Vulnerabilities in Qualcomm, Inc.

2,976 results
Vexday analysis

Com 2.934 CVEs catalogadas, a Qualcomm apresenta um volume expressivo de vulnerabilidades, reflexo da amplitude de seu portfólio de chipsets e firmware embarcado. A taxa de exploração ativa — 12 entradas no catálogo KEV da CISA, ou 0,41% do total — está em linha com a média geral do catálogo, indicando que o risco de exploração confirmada não foge do padrão da indústria, embora 94 falhas de severidade crítica representem uma superfície de ataque relevante para equipes de segurança que dependem de componentes Qualcomm em ambientes móveis, automotivos ou de IoT. A CVE mais perigosa atualmente em exploração ativa, CVE-2020-11261, apresenta EPSS de 0,0177, sugerindo probabilidade de exploração adicional relativamente baixa no curto prazo, mas sua presença no KEV exige atenção imediata em qualquer inventário de ativos afetados. O surgimento de 49 novas CVEs nos últimos 90 dias e a disponibilidade de PoCs públicas para 3 vulnerabilidades reforçam a necessidade de ciclos contínuos de atualização de firmware e monitoramento ativo de patches liberados pelo fabricante.

CVE-2020-11193—u'Buffer over read can happen while parsing mkv clip due to improper typecasting of data returned from atomsize' in Snapdragon Auto, SnapdraEPSS 0.9%CVE-2019-10516—Multiple read overflows in MM while decoding service accept,service reject,attach reject and MT detach in Snapdragon Auto, Snapdragon ComputEPSS 0.9%CVE-2019-10526—Out of bound write in WLAN driver due to NULL character not properly placed after SSID name in Snapdragon Auto, Snapdragon Compute, SnapdragEPSS 0.9%CVE-2019-14052—u'Accessing an uninitialized data structure could result in partially copying of contents and thus incorrect processing' in Snapdragon Auto,EPSS 0.9%CVE-2019-10589—Lack of length check of response buffer can lead to buffer over-flow while GP command response buffer handling in Snapdragon Auto, SnapdragoEPSS 0.9%CVE-2019-10609—Out of bound write can happen due to lack of check of array index value while calculating it. in Snapdragon Auto, Snapdragon Compute, SnapdrEPSS 0.9%CVE-2019-10493—Position determination accuracy may be degraded due to wrongly decoded information in Snapdragon Auto, Snapdragon Compute, Snapdragon ConsumEPSS 0.9%CVE-2019-2324—When ADSP is compromised, the audio port index that`s returned from ADSP might be out of the valid range and leads to out of boundary accessEPSS 0.9%CVE-2019-14016—Integer overflow occurs while playing the clip which is nonstandard in Snapdragon Auto, Snapdragon Compute, Snapdragon Connectivity, SnapdraEPSS 0.9%CVE-2019-2332—Memory corruption while accessing the memory as payload size is not validated before access in Snapdragon Auto, Snapdragon Compute, SnapdragEPSS 0.9%CVE-2019-14086—Possible integer overflow while checking the length of frame which is a 32 bit integer and is added to another 32 bit integer which can leadEPSS 0.9%CVE-2019-10590—Out of bound access while parsing dts atom, which is non-standard as it does not have valid number of tracks in Snapdragon Auto, Snapdragon EPSS 0.9%CVE-2020-11116—u'Possible out of bound write while processing association response received from host due to lack of check of IE length' in Snapdragon AutoEPSS 0.9%CVE-2020-3639—u'When a non standard SIP sigcomp message is received from the network, then there may be chances of using more UDVM cycle or memory overfloEPSS 0.9%CVE-2019-14132—Buffer over-write when this 0-byte buffer is typecasted to some other structure and hence memory corruption in Snapdragon Auto, Snapdragon CEPSS 0.9%CVE-2019-14134—Possible out of bound access in WLAN handler when the received value of length in rx path is shorter than the expected value of country IE iEPSS 0.9%CVE-2019-2283—Improper validation of read and write index of tx and rx fifo`s before calculating pointer can lead to out-of-bound access in Snapdragon AutEPSS 0.9%CVE-2019-2323—Lack of check to ensure crypto engine data passed by user is initialized can result in bus error in Snapdragon Auto, Snapdragon Compute, SnaEPSS 0.9%CVE-2019-2294—Usage of hard-coded magic number for calculating heap guard bytes can allow users to corrupt heap blocks without heap algorithm knowledge inEPSS 0.9%CVE-2015-9034—In all Qualcomm products with Android releases from CAF using the Linux kernel, a string can fail to be null-terminated in SIP leading to a EPSS 0.9%