Vulnerabilidades

Resumen — últimos 7 días

Vulnerabilidades nuevas3027▼ 69 respecto a la semana anterior
Críticas / altas1424▲ 58 respecto a la semana anterior
Nueva explotación activa (KEV)4▼ 5 respecto a la semana anterior
Sin puntuar (sin CVSS)382▼ 128 respecto a la semana anterior
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6 resultados, ordenados por fecha de publicación (más recientes primero)

CVEEstadoSeveridadEPSS Explotación activaTecnologías afectadasPublicada ▼Modificada Descripción
ModificadaAlta (10)6.5%—Red-m 1050ap LAN Acess Point26/7/200216/6/2026
Buffer overflow in Red-M 1050 (Bluetooth Access Point) management web interface allows remote attackers to cause a denial of service and possibly execute arbitrary code via a long administration password.
ModificadaAlta (10)2.4%—Red-m 1050ap LAN Acess Point26/7/200216/6/2026
The TFTP server for Red-M 1050 (Bluetooth Access Point) can not be disabled and makes it easier for remote attackers to crack the administration password via brute force methods.
ModificadaMedia (5)1.1%—Red-m 1050ap LAN Acess Point26/7/200216/6/2026
Red-M 1050 (Bluetooth Access Point) publicizes its name, IP address, and other information in UDP packets to a broadcast address, which allows any system on the network to obtain potentially sensitive information about the Access Point device by monitoring UDP port 8887.
ModificadaAlta (10)1.7%—Red-m 1050ap LAN Acess Point26/7/200216/6/2026
Red-M 1050 (Bluetooth Access Point) uses case insensitive passwords, which makes it easier for attackers to conduct a brute force guessing attack due to the smaller space of possible passwords.
ModificadaAlta (7.5)1.5%—Red-m 1050ap LAN Acess Point26/7/200216/6/2026
The web management server for Red-M 1050 (Bluetooth Access Point) does not use session-based credentials to authenticate users, which allows attackers to connect to the server from the same IP address as a user who has already established a session.
ModificadaAlta (10)3.2%—Red-m 1050ap LAN Acess Point26/7/200216/6/2026
Red-M 1050 (Bluetooth Access Point) PPP server allows bonded users to cause a denial of service and possibly execute arbitrary code via a long user name.