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vendors:TP-Link × criticity:high × limpar

Resultados

5 casos · pág. 1/1

f5.com · exploit público high

F5 Sensor Intel: Web-Based RCE and Command Injection Flaws Dominate July 2025 Exploitation Telemetry

F5 Labs, using attack telemetry from Efflux's global sensor network, analyzed the most exploited vulnerabilities in July 2025 and found that nearly all top-scanned CVEs are HTTP-based RCE or command injection flaws in web interfaces. CVE-2017-9841 (PHPUnit) was the most exploited, followed by CVE-2023-1389 (TP-Link Archer AX21), CVE-2022-…

f5.com · exploit público high

NoBooze1 malware delivered to TP-Link AX21 routers and Raisecom web interfaces by a single actor via command injection

F5 Labs, using Efflux sensor telemetry, reports a campaign that began on 2025-06-08. One actor is exploiting TP-Link AX21 routers (CVE-2023-1389, command injection in the country query parameter) and Raisecom web interfaces (CVE-2024-7120) to deliver a new malware family named NoBooze1. Four source IPs and three stage-one hosts were rotat…

f5.com · exploit público high

F5 Labs: SparkRAT C2 scanning from DigitalOcean and April 2025 CVE exploitation trends, including Fortinet SSL-VPN and SAP NetWeaver

F5 Labs, using Efflux sensor telemetry, reports on the most exploited CVEs of April 2025 and on internet-wide scanning for SparkRAT command-and-control servers. A single actor, using three IPs in DigitalOcean ASN 14061, sent identical HTTP POST requests to the SparkRAT in-place update endpoint, each IP scanning for about 13 hours and reac…

Evooo1Bot: Mirai-based Linux botnet with encrypted C2, 28-command admin interface and reverse SOCKS relay

FortiGuard Labs describes Evooo1Bot, a Linux botnet that embeds the Mirai DDoS engine in a more modular and capable framework. It uses encrypted C2 communications, layered string obfuscation (AES-256-CTR, ChaCha20, XOR-based key derivation) and a 28-command remote administration interface. It also ships an integrated exploit arsenal again…

ClingSTUN Linux backdoor turns exploited IoT devices into proxy nodes via public STUN servers

FortiGuard Labs describes ClingSTUN, a Linux back-connect proxy backdoor that keeps persistent access and turns compromised devices into remotely controlled proxy nodes. It combines persistence, process termination, watchdog manipulation and remote command execution. It also uses legitimate public STUN servers for NAT traversal, to discov…