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AIVSS Predictability and Influence

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Outcome

Predictability and Influence (x_org.owasp#aivss:PI:1.0.0)

TODO writeme

Value Key Definition
Verifiable V Behavior is traceable, reproducible, and backed by strong logging or proofs. Outputs align with clear rules, and any action can be independently checked. Unexpected deviations are rare and easy to diagnose.
Uncertain U Behavior is generally well-structured but can deviate within known bounds. Some reasoning steps or interactions lack full visibility, making verification partial. Issues may be diagnosable but require effort or contextual reconstruction.
Opaque O Behavior is highly variable, difficult to trace, and resistant to verification. Key reasoning paths, external influences, or interactions are hidden or unpredictable. Actions may appear coherent but cannot be reliably reproduced or audited.
Predictability and Influence (x_org.owasp#aivss:PI:1.0.0) JSON Example 
{
  "namespace": "x_org.owasp#aivss",
  "key": "PI",
  "version": "1.0.0",
  "name": "Predictability and Influence",
  "definition": "TODO writeme",
  "schemaVersion": "2.0.0",
  "values": [
    {
      "key": "V",
      "name": "Verifiable",
      "definition": "Behavior is traceable, reproducible, and backed by strong logging or proofs. Outputs align with clear rules, and any action can be independently checked. Unexpected deviations are rare and easy to diagnose."
    },
    {
      "key": "U",
      "name": "Uncertain",
      "definition": "Behavior is generally well-structured but can deviate within known bounds. Some reasoning steps or interactions lack full visibility, making verification partial. Issues may be diagnosable but require effort or contextual reconstruction."
    },
    {
      "key": "O",
      "name": "Opaque",
      "definition": "Behavior is highly variable, difficult to trace, and resistant to verification. Key reasoning paths, external influences, or interactions are hidden or unpredictable. Actions may appear coherent but cannot be reliably reproduced or audited."
    }
  ]
}

Decision Points

Non-Determinism (x_org.owasp#aivss:ND:1.0.0)

Describes variability of system outputs across repeated executions.

Value Key Definition
Deterministic D Stable outputs; no randomness.
Bounded B Controlled variance within predictable limits.
High-Variance H Broad or unstable behavioral range.
Non-Determinism (x_org.owasp#aivss:ND:1.0.0) JSON Example 
{
  "namespace": "x_org.owasp#aivss",
  "key": "ND",
  "version": "1.0.0",
  "name": "Non-Determinism",
  "definition": "Describes variability of system outputs across repeated executions.",
  "schemaVersion": "2.0.0",
  "values": [
    {
      "key": "D",
      "name": "Deterministic",
      "definition": "Stable outputs; no randomness."
    },
    {
      "key": "B",
      "name": "Bounded",
      "definition": "Controlled variance within predictable limits."
    },
    {
      "key": "H",
      "name": "High-Variance",
      "definition": "Broad or unstable behavioral range."
    }
  ]
}

Opacity & Reflexivity (x_org.owasp#aivss:OR:1.0.0)

Captures how observable and explainable the internal reasoning and adaptation cycle is.

Value Key Definition
Transparent T Full logs and traceable reasoning.
Fragmented F Partial visibility; some steps hidden.
Opaque O Black-box behavior; internal process not observable.
Opacity & Reflexivity (x_org.owasp#aivss:OR:1.0.0) JSON Example 
{
  "namespace": "x_org.owasp#aivss",
  "key": "OR",
  "version": "1.0.0",
  "name": "Opacity & Reflexivity",
  "definition": "Captures how observable and explainable the internal reasoning and adaptation cycle is.",
  "schemaVersion": "2.0.0",
  "values": [
    {
      "key": "T",
      "name": "Transparent",
      "definition": "Full logs and traceable reasoning."
    },
    {
      "key": "F",
      "name": "Fragmented",
      "definition": "Partial visibility; some steps hidden."
    },
    {
      "key": "O",
      "name": "Opaque",
      "definition": "Black-box behavior; internal process not observable."
    }
  ]
}

Verification Capability (x_org.owasp#aivss:VC:1.0.0)

Indicates whether the system’s critical properties can be formally or practically verified.

Value Key Definition
Provable P Critical safety or correctness invariants can be verified.
Key Invariants Verifiable K Some critical properties can be verified, but not all.
Unverifiable U Cannot prove correctness or invariants in practice.
Verification Capability (x_org.owasp#aivss:VC:1.0.0) JSON Example 
{
  "namespace": "x_org.owasp#aivss",
  "key": "VC",
  "version": "1.0.0",
  "name": "Verification Capability",
  "definition": "Indicates whether the system’s critical properties can be formally or practically verified.",
  "schemaVersion": "2.0.0",
  "values": [
    {
      "key": "P",
      "name": "Provable",
      "definition": "Critical safety or correctness invariants can be verified."
    },
    {
      "key": "K",
      "name": "Key Invariants Verifiable",
      "definition": "Some critical properties can be verified, but not all."
    },
    {
      "key": "U",
      "name": "Unverifiable",
      "definition": "Cannot prove correctness or invariants in practice."
    }
  ]
}

Deceptiveness Potential (x_org.owasp#aivss:DP:1.0.0)

Assesses the potential for AI-generated vulnerability reports to be deceptive, ranging from plain structured output to highly persuasive content.

Value Key Definition
Plain P Structured, non-persona output.
Fluent F Natural language output, but not convincingly human.
Persuasive S Persona mimicry, deepfakes, or social-engineering capability.
Deceptiveness Potential (x_org.owasp#aivss:DP:1.0.0) JSON Example 
{
  "namespace": "x_org.owasp#aivss",
  "key": "DP",
  "version": "1.0.0",
  "name": "Deceptiveness Potential",
  "definition": "Assesses the potential for AI-generated vulnerability reports to be deceptive, ranging from plain structured output to highly persuasive content.",
  "schemaVersion": "2.0.0",
  "values": [
    {
      "key": "P",
      "name": "Plain",
      "definition": "Structured, non-persona output."
    },
    {
      "key": "F",
      "name": "Fluent",
      "definition": "Natural language output, but not convincingly human."
    },
    {
      "key": "S",
      "name": "Persuasive",
      "definition": "Persona mimicry, deepfakes, or social-engineering capability."
    }
  ]
}

Decision Table

Decision Model Visualization

---
title: Predictability and Influence Decision Table (x_org.owasp#aivss:DT_PI:1.0.0)
---
graph LR
subgraph inputs[Inputs]
n1(( ))
subgraph s1["x_org.owasp<br/>#aivss<br/>ND:1.0.0"]
D_L0([D])
B_L0([B])
H_L0([H])
end
subgraph s2["x_org.owasp<br/>#aivss<br/>OR:1.0.0"]
D_T_L1([T])
D_F_L1([F])
D_O_L1([O])
B_T_L1([T])
B_F_L1([F])
B_O_L1([O])
H_T_L1([T])
H_F_L1([F])
H_O_L1([O])
end
subgraph s3["x_org.owasp<br/>#aivss<br/>VC:1.0.0"]
D_T_P_L2([P])
D_T_K_L2([K])
D_T_U_L2([U])
D_F_P_L2([P])
D_F_K_L2([K])
D_F_U_L2([U])
D_O_P_L2([P])
D_O_K_L2([K])
D_O_U_L2([U])
B_T_P_L2([P])
B_T_K_L2([K])
B_T_U_L2([U])
B_F_P_L2([P])
B_F_K_L2([K])
B_F_U_L2([U])
B_O_P_L2([P])
B_O_K_L2([K])
B_O_U_L2([U])
H_T_P_L2([P])
H_T_K_L2([K])
H_T_U_L2([U])
H_F_P_L2([P])
H_F_K_L2([K])
H_F_U_L2([U])
H_O_P_L2([P])
H_O_K_L2([K])
H_O_U_L2([U])
end
subgraph s4["x_org.owasp<br/>#aivss<br/>DP:1.0.0"]
D_T_P_P_L3([P])
D_T_P_F_L3([F])
D_T_P_S_L3([S])
D_T_K_P_L3([P])
D_T_K_F_L3([F])
D_T_K_S_L3([S])
D_T_U_P_L3([P])
D_T_U_F_L3([F])
D_T_U_S_L3([S])
D_F_P_P_L3([P])
D_F_P_F_L3([F])
D_F_P_S_L3([S])
D_F_K_P_L3([P])
D_F_K_F_L3([F])
D_F_K_S_L3([S])
D_F_U_P_L3([P])
D_F_U_F_L3([F])
D_F_U_S_L3([S])
D_O_P_P_L3([P])
D_O_P_F_L3([F])
D_O_P_S_L3([S])
D_O_K_P_L3([P])
D_O_K_F_L3([F])
D_O_K_S_L3([S])
D_O_U_P_L3([P])
D_O_U_F_L3([F])
D_O_U_S_L3([S])
B_T_P_P_L3([P])
B_T_P_F_L3([F])
B_T_P_S_L3([S])
B_T_K_P_L3([P])
B_T_K_F_L3([F])
B_T_K_S_L3([S])
B_T_U_P_L3([P])
B_T_U_F_L3([F])
B_T_U_S_L3([S])
B_F_P_P_L3([P])
B_F_P_F_L3([F])
B_F_P_S_L3([S])
B_F_K_P_L3([P])
B_F_K_F_L3([F])
B_F_K_S_L3([S])
B_F_U_P_L3([P])
B_F_U_F_L3([F])
B_F_U_S_L3([S])
B_O_P_P_L3([P])
B_O_P_F_L3([F])
B_O_P_S_L3([S])
B_O_K_P_L3([P])
B_O_K_F_L3([F])
B_O_K_S_L3([S])
B_O_U_P_L3([P])
B_O_U_F_L3([F])
B_O_U_S_L3([S])
H_T_P_P_L3([P])
H_T_P_F_L3([F])
H_T_P_S_L3([S])
H_T_K_P_L3([P])
H_T_K_F_L3([F])
H_T_K_S_L3([S])
H_T_U_P_L3([P])
H_T_U_F_L3([F])
H_T_U_S_L3([S])
H_F_P_P_L3([P])
H_F_P_F_L3([F])
H_F_P_S_L3([S])
H_F_K_P_L3([P])
H_F_K_F_L3([F])
H_F_K_S_L3([S])
H_F_U_P_L3([P])
H_F_U_F_L3([F])
H_F_U_S_L3([S])
H_O_P_P_L3([P])
H_O_P_F_L3([F])
H_O_P_S_L3([S])
H_O_K_P_L3([P])
H_O_K_F_L3([F])
H_O_K_S_L3([S])
H_O_U_P_L3([P])
H_O_U_F_L3([F])
H_O_U_S_L3([S])
end
end
subgraph outputs[Outcome]
subgraph s5["x_org.owasp<br/>#aivss<br/>PI:1.0.0"]
D_T_P_P_V_L4([V])
D_T_P_F_V_L4([V])
D_T_P_S_U_L4([U])
D_T_K_P_V_L4([V])
D_T_K_F_U_L4([U])
D_T_K_S_U_L4([U])
D_T_U_P_U_L4([U])
D_T_U_F_U_L4([U])
D_T_U_S_O_L4([O])
D_F_P_P_V_L4([V])
D_F_P_F_U_L4([U])
D_F_P_S_U_L4([U])
D_F_K_P_U_L4([U])
D_F_K_F_U_L4([U])
D_F_K_S_U_L4([U])
D_F_U_P_U_L4([U])
D_F_U_F_U_L4([U])
D_F_U_S_O_L4([O])
D_O_P_P_U_L4([U])
D_O_P_F_U_L4([U])
D_O_P_S_O_L4([O])
D_O_K_P_U_L4([U])
D_O_K_F_U_L4([U])
D_O_K_S_O_L4([O])
D_O_U_P_O_L4([O])
D_O_U_F_O_L4([O])
D_O_U_S_O_L4([O])
B_T_P_P_V_L4([V])
B_T_P_F_U_L4([U])
B_T_P_S_U_L4([U])
B_T_K_P_U_L4([U])
B_T_K_F_U_L4([U])
B_T_K_S_U_L4([U])
B_T_U_P_U_L4([U])
B_T_U_F_U_L4([U])
B_T_U_S_O_L4([O])
B_F_P_P_U_L4([U])
B_F_P_F_U_L4([U])
B_F_P_S_U_L4([U])
B_F_K_P_U_L4([U])
B_F_K_F_U_L4([U])
B_F_K_S_U_L4([U])
B_F_U_P_U_L4([U])
B_F_U_F_U_L4([U])
B_F_U_S_O_L4([O])
B_O_P_P_U_L4([U])
B_O_P_F_U_L4([U])
B_O_P_S_O_L4([O])
B_O_K_P_U_L4([U])
B_O_K_F_U_L4([U])
B_O_K_S_O_L4([O])
B_O_U_P_O_L4([O])
B_O_U_F_O_L4([O])
B_O_U_S_O_L4([O])
H_T_P_P_U_L4([U])
H_T_P_F_U_L4([U])
H_T_P_S_O_L4([O])
H_T_K_P_U_L4([U])
H_T_K_F_U_L4([U])
H_T_K_S_O_L4([O])
H_T_U_P_O_L4([O])
H_T_U_F_O_L4([O])
H_T_U_S_O_L4([O])
H_F_P_P_U_L4([U])
H_F_P_F_U_L4([U])
H_F_P_S_O_L4([O])
H_F_K_P_U_L4([U])
H_F_K_F_U_L4([U])
H_F_K_S_O_L4([O])
H_F_U_P_O_L4([O])
H_F_U_F_O_L4([O])
H_F_U_S_O_L4([O])
H_O_P_P_O_L4([O])
H_O_P_F_O_L4([O])
H_O_P_S_O_L4([O])
H_O_K_P_O_L4([O])
H_O_K_F_O_L4([O])
H_O_K_S_O_L4([O])
H_O_U_P_O_L4([O])
H_O_U_F_O_L4([O])
H_O_U_S_O_L4([O])
end
end
n1 --- D_L0
n1 --- B_L0
n1 --- H_L0
D_L0 --- D_T_L1
D_T_L1 --- D_T_P_L2
D_T_P_L2 --- D_T_P_P_L3
D_T_P_P_L3 --- D_T_P_P_V_L4
D_T_P_L2 --- D_T_P_F_L3
D_T_P_F_L3 --- D_T_P_F_V_L4
D_T_P_L2 --- D_T_P_S_L3
D_T_P_S_L3 --- D_T_P_S_U_L4
D_T_L1 --- D_T_K_L2
D_T_K_L2 --- D_T_K_P_L3
D_T_K_P_L3 --- D_T_K_P_V_L4
D_T_K_L2 --- D_T_K_F_L3
D_T_K_F_L3 --- D_T_K_F_U_L4
D_T_K_L2 --- D_T_K_S_L3
D_T_K_S_L3 --- D_T_K_S_U_L4
D_T_L1 --- D_T_U_L2
D_T_U_L2 --- D_T_U_P_L3
D_T_U_P_L3 --- D_T_U_P_U_L4
D_T_U_L2 --- D_T_U_F_L3
D_T_U_F_L3 --- D_T_U_F_U_L4
D_T_U_L2 --- D_T_U_S_L3
D_T_U_S_L3 --- D_T_U_S_O_L4
D_L0 --- D_F_L1
D_F_L1 --- D_F_P_L2
D_F_P_L2 --- D_F_P_P_L3
D_F_P_P_L3 --- D_F_P_P_V_L4
D_F_P_L2 --- D_F_P_F_L3
D_F_P_F_L3 --- D_F_P_F_U_L4
D_F_P_L2 --- D_F_P_S_L3
D_F_P_S_L3 --- D_F_P_S_U_L4
D_F_L1 --- D_F_K_L2
D_F_K_L2 --- D_F_K_P_L3
D_F_K_P_L3 --- D_F_K_P_U_L4
D_F_K_L2 --- D_F_K_F_L3
D_F_K_F_L3 --- D_F_K_F_U_L4
D_F_K_L2 --- D_F_K_S_L3
D_F_K_S_L3 --- D_F_K_S_U_L4
D_F_L1 --- D_F_U_L2
D_F_U_L2 --- D_F_U_P_L3
D_F_U_P_L3 --- D_F_U_P_U_L4
D_F_U_L2 --- D_F_U_F_L3
D_F_U_F_L3 --- D_F_U_F_U_L4
D_F_U_L2 --- D_F_U_S_L3
D_F_U_S_L3 --- D_F_U_S_O_L4
D_L0 --- D_O_L1
D_O_L1 --- D_O_P_L2
D_O_P_L2 --- D_O_P_P_L3
D_O_P_P_L3 --- D_O_P_P_U_L4
D_O_P_L2 --- D_O_P_F_L3
D_O_P_F_L3 --- D_O_P_F_U_L4
D_O_P_L2 --- D_O_P_S_L3
D_O_P_S_L3 --- D_O_P_S_O_L4
D_O_L1 --- D_O_K_L2
D_O_K_L2 --- D_O_K_P_L3
D_O_K_P_L3 --- D_O_K_P_U_L4
D_O_K_L2 --- D_O_K_F_L3
D_O_K_F_L3 --- D_O_K_F_U_L4
D_O_K_L2 --- D_O_K_S_L3
D_O_K_S_L3 --- D_O_K_S_O_L4
D_O_L1 --- D_O_U_L2
D_O_U_L2 --- D_O_U_P_L3
D_O_U_P_L3 --- D_O_U_P_O_L4
D_O_U_L2 --- D_O_U_F_L3
D_O_U_F_L3 --- D_O_U_F_O_L4
D_O_U_L2 --- D_O_U_S_L3
D_O_U_S_L3 --- D_O_U_S_O_L4
B_L0 --- B_T_L1
B_T_L1 --- B_T_P_L2
B_T_P_L2 --- B_T_P_P_L3
B_T_P_P_L3 --- B_T_P_P_V_L4
B_T_P_L2 --- B_T_P_F_L3
B_T_P_F_L3 --- B_T_P_F_U_L4
B_T_P_L2 --- B_T_P_S_L3
B_T_P_S_L3 --- B_T_P_S_U_L4
B_T_L1 --- B_T_K_L2
B_T_K_L2 --- B_T_K_P_L3
B_T_K_P_L3 --- B_T_K_P_U_L4
B_T_K_L2 --- B_T_K_F_L3
B_T_K_F_L3 --- B_T_K_F_U_L4
B_T_K_L2 --- B_T_K_S_L3
B_T_K_S_L3 --- B_T_K_S_U_L4
B_T_L1 --- B_T_U_L2
B_T_U_L2 --- B_T_U_P_L3
B_T_U_P_L3 --- B_T_U_P_U_L4
B_T_U_L2 --- B_T_U_F_L3
B_T_U_F_L3 --- B_T_U_F_U_L4
B_T_U_L2 --- B_T_U_S_L3
B_T_U_S_L3 --- B_T_U_S_O_L4
B_L0 --- B_F_L1
B_F_L1 --- B_F_P_L2
B_F_P_L2 --- B_F_P_P_L3
B_F_P_P_L3 --- B_F_P_P_U_L4
B_F_P_L2 --- B_F_P_F_L3
B_F_P_F_L3 --- B_F_P_F_U_L4
B_F_P_L2 --- B_F_P_S_L3
B_F_P_S_L3 --- B_F_P_S_U_L4
B_F_L1 --- B_F_K_L2
B_F_K_L2 --- B_F_K_P_L3
B_F_K_P_L3 --- B_F_K_P_U_L4
B_F_K_L2 --- B_F_K_F_L3
B_F_K_F_L3 --- B_F_K_F_U_L4
B_F_K_L2 --- B_F_K_S_L3
B_F_K_S_L3 --- B_F_K_S_U_L4
B_F_L1 --- B_F_U_L2
B_F_U_L2 --- B_F_U_P_L3
B_F_U_P_L3 --- B_F_U_P_U_L4
B_F_U_L2 --- B_F_U_F_L3
B_F_U_F_L3 --- B_F_U_F_U_L4
B_F_U_L2 --- B_F_U_S_L3
B_F_U_S_L3 --- B_F_U_S_O_L4
B_L0 --- B_O_L1
B_O_L1 --- B_O_P_L2
B_O_P_L2 --- B_O_P_P_L3
B_O_P_P_L3 --- B_O_P_P_U_L4
B_O_P_L2 --- B_O_P_F_L3
B_O_P_F_L3 --- B_O_P_F_U_L4
B_O_P_L2 --- B_O_P_S_L3
B_O_P_S_L3 --- B_O_P_S_O_L4
B_O_L1 --- B_O_K_L2
B_O_K_L2 --- B_O_K_P_L3
B_O_K_P_L3 --- B_O_K_P_U_L4
B_O_K_L2 --- B_O_K_F_L3
B_O_K_F_L3 --- B_O_K_F_U_L4
B_O_K_L2 --- B_O_K_S_L3
B_O_K_S_L3 --- B_O_K_S_O_L4
B_O_L1 --- B_O_U_L2
B_O_U_L2 --- B_O_U_P_L3
B_O_U_P_L3 --- B_O_U_P_O_L4
B_O_U_L2 --- B_O_U_F_L3
B_O_U_F_L3 --- B_O_U_F_O_L4
B_O_U_L2 --- B_O_U_S_L3
B_O_U_S_L3 --- B_O_U_S_O_L4
H_L0 --- H_T_L1
H_T_L1 --- H_T_P_L2
H_T_P_L2 --- H_T_P_P_L3
H_T_P_P_L3 --- H_T_P_P_U_L4
H_T_P_L2 --- H_T_P_F_L3
H_T_P_F_L3 --- H_T_P_F_U_L4
H_T_P_L2 --- H_T_P_S_L3
H_T_P_S_L3 --- H_T_P_S_O_L4
H_T_L1 --- H_T_K_L2
H_T_K_L2 --- H_T_K_P_L3
H_T_K_P_L3 --- H_T_K_P_U_L4
H_T_K_L2 --- H_T_K_F_L3
H_T_K_F_L3 --- H_T_K_F_U_L4
H_T_K_L2 --- H_T_K_S_L3
H_T_K_S_L3 --- H_T_K_S_O_L4
H_T_L1 --- H_T_U_L2
H_T_U_L2 --- H_T_U_P_L3
H_T_U_P_L3 --- H_T_U_P_O_L4
H_T_U_L2 --- H_T_U_F_L3
H_T_U_F_L3 --- H_T_U_F_O_L4
H_T_U_L2 --- H_T_U_S_L3
H_T_U_S_L3 --- H_T_U_S_O_L4
H_L0 --- H_F_L1
H_F_L1 --- H_F_P_L2
H_F_P_L2 --- H_F_P_P_L3
H_F_P_P_L3 --- H_F_P_P_U_L4
H_F_P_L2 --- H_F_P_F_L3
H_F_P_F_L3 --- H_F_P_F_U_L4
H_F_P_L2 --- H_F_P_S_L3
H_F_P_S_L3 --- H_F_P_S_O_L4
H_F_L1 --- H_F_K_L2
H_F_K_L2 --- H_F_K_P_L3
H_F_K_P_L3 --- H_F_K_P_U_L4
H_F_K_L2 --- H_F_K_F_L3
H_F_K_F_L3 --- H_F_K_F_U_L4
H_F_K_L2 --- H_F_K_S_L3
H_F_K_S_L3 --- H_F_K_S_O_L4
H_F_L1 --- H_F_U_L2
H_F_U_L2 --- H_F_U_P_L3
H_F_U_P_L3 --- H_F_U_P_O_L4
H_F_U_L2 --- H_F_U_F_L3
H_F_U_F_L3 --- H_F_U_F_O_L4
H_F_U_L2 --- H_F_U_S_L3
H_F_U_S_L3 --- H_F_U_S_O_L4
H_L0 --- H_O_L1
H_O_L1 --- H_O_P_L2
H_O_P_L2 --- H_O_P_P_L3
H_O_P_P_L3 --- H_O_P_P_O_L4
H_O_P_L2 --- H_O_P_F_L3
H_O_P_F_L3 --- H_O_P_F_O_L4
H_O_P_L2 --- H_O_P_S_L3
H_O_P_S_L3 --- H_O_P_S_O_L4
H_O_L1 --- H_O_K_L2
H_O_K_L2 --- H_O_K_P_L3
H_O_K_P_L3 --- H_O_K_P_O_L4
H_O_K_L2 --- H_O_K_F_L3
H_O_K_F_L3 --- H_O_K_F_O_L4
H_O_K_L2 --- H_O_K_S_L3
H_O_K_S_L3 --- H_O_K_S_O_L4
H_O_L1 --- H_O_U_L2
H_O_U_L2 --- H_O_U_P_L3
H_O_U_P_L3 --- H_O_U_P_O_L4
H_O_U_L2 --- H_O_U_F_L3
H_O_U_F_L3 --- H_O_U_F_O_L4
H_O_U_L2 --- H_O_U_S_L3
H_O_U_S_L3 --- H_O_U_S_O_L4

Table of Values

The table below shows the values for the decision model. Each row of the table corresponds to a path through the decision model diagram above.

Row Non-Determinism v1.0.0 (x_org.owasp#aivss) Opacity & Reflexivity v1.0.0 (x_org.owasp#aivss) Verification Capability v1.0.0 (x_org.owasp#aivss) Deceptiveness Potential v1.0.0 (x_org.owasp#aivss) Predictability and Influence v1.0.0 (x_org.owasp#aivss)
0 deterministic transparent provable plain verifiable
1 deterministic transparent provable fluent verifiable
2 deterministic transparent provable persuasive uncertain
3 deterministic transparent key invariants verifiable plain verifiable
4 deterministic transparent key invariants verifiable fluent uncertain
5 deterministic transparent key invariants verifiable persuasive uncertain
6 deterministic transparent unverifiable plain uncertain
7 deterministic transparent unverifiable fluent uncertain
8 deterministic transparent unverifiable persuasive opaque
9 deterministic fragmented provable plain verifiable
10 deterministic fragmented provable fluent uncertain
11 deterministic fragmented provable persuasive uncertain
12 deterministic fragmented key invariants verifiable plain uncertain
13 deterministic fragmented key invariants verifiable fluent uncertain
14 deterministic fragmented key invariants verifiable persuasive uncertain
15 deterministic fragmented unverifiable plain uncertain
16 deterministic fragmented unverifiable fluent uncertain
17 deterministic fragmented unverifiable persuasive opaque
18 deterministic opaque provable plain uncertain
19 deterministic opaque provable fluent uncertain
20 deterministic opaque provable persuasive opaque
21 deterministic opaque key invariants verifiable plain uncertain
22 deterministic opaque key invariants verifiable fluent uncertain
23 deterministic opaque key invariants verifiable persuasive opaque
24 deterministic opaque unverifiable plain opaque
25 deterministic opaque unverifiable fluent opaque
26 deterministic opaque unverifiable persuasive opaque
27 bounded transparent provable plain verifiable
28 bounded transparent provable fluent uncertain
29 bounded transparent provable persuasive uncertain
30 bounded transparent key invariants verifiable plain uncertain
31 bounded transparent key invariants verifiable fluent uncertain
32 bounded transparent key invariants verifiable persuasive uncertain
33 bounded transparent unverifiable plain uncertain
34 bounded transparent unverifiable fluent uncertain
35 bounded transparent unverifiable persuasive opaque
36 bounded fragmented provable plain uncertain
37 bounded fragmented provable fluent uncertain
38 bounded fragmented provable persuasive uncertain
39 bounded fragmented key invariants verifiable plain uncertain
40 bounded fragmented key invariants verifiable fluent uncertain
41 bounded fragmented key invariants verifiable persuasive uncertain
42 bounded fragmented unverifiable plain uncertain
43 bounded fragmented unverifiable fluent uncertain
44 bounded fragmented unverifiable persuasive opaque
45 bounded opaque provable plain uncertain
46 bounded opaque provable fluent uncertain
47 bounded opaque provable persuasive opaque
48 bounded opaque key invariants verifiable plain uncertain
49 bounded opaque key invariants verifiable fluent uncertain
50 bounded opaque key invariants verifiable persuasive opaque
51 bounded opaque unverifiable plain opaque
52 bounded opaque unverifiable fluent opaque
53 bounded opaque unverifiable persuasive opaque
54 high-variance transparent provable plain uncertain
55 high-variance transparent provable fluent uncertain
56 high-variance transparent provable persuasive opaque
57 high-variance transparent key invariants verifiable plain uncertain
58 high-variance transparent key invariants verifiable fluent uncertain
59 high-variance transparent key invariants verifiable persuasive opaque
60 high-variance transparent unverifiable plain opaque
61 high-variance transparent unverifiable fluent opaque
62 high-variance transparent unverifiable persuasive opaque
63 high-variance fragmented provable plain uncertain
64 high-variance fragmented provable fluent uncertain
65 high-variance fragmented provable persuasive opaque
66 high-variance fragmented key invariants verifiable plain uncertain
67 high-variance fragmented key invariants verifiable fluent uncertain
68 high-variance fragmented key invariants verifiable persuasive opaque
69 high-variance fragmented unverifiable plain opaque
70 high-variance fragmented unverifiable fluent opaque
71 high-variance fragmented unverifiable persuasive opaque
72 high-variance opaque provable plain opaque
73 high-variance opaque provable fluent opaque
74 high-variance opaque provable persuasive opaque
75 high-variance opaque key invariants verifiable plain opaque
76 high-variance opaque key invariants verifiable fluent opaque
77 high-variance opaque key invariants verifiable persuasive opaque
78 high-variance opaque unverifiable plain opaque
79 high-variance opaque unverifiable fluent opaque
80 high-variance opaque unverifiable persuasive opaque