Resource is an abstract class in our ontology, it cannot be instantiated but acts as an "interface".

Account is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. This represents the cloud account as a whole, e.g., an Azure subscription.

Job is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Workflow is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

CodeRepository is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. ApprovedCommitAuthorEnforced verifies that code modifications are made by authorized developers whose changes have been validated, enhancing accountability and traceability. ReviewPercentage is the percentage of merged pull requests with code reviews. ReviewPercentageLastMonth is the percentage of merged pull requests with code reviews in the last 30 days.

Container is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Function is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

QPU is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

VirtualMachine is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

ContainerOrchestration is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

ContainerRegistry is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Certificate is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Key is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. A key used for encryption algorithms. The node that represents the "key" of this option. For example, in an INI file, this would be the [FieldDeclaration] node that represents the key.

Secret is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Identity is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

RoleAssignment is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

ContainerImage is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

VMImage is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

DeviceProvisioningService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

MessagingHub is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

KeyVault is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

NetworkInterface is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

NetworkSecurityGroup is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

FunctionService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

GenericNetworkService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. A generic network service.

LoadBalancer is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. A Load Balancer may have multiple access restriction features, e.g. a L3 firewall and a WAF

LoggingService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. A logging-as-a-service offering, e.g. for analyzing logs; has a Storage resource that stores the logs

MachineLearningService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

SecurityAdvisoryService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. This service discloses security advisories, e.g. according to the CSAF standard. It has one or more feeds that contain the actual advisories as well as multiple (public) keys that are used to sign the advisory documents.

DocumentDatabaseService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

KeyValueDatabaseService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

MultiModalDatabaseService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. This class represents a database service that identifies itself as "multi-model", e.g., offers document storage as well as relational features.

RelationalDatabaseService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

FileStorageService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. An file storage service represents the network service that is used to access a list of file storage shares. The storage itself is modelled as a FileStorage. The service has an http endpoint.

ObjectStorageService is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. An object storage service represents the network service that is used to access a list of object storage containers. The storage itself is modelled as a ObjectStorage. The service has an http endpoint.

VirtualNetwork is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

VirtualSubNetwork is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

PasswordPolicy is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

ResourceGroup is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

BlockStorage is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

DatabaseStorage is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. describes the actual database or a table in a database

FileStorage is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

ObjectStorage is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Configuration is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents the abstract concept of a "configuration". This is a common pattern in many programming languages, where a data structure in code represents an aggregation of configuration values. For example, in Python, the configparser module is used to read INI files, and the config values are represented as a dictionary-like object. Often, the configuration is loaded from multiple sources, such as INI files, environment variables, and command-line arguments.

ConfigurationGroup is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a group of configuration values within one [conf]. Depending on the type of configuration data structure, there might only be one group (e.g., a "default" one), or there might be several groups. For example, when loading a config from an INI file, each section would be mapped to a [ConfigurationGroup], and each key-value pair would be mapped to an [ConfigurationOption] within this group.

ConfigurationGroupSource is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a possible group source for a configuration group. For example, when loading an INI file with our INI file frontend, each section is presented as a [RecordDeclaration]. This record declaration would be the source of the configuration group.

ConfigurationOption is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a configuration option within one [group]. Usually there is one option for each entry in a configuration data structure.

ConfigurationOptionSource is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a possible option source for a configuration option. For example, when loading an INI file with our INI file frontend, each key-value pair is presented as a [FieldDeclaration]. This field declaration would be the source to the configuration option.

ConfigurationSource is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a possible source for a configuration. For example, when loading an INI file with our INI file frontend, the whole file would be represented as a [TranslationUnitDeclaration]. This translation unit declaration would be the source of the configuration.

Context is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a context in which a policy is applied. Typically, a context contains information about a user or some other form of identity (e.g. a [Principal]).

ConfigurationDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

CyberSecurityRiskAssessmentDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

DistributionOfUpdatesDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

EUDeclarationOfConformity is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

ReportDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

LogDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

PolicyDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

ProductionAndMonitoringProcessDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

SBOMDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

SecurityAdvisoryDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

ServiceMetadataDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

UserInformationAndIntructionDocument is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

File is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

FileHandle is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. This class represents a file handle.

MachineLearningDataset is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

MachineLearningModel is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

CoordinatedVulnerabilityDisclosurePolicy is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

AndRule is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a rule that combines two other rules using a logical AND operation. This means that both rules must be satisfied for the combined rule to be satisfied.

Token is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. A Token used for TokenBasedAuthentication.

Value is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. The node that represents the "value" of this option. For example, in an INI file, this would be the [FieldDeclaration.initializer] node that represents the value.

Memory is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. A generic concept to describe memory operations with a program. This includes allocation and de-allocation of memory as well as copying memory regions.

Product is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Application is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. This encapsulates the whole (source) code of an application.

Library is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Package is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a grouping of (source) code into logical unit, for example a package for a namespace.

SourceCodeFile is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces.

Agnostic is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents an agnostic architecture, which is not tied to a specific operating system.

Darwin is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a Darwin architecture, commonly found on macOS systems. macOS is a certified. UNIX and is (mostly) POSIX compatible.

POSIX is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a POSIX architecture, commonly found on Linux systems.

Win32 is an entity class in our ontology. It can be instantiated and contains all of its properties as well of its implemented interfaces. Represents a Win32 architecture, commonly found on Windows systems.