Microsoft-Windows-Hyper-V-EmulatedDevices

14 events across 3 channels

Event	Title	Channel	Sample
1500	[Virtual machine VmId]	Operational	N
1500	[Virtual machine VmId] TraceData.	Microsoft-Windows-Hyper-V-Worker-Analytic	N
1510	[Virtual machine VmId]	Operational	N
1510	[Virtual machine VmId] TraceData.	Microsoft-Windows-Hyper-V-Worker-Analytic	N
1520	[Virtual machine VmId]	Operational	N
1520	[Virtual machine VmId] TraceData.	Microsoft-Windows-Hyper-V-Worker-Analytic	N
1530	[Virtual machine VmId]	Operational	N
1530	[Virtual machine VmId] TraceData.	Microsoft-Windows-Hyper-V-Worker-Analytic	N
1550	The virtual machine VmName cannot load device Device because there are no …	Operational	N
1550	The virtual machine VmName cannot load device Device because there are no …	Microsoft-Windows-Hyper-V-Worker-Admin	N
1551	The device Device cannot be loaded because there are no mutually support …	Operational	N
1551	The device Device cannot be loaded because there are no mutually support …	Microsoft-Windows-Hyper-V-Worker-Admin	N
12530	'VmName' device Device could not allocate guest physical address space	Operational	N
12530	'VmName' device Device could not allocate guest physical address space.	Microsoft-Windows-Hyper-V-Worker-Admin	N

Event ID 1500: [Virtual machine VmId]

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Operational

Description

[Virtual machine ].

Fields #

Name	Description
`TraceData` UnicodeString
`VmName` UnicodeString
`VmId` UnicodeString
`StackFrameCount` UInt32
`StackFrame` Pointer
`ModuleCount` UInt32
`Module` Int32

Event ID 1500: [Virtual machine VmId] TraceData.

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Microsoft-Windows-Hyper-V-Worker-Analytic

Description

[Virtual machine VmId] TraceData.

Message #

[Virtual machine %3] %1

Fields #

Name	Description
`TraceData` UnicodeString
`VmName` UnicodeString
`VmId` UnicodeString
`StackFrameCount` UInt32
`StackFrame` Pointer
`ModuleCount` UInt32
`Module` Int32

Event ID 1510: [Virtual machine VmId]

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Operational

Description

[Virtual machine ].

Fields #

Name	Description
`TraceData` UnicodeString
`VmName` UnicodeString
`VmId` UnicodeString
`StackFrameCount` UInt32
`StackFrame` Pointer
`ModuleCount` UInt32
`Module` Int32

Event ID 1510: [Virtual machine VmId] TraceData.

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Microsoft-Windows-Hyper-V-Worker-Analytic

Description

[Virtual machine VmId] TraceData.

Message #

[Virtual machine %3] %1

Fields #

Name	Description
`TraceData` UnicodeString
`VmName` UnicodeString
`VmId` UnicodeString
`StackFrameCount` UInt32
`StackFrame` Pointer
`ModuleCount` UInt32
`Module` Int32

Event ID 1520: [Virtual machine VmId]

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Operational

Description

[Virtual machine ].

Fields #

Name	Description
`TraceData` UnicodeString
`VmName` UnicodeString
`VmId` UnicodeString
`StackFrameCount` UInt32
`StackFrame` Pointer
`ModuleCount` UInt32
`Module` Int32

Event ID 1520: [Virtual machine VmId] TraceData.

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Microsoft-Windows-Hyper-V-Worker-Analytic

Description

[Virtual machine VmId] TraceData.

Message #

[Virtual machine %3] %1

Fields #

Name	Description
`TraceData` UnicodeString
`VmName` UnicodeString
`VmId` UnicodeString
`StackFrameCount` UInt32
`StackFrame` Pointer
`ModuleCount` UInt32
`Module` Int32

Event ID 1530: [Virtual machine VmId]

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Operational

Description

[Virtual machine ].

Fields #

Name	Description
`TraceData` UnicodeString
`VmName` UnicodeString
`VmId` UnicodeString
`StackFrameCount` UInt32
`StackFrame` Pointer
`ModuleCount` UInt32
`Module` Int32

Event ID 1530: [Virtual machine VmId] TraceData.

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Microsoft-Windows-Hyper-V-Worker-Analytic

Description

[Virtual machine VmId] TraceData.

Message #

[Virtual machine %3] %1

Fields #

Name	Description
`TraceData` UnicodeString
`VmName` UnicodeString
`VmId` UnicodeString
`StackFrameCount` UInt32
`StackFrame` Pointer
`ModuleCount` UInt32
`Module` Int32

Event ID 1550: The virtual machine VmName cannot load device Device because there are no mutually supported protocol versions

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Operational

Description

The virtual machine cannot load device because there are no mutually supported protocol versions. The server version is and the client version is (Virtual machine ID ).

Fields #

Name	Description
`VmName` UnicodeString
`VmId` UnicodeString
`Device` UnicodeString
`ServerVersion` UnicodeString
`ClientVersion` UnicodeString

Event ID 1550: The virtual machine VmName cannot load device Device because there are no mutually supported protocol versions.

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Microsoft-Windows-Hyper-V-Worker-Admin

Description

The virtual machine VmName cannot load device Device because there are no mutually supported protocol versions. The server version is ServerVersion and the client version is ClientVersion (Virtual machine ID VmId).

Message #

The virtual machine %1 cannot load device %3 because there are no mutually supported protocol versions. The server version is %4 and the client version is %5 (Virtual machine ID %2).

Fields #

Name	Description
`VmName` UnicodeString
`VmId` UnicodeString
`Device` UnicodeString
`ServerVersion` UnicodeString
`ClientVersion` UnicodeString

Event ID 1551: The device Device cannot be loaded because there are no mutually support protocol versions between the server and client

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Operational

Description

The device cannot be loaded because there are no mutually support protocol versions between the server and client.

Fields #

Name	Description
`VmName` UnicodeString
`VmId` UnicodeString
`Device` UnicodeString
`ServerVersion` UnicodeString
`ClientVersion` UnicodeString

Event ID 1551: The device Device cannot be loaded because there are no mutually support protocol versions between the server and client.

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Microsoft-Windows-Hyper-V-Worker-Admin

Description

The device Device cannot be loaded because there are no mutually support protocol versions between the server and client.

Message #

The device %3 cannot be loaded because there are no mutually support protocol versions between the server and client.

Fields #

Name	Description
`VmName` UnicodeString
`VmId` UnicodeString
`Device` UnicodeString
`ServerVersion` UnicodeString
`ClientVersion` UnicodeString

Event ID 12530: 'VmName' device Device could not allocate guest physical address space

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Operational

Description

'VmName' device Device could not allocate guest physical address space. (Virtual machine ID VmId).

Fields #

Name	Description
`VmName` UnicodeString
`VmId` UnicodeString
`Device` UnicodeString

Event ID 12530: 'VmName' device Device could not allocate guest physical address space.

Provider: Microsoft-Windows-Hyper-V-EmulatedDevices
Channel: Microsoft-Windows-Hyper-V-Worker-Admin

Description

'VmName' device Device could not allocate guest physical address space. (Virtual machine ID VmId).

Message #

'%1' device %3 could not allocate guest physical address space. (Virtual machine ID %2)

Fields #

Name	Description
`VmName` UnicodeString
`VmId` UnicodeString
`Device` UnicodeString

Provenance

Where this provider's schema came from, and which Windows build it was observed on. Windows can change a provider's event schema between builds, so use this to judge whether it matches the build you collect from.

ETW provider GUID da5a028b-b248-4a75-b60a-024fe6457484

Defined in vmemulateddevices.dll, which carries the event manifest.

Observed on:

Win11-26200.6584, schema read from the registered manifest, binary version 10.0.26100.1, captured 2026-06-02

Downloads

Microsoft-Windows-Hyper-V-EmulatedDevices registered manifest XML (in the Win11-26200.6584 manifest pack, 2.0 MB) manifest-xml

`j` / `k`	Scroll down / up
`d` / `u`	Half-page down / up
`gg` / `G`	Top / bottom
`h` / `l`	History back / forward
`f`	Follow link (`Shift` = new tab)
`/`	Focus search
`?`	Toggle this help
`↑` / `↓`	Navigate search results
`Enter`	Open highlighted result
`Esc`	Close results / dialog

`type:`	`events` / `rules` / `providers`
`vendor:`	`sigma` / `elastic` / `splunk` / `kusto` / `chronicle` (vendor name alone also works: `sigma:`, `kql:`, `secops:`…)
`tactic:`	TA-id, slug, or name: `credential_access`, `TA0006`
`technique:`	technique or sub-technique ID: `T1003`, `T1003.001` (alias `tech:`)
`severity:`	`critical` / `high` / `medium` / `low` / `informational` (alias `sev:`)
`risk_score`	Numeric comparison on the Elastic risk score (0 to 100): `risk_score>50`, `risk_score<=20`, `risk_score=99` (alias `risk`; Elastic rules only)
`stages:`	Rules with exactly N pipeline stages
`correlation:`	`single_event` / `sequence` / `alternatives` / `alternatives_cross_log` / `all_required` / `correlated`
`with:`	Co-occurrence event-id; stacks (`with:4624 with:4769`) to require all, while a comma list in one occurrence (`with:4624,4769`) is an either-or group. Implies multi-event
`like:`	Structural neighbors of a rule slug (equivalents + subsumption stricter / broader): `like:comsvcs_lsass_memory_dump-splunk-sysmon`
`groupby:`	Entity-grouping substring match against `group_by_keys`: `groupby:user`, `groupby:host`
`uses:`	Rules whose predicate tree touches the field (any kind, any value): `uses:CommandLine`
`excludes:`	Rules with top-level `not()` clauses on the field (FP whitelists): `excludes:ParentImage`
`field:` / `value:`	Predicate search; narrows rule cards to those with a matching leaf and drives the indicator tier. Unquoted = substring, wildcards allowed (`value:mimikatz`)
`indicator:`	Shorthand for `field:F value:V`: `indicator:Image=*\powershell.exe`
`kind:`	Filter by predicate kind. Narrows rule cards to those carrying a matching predicate leaf (`vendor:elastic kind:cidr_match`) and drives the indicator tier: `contains` / `starts_with` / `ends_with` / `regex` / `cidr` / `eq` / `in` … (operator aliases `op:`/`match:`)
`has:` / `no:`	`sample`, `field`, `notes`, `refs`, `trace`, `thirdparty`, `rule`, `pattern`, `timewindow`, `threshold`, `newterms`, `sigma`/`elastic`/`splunk`/`kusto`/`chronicle`
`-op:val`	Exclude matches; works on most operators but not `type:`/`like:`/`has:`/`no:` (use `no:<flag>` to exclude a rule flag): `tactic:execution -vendor:splunk`. Standalone `-kind:`/`-field:`/`-value:` drop every rule carrying a matching predicate leaf (`type:rules -kind:is_null`)
`field:"…"` / `value:"…"`	Quoted value = anchored exact match (also allows spaces): `value:"net user"`
`a,b`	Comma = OR inside one operator (`vendor:sigma,elastic`, `severity:high,critical`); repeating a facet merges the same way. `field:`/`value:` never split (literal commas)
`vendors:` / `stage:`	Singular and plural spellings fold to the canonical operator and value: `tactics:` = `tactic:`, `type:event` = `type:events`, `correlation:sequences` = `correlation:sequence`, `has:thresholds` = `has:threshold`
`"quoted phrase"`	Exact-match a multi-word phrase (free text)