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Spoofing impersonates trusted users, devices, or services to bypass trust and cause fraud; verify identities with strong authentication and signed messages.

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Spoofing is the forging of an identity or origin so a message, connection, website, or phone call appears to come from a trusted source. Attackers may impersonate an executive by email, imitate a domain, falsify caller ID, or place packets with a forged source IP address. The goal can be to induce payment or disclosure, deliver malware, bypass trust checks, or obscure the source of traffic. IP spoofing usually prevents a reply from reaching the attacker, but can support reflection attacks; it is not by itself proof of access to the claimed system.

Mitigation depends on the channel. For email, configure and enforce SPF, DKIM, and DMARC, while treating display names and caller ID as untrusted signals. Use phishing-resistant authentication, verify sensitive requests through an independent channel, and validate domains and certificates before users enter credentials. At network boundaries, apply ingress and egress source-address filtering, monitor anomalous traffic, and design services not to trust a claimed address alone.

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The North Korean state-sponsored threat actor known as Kimsuky (aka Velvet Chollima) has been attributed to a fresh set of cyber attacks targeting South Korean military and corporate entities through March and April 2026

Intro A sophisticated, high-resilience malicious campaign was identified by Atos Threat Research Center (TRC) in March 2026. This operation specifically targets the high-privilege professional accounts of enterprise administrators, DevOps engineers, and security analysts by impersonating administrative utilities they rely on for daily operations. By integrating Search Engine Order (SEO)

ORNL says portable detector kit can separate real GPS signals from fake ones even at equal strength GPS spoofing, which sends fake satellite-like signals, and GPS jamming, which drowns receivers in noise, are increasingly serious problems. Researchers at Oak Ridge National Laboratory in Tennessee have created what they say is the most effective system yet for detecting GPS interference, which could help blunt such attacks.…

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