Routers are network gateways whose flaws, misconfigurations, or exposed interfaces can enable unauthorized access, interception, or service disruption.
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Background for this topic.
Routers are network devices that forward packets between separate networks, using destination addresses to choose a path. A home router usually connects a local network to the internet and may also provide wireless access, address assignment, network address translation, firewall rules, VPN termination, or DNS forwarding. Enterprise routers can connect internal segments, data centers, and remote sites.
In security, a router is both a traffic-control point and an attack surface. Vulnerable firmware, exposed administrative services, weak credentials, or unnecessary remote management can let an attacker alter routing, redirect traffic, or use the device to reach other systems; misconfigured rules can expose internal services. Reduce risk by keeping firmware supported and updated, restricting management to trusted networks, using strong unique authentication, disabling unneeded services, separating networks, and reviewing logs and configurations. During an incident, router configuration and routing or DNS changes can provide useful evidence, while tested backups help restore trusted connectivity.
Who could be so interested in chips, manufacturing, and more, in the US, UK, Europe, Russia... Someone has been quietly backdooring selected Juniper routers around the world in key sectors including semiconductor, energy, and manufacturing, since at least mid-2023.…
Such routers typically lack endpoint detection and response protection, are in front of a firewall, and don't run monitoring software like Sysmon, making the attacks harder to detect.
Enterprise-grade Juniper Networks routers have become the target of a custom backdoor as part of a campaign dubbed J-magic
Threat actors are exploiting an unspecified zero-day vulnerability in Cambium Networks cnPilot routers to deploy a variant of the AISURU botnet called AIRASHI to carry out distributed denial-of-service (DDoS) attacks
Murdoc Botnet Uses Over 100 Distinct C2 Servers to Manage Infected DevicesA new variant of the Mirai malware is exploiting vulnerabilities in cameras and routers to infiltrate devices, download payloads and integrate them into an expanding botnet. Qualys tracked over 1,300 active internet protocol addresses linked to the Murdoc Botnet since its emergence in July 2024.
Murdoc_Botnet used Mirai malware to exploit IoT vulnerabilities, targeting devices globally
Cybersecurity researchers have warned of a new large-scale campaign that exploits security flaws in AVTECH IP cameras and Huawei HG532 routers to rope the devices into a Mirai botnet variant dubbed Murdoc_Botnet
A global network of about 13,000 hijacked Mikrotik routers has been employed as a botnet to propagate malware via spam campaigns, the latest addition to a list of botnets powered by MikroTik devices
New research has uncovered security vulnerabilities in multiple tunneling protocols that could allow attackers to perform a wide range of attacks