cef0.trendMicro.deepSecurityAgent

[ 1 Introduction ] [ 2 Tag structure ] [ 3 How is the data sent to Devo? ] [ 4 Table structure ]

Introduction

The table cef0.trendMicro.deepSecurityAgent identifies events in CEF format generated by Trend Micro Deep Security Agent.

Tag structure

Events in CEF format don't have a specific tag structure, as explained in Technologies supported in CEF syslog format. They are always sent to a table with the structure cef0.deviceVendor.deviceProduct.

In this case, the valid data tables are:

Tag	Data table

Tag	Data table
`cef0.trendMicro.deepSecurityAgent`	`cef0.trendMicro.deepSecurityAgent`

How is the data sent to Devo?

Learn more about CEF syslog format and how Devo tags these events in Technologies supported in CEF syslog format.

Table structure

These are the fields displayed in this table:

cef0.trendMicro.deepSecurityAgent

Field	Type	Field transformation	Source field name	Extra fields

Field	Type	Field transformation	Source field name	Extra fields
eventdate	`timestamp`
hostname	`str`	`split(hostchain, "=", 0)`	hostchain
deviceVersion	`str`
signatureID	`str`
name	`str`
severity	`str`
TrendMicroDsFrameType	`str`
TrendMicroDsTenant	`str`
TrendMicroDsTenantId	`str`
dvchost	`str`
act	`str`
src	`str`
dst	`str`
in	`int8`
msg	`str`
smac	`str`
dmac	`str`
cnt	`int4`
spt	`int4`
dpt	`int4`
app	`str`
cat	`str`
c6a1Label	`str`
c6a1	`str`
c6a2Label	`str`
c6a2	`str`
c6a3Label	`str`
c6a3	`str`
c6a4Label	`str`
c6a4	`str`
cfp1Label	`str`
cfp1	`float8`
cfp2Label	`str`
cfp2	`float8`
cfp3Label	`str`
cfp3	`float8`
cfp4Label	`str`
cfp4	`float8`
cn1Label	`str`
cn1	`int8`
cn2Label	`str`
cn2	`int8`
cn3Label	`str`
cn3	`int8`
cs1Label	`str`
cs1	`str`
cs2Label	`str`
cs2	`str`
cs3Label	`str`
cs3	`str`
cs4Label	`str`
cs4	`str`
cs5Label	`str`
cs5	`str`
cs6Label	`str`
cs6	`str`
destinationDnsDomain	`str`
destinationServiceName	`str`
destinationTranslatedAddress	`ip4`
destinationTranslatedPort	`int4`
deviceCustomDate1Label	`str`
deviceCustomDate1	`timestamp`
deviceCustomDate2Label	`str`
deviceCustomDate2	`timestamp`
deviceDirection	`int4`
deviceDnsDomain	`str`
deviceExternalId	`str`
deviceInboundInterface	`str`
deviceMacAddress	`str`
deviceNtDomain	`str`
deviceOutboundInterface	`str`
deviceProcessName	`str`
deviceTranslatedAddress	`ip4`
dhost	`str`
dntdom	`str`
dpid	`int4`
dpriv	`str`
dproc	`str`
duid	`str`
duser	`str`
dvc	`ip4`
dvcpid	`int4`
end	`timestamp`
deviceFacility	`str`
externalId	`int8`
fileCreateTime	`timestamp`
fileHash	`str`
fileId	`str`
fileModificationTime	`timestamp`
filePath	`str`
filePermission	`str`
fileType	`str`
fname	`str`
fsize	`int8`
oldFileCreateTime	`timestamp`
oldFileHash	`str`
oldFileId	`str`
oldFileModificationTime	`timestamp`
oldFileName	`str`
oldFilePath	`str`
oldFilePermission	`str`
oldFileSize	`int8`
oldFileType	`str`
outcome	`str`
out	`int8`
proto	`str`
reason	`str`
requestClientApplication	`str`
requestCookies	`str`
requestMethod	`str`
request	`str`
result	`str`
rt	`timestamp`
shost	`str`
sntdom	`str`
sourceDnsDomain	`str`
sourceServiceName	`str`
sourceTranslatedAddress	`ip4`
sourceTranslatedPort	`int4`
spid	`int4`
spriv	`str`
sproc	`str`
start	`timestamp`
suid	`str`
suser	`str`
host_id	`int8`	`ifthenelse(cn1Label = "Host ID", cn1, null(int8(0)))`	cn1 cn1Label
tcp_flags	`str`	`ifthenelse(cs2Label = "TCP Flags", cs2, null(""))`	cs2Label cs2
dpi_note	`str`		cs1 cs1Label
dpi_flags	`str`		cs6Label cs6
dpi_packet_position	`int8`		cn3 cn3Label
dpi_stream_position	`str`		cs5Label cs5
fragmentation_bits	`str`		cs3 cs3Label
hostchain	`str`			✓
tag	`str`		cefTag	✓
rawMessage	`str`			✓