Annual IoT Security Report 2019-13

Introduction This chapter analyzes IoT threats from the perspective of protocols. According to the data from NSFOCUS's threat hunting system, Telnet services (port 23) were targeted most frequently1. Therefore, we first analyze the attacks launched via Telnet. WS-Discovery reflection attacks are a new type of DDoS reflection attacks emerging in...

Annual IoT Security Report 2019-12

In this section, we analyze threat trends related to Netis routers according to the data captured by NSFOCUS's threat hunting system. Our data is based on log messages generated from May 21 to October 30, 2019. The following subsections analyze these log messages from the aspects of attack sources, attack...

Annual IoT Security Report 2019-11

In this section, we analyze two vulnerabilities, namely, the CVE-2016-10372 vulnerability32 in the Eir D1000 router and the backdoor vulnerability in Netis routers. Except UPnP-related vulnerabilities described in section 4.4.3 Malicious Behaviors Targeting UPnP Vulnerabilities, the CVE-2016-10372vulnerability was exploited most frequently. The backdoor vulnerability in Netis routers exerted a severe...

Annual IoT Security Report 2019-10

IoT Exploits Viewpoint 3: Over 30 types of IoT exploits were captured, most of which targeted remote command execution vulnerabilities. Though hundreds of to thousands of IoT vulnerabilities were unveiled each year, only a few can exert an extensive impact. Attackers were keen on targeting devices (routers and video surveillance...

Annual IoT Security Report 2019-9

Introduction This chapter analyzes IoT threats from the perspective of vulnerabilities. We first analyze the change trends of IoT vulnerabilities and exploits 1 in the NVD and Exploit Database (Exploit-DB) in 2019 and then IoT exploits captured by NSFOCUS's threat hunting system. The following dwells upon some representative exploits. (more…)

Annual IoT Security Report 2019-8

Heuristic Recon via the Dual-Stack UPnP Service In addition to the recon of IPv6 addresses based on their characteristics, we can also use UPnP to detect IoT assets by referring to the method described in a blog post 28 from Cisco Talos Labs. Principle UPnP is a set of protocols...

NSFOCUS
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