USBCAMD2.sys - Clean (12/100) - DriverShield Analysis

Analysis of USBCAMD2.sys: clean verdict, risk score 12/100. 0 YARA matches. SHA256 4af0f7719550ab68. Kernel imports, IOCTL codes, MITRE ATT&CK, and code-signing details.

USBCAMD2.sys - Analysis Report

DriverShield analyzed the Windows kernel driver USBCAMD2.sys and assigned a verdict of Clean with a composite risk score of 12/100, indicating no notable risk signals (0-29 band).

VerdictClean (12/100)
YARA matches0
File size40448 bytes
Analyzed2026-03-22
SHA2564af0f7719550ab68f11c942dabdf7b72db462ca2070ea4364f6102a0ed81c67c
SHA1b3d0c254de73669eab4582a4bca9967ed4b469b7
MD59b9a6988412c7c3e1bee2e49298025ac

Driver identity

Version resource data embedded in the USBCAMD2.sys PE header, as extracted by the analysis engine.

File descriptionUniversal Serial Bus Camera Driver
ProductMicrosoft® Windows® Operating System
CompanyMicrosoft Corporation
Original filenameusbcamd2.sys
Internal nameusbcamd2.sys
File version10.0.19041.1 (WinBuild.160101.0800)
Copyright© Microsoft Corporation. All rights reserved.

How the 12/100 score breaks down

Each component is scored 0-100 and then weighted into the composite. See the analysis methodology for the exact formula.

ComponentSub-score
Multi-engine consensus0 / 100
YARA signature matches0 / 100
Dangerous kernel imports27 / 100
IOCTL dispatch surface36 / 100
Known-vulnerable corpus0 / 100
Code-signing state50 / 100
Packing and entropy0 / 100
Dynamic behaviour0 / 100
CVE cross-reference0 / 100

Kernel imports (10)

Kernel-mode APIs resolved from the Import Address Table of USBCAMD2.sys, ranked by exploitation relevance.

APIRiskWhy it matters
ObReferenceObjectByHandlemediumModerate risk - system modification capability
ExFreePoollowStandard kernel API - generally benign
KeDelayExecutionThreadlowStandard kernel API - generally benign
ExAllocatePoolWithTaglowStandard kernel API - generally benign
KeSetEventlowStandard kernel API - generally benign
RtlInitUnicodeStringlowStandard kernel API - generally benign
KeInitializeEventlowStandard kernel API - generally benign
ZwCloselowStandard kernel API - generally benign
KeWaitForSingleObjectlowStandard kernel API - generally benign
ZwQueryValueKeylowStandard kernel API - generally benign

IOCTL dispatch codes (12)

Control codes reachable through the driver dispatch routine. Codes tied to published exploit code are flagged, since they are the primary Bring Your Own Vulnerable Driver (BYOVD) entry points.

CodeSeverityTransferDescription
0x00220017highMETHOD_NEITHERFILE_DEVICE_UNKNOWN Function #5
0x00220007highMETHOD_NEITHERFILE_DEVICE_UNKNOWN Function #1
0x008002C7highMETHOD_NEITHERFILE_DEVICE_CUSTOM Function #177
0x0080AF38mediumMETHOD_BUFFEREDFILE_DEVICE_CUSTOM Function #3022
0x0080EC81mediumMETHOD_IN_DIRECTFILE_DEVICE_CUSTOM Function #2848
0x00809315mediumMETHOD_IN_DIRECTFILE_DEVICE_CUSTOM Function #1221
0x008024B4mediumMETHOD_BUFFEREDFILE_DEVICE_CUSTOM Function #2349
0x008081C6mediumMETHOD_OUT_DIRECTFILE_DEVICE_CUSTOM Function #113
0x008024BCmediumMETHOD_BUFFEREDFILE_DEVICE_CUSTOM Function #2351
0x00802484mediumMETHOD_BUFFEREDFILE_DEVICE_CUSTOM Function #2337
0x0080B902mediumMETHOD_OUT_DIRECTFILE_DEVICE_CUSTOM Function #3648
0x003403ACmediumMETHOD_BUFFEREDFILE_DEVICE_DISK Function #235

PE sections

Section layout and Shannon entropy. High entropy in a code section is a packing or encryption indicator.

SectionVirtual sizeRaw sizeEntropyFlags
.text0x6AE90x6C006.05CODE, EXEC, READ
.rdata0x09480x0A004.4IDATA, READ
.data0x01600x02001.61IDATA, READ, WRITE
.pdata0x04080x06003.18IDATA, READ
.idata0x06800x08003.8IDATA, READ
.guids0x00500x02001.34IDATA, READ
.edata0x01500x02003.78IDATA, READ
INIT0x00720x02001.68CODE, EXEC, READ, DISCARD
GFIDS0x00A00x02001.22IDATA, READ, DISCARD
.rsrc0x04200x06002.46IDATA, READ, DISCARD
.reloc0x04DC0x06004.71IDATA, READ, DISCARD

Exploit mitigations

Control Flow GuardEnabled
ASLREnabled
DEPEnabled
Integrity checkNot enforced
Mitigation score80 / 100

MITRE ATT&CK techniques (6)

Techniques this driver could enable if loaded by an adversary.

IDTechniqueTactic
T1211Exploitation for Defense EvasionDefense Evasion
T1543.003Windows ServicePersistence
T1553.002Subvert Trust Controls: Code SigningDefense Evasion
T1553.006Code Signing Policy ModificationDefense Evasion
T1569.002System Services: Service ExecutionExecution
T1652Device Driver DiscoveryDiscovery

Symbolic execution

Engine angr, status no_findings, 0 paths explored at a maximum depth of 0. Vulnerability classes reached: 0. Exploitable paths: 0.

Frequently asked questions about USBCAMD2.sys

Is USBCAMD2.sys safe?

Based on DriverShield static and dynamic analysis, USBCAMD2.sys is assessed as clean, with no notable risk signals. Its composite risk score is 12/100 (verdict: clean). Always validate findings independently before acting.

What is the risk score of USBCAMD2.sys?

USBCAMD2.sys has a DriverShield composite risk score of 12/100, placing it in the clean verdict band. SHA256: 4af0f7719550ab68f11c942dabdf7b72db462ca2070ea4364f6102a0ed81c67c.

What is USBCAMD2.sys?

USBCAMD2.sys is a Windows kernel-mode driver (.sys) analyzed by DriverShield for vulnerabilities, BYOVD abuse potential, and malware indicators.

Related: What an IOCTL dispatch code is · BYOVD research index · full driver database · CVE library · code signing atlas


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