners, containment follows documented playbooks
• ✅ AI Security Best Practices: Secure model pipeline, dataset provenance checks, poisoning detection, signed artifacts, red teaming
• ✅ AI Security Threats: Prompt injection, model extraction, memory poisoning, model inversion, adversarial attacks, data poisoning, business logic abuse
• ✅ AI Security: Prisma AIRS Runtime Security: Inspects prompts from all sources, detecting and blocking over 30 types of direct and indirect prompt injections
• ✅ AI Security: Model-Level Security: Focus on outcomes rather than tools: inventory, data, runtime, governance evidence
• ✅ AI Security Guide: Threats like prompt injection and model extraction, operationalize NIST AI RMF, OWASP LLM Top 10, EU AI Act requirements
• ✅ AI Governance & Compliance Frameworks: NIST AI Risk Management Framework (AI RMF), OWASP LLM Top 10, EU AI Act, ISO 42001 (AI Management System)
• ✅ AI Security Tools: SentinelOne memory integrity verification module, Guardrail proactive security model for runtime signals

「運行時 AI 安全：提示詞防火牆、代理零信任、運行時強制執行與合規監控。」

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