315 5g IOT Modem vulnerabilitiesAnd the versions its exploited flaws hit.
315 5g IOT Modem is made by Qualcomm. We track 107 published vulnerabilities listed under that exact name, across 0 versions. 2 of them are on the list of flaws known to be exploited, the newest added on 5 December 2023. Qualcomm lists newer releases under their own names, such as 315 5g IOT Modem Firmware, so check those pages too.
The most recent 315 5g IOT Modem flaw added to the known-exploited list is CVE-2023-33063, on 5 December 2023. We keep watching the known-exploited list.
Is 315 5g IOT Modem listed under other names? Yes.
Qualcomm also lists 315 5g IOT Modem under more specific names, such as 315 5g IOT Modem Firmware. Flaws listed only under those names are counted on their own pages, not here. If you run one of these, open its page for its own exploited flaws.
Which versions of 315 5g IOT Modem do the exploited flaws hit?
Each exploited flaw lists the versions it affects, as published by the vendor. Find your version, then patch.
Which 315 5g IOT Modem vulnerabilities are being exploited?
2 flaws are on the government list of vulnerabilities known to be exploited. These are the ones criminals are using now, so they go first, whatever their severity score says.
- 7.8Qualcomm Multiple Chipsets Use-After-Free Vulnerability
Multiple Qualcomm chipsets contain a use-after-free vulnerability due to memory corruption in DSP Services during a remote call from HLOS to DSP.
- 8.4Qualcomm Multiple Chipsets Integer Overflow Vulnerability
Multiple Qualcomm chipsets contain an integer overflow vulnerability due to memory corruption in Graphics Linux while assigning shared virtual memory region during IOCTL call.
Which 315 5g IOT Modem flaws are most likely to be used?
Ranked by the latest exploit-likelihood forecast: the chance each flaw is used in an attack in the next 30 days. A high severity score on its own doesn't tell you that. Flaws shared by many other makers' products are left out.
- 1.3%CVE-2022-40507High
Memory corruption due to double free in Core while mapping HLOS address to the list.
- 0.7%
Memory corruption in Graphics Linux while assigning shared virtual memory region during IOCTL call.
- 0.7%
Memory corruption in DSP Services during a remote call from HLOS to DSP.
- 0.6%CVE-2023-33042High
Transient DOS in Modem after RRC Setup message is received.
- 0.5%CVE-2023-33044High
Transient DOS in Data modem while handling TLB control messages from the Network.
- 0.5%CVE-2023-33089High
Transient DOS when processing a NULL buffer while parsing WLAN vdev.
- 0.5%CVE-2023-33098High
Transient DOS while parsing WPA IES, when it is passed with length more than expected size.
- 0.4%CVE-2023-28540High
Cryptographic issue in Data Modem due to improper authentication during TLS handshake.
- 0.4%CVE-2023-22385High
Memory Corruption in Data Modem while making a MO call or MT VOLTE call.
- 0.4%CVE-2022-40536High
Transient DOS due to improper authentication in modem while receiving plain TLB OTA request message from network.
Running 315 5g IOT Modem? We'll keep checking.
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1 flaw being exploited affects software Acme tracks
Multiple Qualcomm chipsets contain a use-after-free vulnerability due to memory corruption in DSP Services during a remote call from HLOS to DSP.
- Matched to
- 315 5g IOT Modem on Acme's software list
- What to do
- Patch first, then check for signs of use
Sent to the alert recipients Acme chose. Also in the app and to Acme's webhook.
We track 107 published vulnerabilities listed under the name 315 5g IOT Modem, across 0 versions. The most recent 315 5g IOT Modem flaw added to the known-exploited list is CVE-2023-33063, on 5 December 2023.
2 are on the list of flaws known to be exploited. The most recently added are CVE-2023-33063 and CVE-2023-33107.
Qualcomm also lists 315 5g IOT Modem under more specific names, such as 315 5g IOT Modem Firmware. Flaws listed only under those names are counted on their own pages, not here. Open the release you run to see its own list.
Create a Precursor Intelligence account and track 315 5g IOT Modem. We match it against every published flaw, give each one a risk score from 0 to 100 and keep watching, so you hear about new ones as soon as we know, by email, in the app or by webhook.