CVE-2025-47388
Analyzed
Analyzed - Analysis Complete
BaseFortify
Publication date: 2026-01-07
Last updated on: 2026-01-27
Assigner: Qualcomm, Inc.
Description
Description
Memory corruption while passing pages to DSP with an unaligned starting address.
CVSS Scores
EPSS Scores
| Probability: | |
| Percentile: |
Meta Information
Affected Vendors & Products
| Vendor | Product | Version / Range |
|---|---|---|
| qualcomm | fastconnect_6200_firmware | * |
| qualcomm | fastconnect_6200 | * |
| qualcomm | fastconnect_6700_firmware | * |
| qualcomm | fastconnect_6700 | * |
| qualcomm | fastconnect_6900_firmware | * |
| qualcomm | fastconnect_6900 | * |
| qualcomm | fastconnect_7800_firmware | * |
| qualcomm | fastconnect_7800 | * |
| qualcomm | qcs610_firmware | * |
| qualcomm | qcs610 | * |
| qualcomm | qmp1000_firmware | * |
| qualcomm | qmp1000 | * |
| qualcomm | video_collaboration_vc1_platform_firmware | * |
| qualcomm | video_collaboration_vc1_platform | * |
| qualcomm | video_collaboration_vc3_platform_firmware | * |
| qualcomm | video_collaboration_vc3_platform | * |
| qualcomm | sg6150_firmware | * |
| qualcomm | sg6150 | * |
| qualcomm | sg6150p_firmware | * |
| qualcomm | sg6150p | * |
| qualcomm | sm6475_firmware | * |
| qualcomm | sm6475 | * |
| qualcomm | sm7435_firmware | * |
| qualcomm | sm7435 | * |
| qualcomm | sm8735_firmware | * |
| qualcomm | sm8735 | * |
| qualcomm | sm8750_firmware | * |
| qualcomm | sm8750 | * |
| qualcomm | sm8750p_firmware | * |
| qualcomm | sm8750p | * |
| qualcomm | snapdragon_4_gen_2_mobile_platform_firmware | * |
| qualcomm | snapdragon_4_gen_2_mobile_platform | * |
| qualcomm | snapdragon_6_gen_1_mobile_platform_firmware | * |
| qualcomm | snapdragon_6_gen_1_mobile_platform | * |
| qualcomm | snapdragon_w5\+_gen_1_wearable_platform_firmware | * |
| qualcomm | snapdragon_w5\+_gen_1_wearable_platform | * |
| qualcomm | sw5100_firmware | * |
| qualcomm | sw5100 | * |
| qualcomm | sw5100p_firmware | * |
| qualcomm | sw5100p | * |
| qualcomm | sxr2330p_firmware | * |
| qualcomm | sxr2330p | * |
| qualcomm | sxr2350p_firmware | * |
| qualcomm | sxr2350p | * |
| qualcomm | wcd9370_firmware | * |
| qualcomm | wcd9370 | * |
| qualcomm | wcd9375_firmware | * |
| qualcomm | wcd9375 | * |
| qualcomm | wcd9378_firmware | * |
| qualcomm | wcd9378 | * |
| qualcomm | wcd9380_firmware | * |
| qualcomm | wcd9380 | * |
| qualcomm | wcd9385_firmware | * |
| qualcomm | wcd9385 | * |
| qualcomm | wcd9395_firmware | * |
| qualcomm | wcd9395 | * |
| qualcomm | wcn3950_firmware | * |
| qualcomm | wcn3950 | * |
| qualcomm | wcn3980_firmware | * |
| qualcomm | wcn3980 | * |
| qualcomm | wcn3988_firmware | * |
| qualcomm | wcn3988 | * |
| qualcomm | wcn6755_firmware | * |
| qualcomm | wcn6755 | * |
| qualcomm | wcn7750_firmware | * |
| qualcomm | wcn7750 | * |
| qualcomm | wcn7860_firmware | * |
| qualcomm | wcn7860 | * |
| qualcomm | wcn7861_firmware | * |
| qualcomm | wcn7861 | * |
| qualcomm | wcn7880_firmware | * |
| qualcomm | wcn7880 | * |
| qualcomm | wcn7881_firmware | * |
| qualcomm | wcn7881 | * |
| qualcomm | wsa8810_firmware | * |
| qualcomm | wsa8810 | * |
| qualcomm | wsa8815_firmware | * |
| qualcomm | wsa8815 | * |
| qualcomm | wsa8830_firmware | * |
| qualcomm | wsa8830 | * |
| qualcomm | wsa8832_firmware | * |
| qualcomm | wsa8832 | * |
| qualcomm | wsa8835_firmware | * |
| qualcomm | wsa8835 | * |
| qualcomm | wsa8840_firmware | * |
| qualcomm | wsa8840 | * |
| qualcomm | wsa8845_firmware | * |
| qualcomm | wsa8845 | * |
| qualcomm | wsa8845h_firmware | * |
| qualcomm | wsa8845h | * |
Helpful Resources
Exploitability
| CWE ID | Description |
|---|---|
| CWE-120 | The product copies an input buffer to an output buffer without verifying that the size of the input buffer is less than the size of the output buffer. |
Attack-Flow Graph
AI Powered Q&A
Can you explain this vulnerability to me?
This vulnerability involves memory corruption that occurs when pages are passed to a DSP (Digital Signal Processor) with an unaligned starting address.
How can this vulnerability impact me? :
The vulnerability can lead to high impact on confidentiality, integrity, and availability of the affected system, potentially allowing attackers to corrupt memory and cause system malfunctions or data breaches.
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