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Exploit Public-Facing Application - T1190

(ATT&CK® Technique)
Definition

Adversaries may attempt to exploit a weakness in an Internet-facing host or system to initially access a network. The weakness in the system can be a software bug, a temporary glitch, or a misconfiguration.
D3FEND Inferred Relationships

Browse the D3FEND knowledge graph by clicking on the nodes below.
        graph LR;

     T1190["Exploit Public-Facing Application"] --> |injects| DatabaseQuery["Database Query"]; class T1190 OffensiveTechniqueNode;
        class DatabaseQuery ArtifactNode; click DatabaseQuery href "/dao/artifact/d3f:DatabaseQuery";
        click T1190 href "/offensive-technique/attack/T1190/"; click DatabaseQuery href "/dao/artifact/d3f:DatabaseQuery"; T1190["Exploit Public-Facing Application"] --> |modifies| ProcessSegment["Process Segment"]; class T1190 OffensiveTechniqueNode;
        class ProcessSegment ArtifactNode; click ProcessSegment href "/dao/artifact/d3f:ProcessSegment";
        click T1190 href "/offensive-technique/attack/T1190/"; click ProcessSegment href "/dao/artifact/d3f:ProcessSegment"; T1190["Exploit Public-Facing Application"] --> |produces| InboundInternetNetworkTraffic["Inbound Internet Network Traffic"]; class T1190 OffensiveTechniqueNode;
        class InboundInternetNetworkTraffic ArtifactNode; click InboundInternetNetworkTraffic href "/dao/artifact/d3f:InboundInternetNetworkTraffic";
        click T1190 href "/offensive-technique/attack/T1190/"; click InboundInternetNetworkTraffic href "/dao/artifact/d3f:InboundInternetNetworkTraffic";                                       ProtocolMetadataAnomalyDetection["Protocol Metadata Anomaly Detection"] -->
          | analyzes | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          ProtocolMetadataAnomalyDetection["Protocol Metadata Anomaly Detection"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class ProtocolMetadataAnomalyDetection DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click ProtocolMetadataAnomalyDetection href "/technique/d3f:ProtocolMetadataAnomalyDetection"; RemoteTerminalSessionDetection["Remote Terminal Session Detection"] -->
          | analyzes | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          RemoteTerminalSessionDetection["Remote Terminal Session Detection"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class RemoteTerminalSessionDetection DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click RemoteTerminalSessionDetection href "/technique/d3f:RemoteTerminalSessionDetection"; NetworkTrafficSignatureAnalysis["Network Traffic Signature Analysis"] -->
          | analyzes | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          NetworkTrafficSignatureAnalysis["Network Traffic Signature Analysis"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class NetworkTrafficSignatureAnalysis DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click NetworkTrafficSignatureAnalysis href "/technique/d3f:NetworkTrafficSignatureAnalysis";       Client-serverPayloadProfiling["Client-server Payload Profiling"] -->
          | analyzes | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          Client-serverPayloadProfiling["Client-server Payload Profiling"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class Client-serverPayloadProfiling DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click Client-serverPayloadProfiling href "/technique/d3f:Client-serverPayloadProfiling";                                    InboundSessionVolumeAnalysis["Inbound Session Volume Analysis"] -->
          | analyzes | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          InboundSessionVolumeAnalysis["Inbound Session Volume Analysis"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class InboundSessionVolumeAnalysis DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click InboundSessionVolumeAnalysis href "/technique/d3f:InboundSessionVolumeAnalysis"; NetworkTrafficCommunityDeviation["Network Traffic Community Deviation"] -->
          | analyzes | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          NetworkTrafficCommunityDeviation["Network Traffic Community Deviation"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class NetworkTrafficCommunityDeviation DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click NetworkTrafficCommunityDeviation href "/technique/d3f:NetworkTrafficCommunityDeviation";                       PerHostDownload-UploadRatioAnalysis["Per Host Download-Upload Ratio Analysis"] -->
          | analyzes | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          PerHostDownload-UploadRatioAnalysis["Per Host Download-Upload Ratio Analysis"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class PerHostDownload-UploadRatioAnalysis DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click PerHostDownload-UploadRatioAnalysis href "/technique/d3f:PerHostDownload-UploadRatioAnalysis";                             SegmentAddressOffsetRandomization["Segment Address Offset Randomization"] -->
          | obfuscates | ProcessSegment["Process Segment"];

          SegmentAddressOffsetRandomization["Segment Address Offset Randomization"] -.->
            | may-harden | T1190["Exploit Public-Facing Application"] ;
          class SegmentAddressOffsetRandomization DefensiveTechniqueNode;
          class ProcessSegment ArtifactNode;
          click SegmentAddressOffsetRandomization href "/technique/d3f:SegmentAddressOffsetRandomization"; ProcessSegmentExecutionPrevention["Process Segment Execution Prevention"] -->
          | neutralizes | ProcessSegment["Process Segment"];

          ProcessSegmentExecutionPrevention["Process Segment Execution Prevention"] -.->
            | may-harden | T1190["Exploit Public-Facing Application"] ;
          class ProcessSegmentExecutionPrevention DefensiveTechniqueNode;
          class ProcessSegment ArtifactNode;
          click ProcessSegmentExecutionPrevention href "/technique/d3f:ProcessSegmentExecutionPrevention";                           UserGeolocationLogonPatternAnalysis["User Geolocation Logon Pattern Analysis"] -->
          | analyzes | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          UserGeolocationLogonPatternAnalysis["User Geolocation Logon Pattern Analysis"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class UserGeolocationLogonPatternAnalysis DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click UserGeolocationLogonPatternAnalysis href "/technique/d3f:UserGeolocationLogonPatternAnalysis"; DatabaseQueryStringAnalysis["Database Query String Analysis"] -->
          | analyzes | DatabaseQuery["Database Query"];

          DatabaseQueryStringAnalysis["Database Query String Analysis"] -.->
            | may-detect | T1190["Exploit Public-Facing Application"] ;
          class DatabaseQueryStringAnalysis DefensiveTechniqueNode;
          class DatabaseQuery ArtifactNode;
          click DatabaseQueryStringAnalysis href "/technique/d3f:DatabaseQueryStringAnalysis";                           NetworkTrafficFiltering["Network Traffic Filtering"] -->
          | filters | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          NetworkTrafficFiltering["Network Traffic Filtering"] -.->
            | may-isolate | T1190["Exploit Public-Facing Application"] ;
          class NetworkTrafficFiltering DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click NetworkTrafficFiltering href "/technique/d3f:NetworkTrafficFiltering";              InboundTrafficFiltering["Inbound Traffic Filtering"] -->
          | filters | InboundInternetNetworkTraffic["Inbound Internet Network Traffic"];

          InboundTrafficFiltering["Inbound Traffic Filtering"] -.->
            | may-isolate | T1190["Exploit Public-Facing Application"] ;
          class InboundTrafficFiltering DefensiveTechniqueNode;
          class InboundInternetNetworkTraffic ArtifactNode;
          click InboundTrafficFiltering href "/technique/d3f:InboundTrafficFiltering";
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