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A social-engineering technique dubbed GhostPairing is being used to hijack WhatsApp accounts by abusing the app’s legitimate Linked Devices feature rather than stealing passwords or one-time codes. Attackers reportedly trick victims into approving an attacker-controlled companion device through deceptive QR codes, fake support interactions, messages, or other pretexts, giving criminals persistent access to chats while the victim may remain unaware.
Once a rogue device is linked, attackers can read messages, monitor conversations, impersonate the victim, and use the trusted account for payment fraud, phishing, identity abuse, invoice scams, and executive impersonation targeting business partners. Researchers said the tactic reflects a broader criminal shift toward abusing trusted digital workflows, and recommended that users review WhatsApp linked sessions, remove unknown devices, enable two-step verification, secure phones with screen locks, and independently verify urgent or unusual requests.
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GenDigital identified a social-engineering technique dubbed GhostPairing that abuses WhatsApp's legitimate linked-device feature to gain persistent access to victims' chats without stealing passwords or one-time codes. The reporting describes attackers tricking users into approving an attacker-controlled companion device via QR codes, fake support interactions, or deceptive messages.
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A new WhatsApp account takeover campaign, dubbed the **GhostPairing attack**, leverages social engineering to trick users into granting attackers access to their accounts without requiring password theft or SIM swapping. Victims receive a message from a trusted contact, typically stating "Hey, I just found your photo!" and containing a link that appears to be a Facebook preview. When the link is clicked, users are directed to a convincing fake Facebook page that prompts them to "verify" their identity. This process covertly guides the victim through WhatsApp's device-linking flow, resulting in the attacker's device being added as a linked device on the victim's account. The attack exploits WhatsApp's legitimate device pairing feature, making the compromise appear as a user-approved action. The campaign was first observed in Czechia, with messages sent from compromised accounts to local contacts, and the infrastructure relies on a network of lookalike domains designed to mimic Facebook. Security researchers emphasize that there is no password theft or SIM swap involved; instead, the attack relies entirely on user manipulation. Users are advised to be cautious of unexpected messages, even from known contacts, and to scrutinize any requests to verify or link devices within WhatsApp.
Jun 29, 2026
Security researchers and intelligence analysts have documented a series of incidents and trends highlighting the risks to mobile messaging accounts and devices. In December, a new form of WhatsApp account hijacking called GhostPairing was identified, where attackers trick users into linking an attacker-controlled browser to their WhatsApp device, potentially exposing sensitive information. Separately, researchers uncovered large-scale scraping of WhatsApp's contact discovery tool, resulting in the exposure of billions of phone numbers and associated profile data. Meanwhile, spyware threats targeting both iPhone and Android users have escalated, with zero-click attacks enabling adversaries to compromise devices and access encrypted messaging apps such as WhatsApp and Signal. Apple and Google responded by patching vulnerabilities believed to be exploited by commercial spyware like Predator, and the US CISA issued warnings about the active targeting of mobile messaging applications. In another high-profile case, the Iranian-linked Handala hacking group claimed to have fully compromised the mobile devices of two Israeli officials. However, forensic analysis revealed that only their Telegram accounts were breached, not the entire devices. The attackers likely used techniques such as SIM swapping, SS7 exploitation, and phishing to gain access, exposing gaps in session management and account security on encrypted messaging platforms. These incidents underscore the growing sophistication of attacks against mobile messaging services and the need for robust security measures, including privacy controls, passkey-encrypted backups, and vigilance against phishing and SIM-based attacks.
Jun 29, 2026
A rapidly expanding WhatsApp account hijacking campaign, dubbed HackOnChat by CTM360, is targeting users worldwide through a network of deceptive authentication portals and impersonation pages. Attackers exploit WhatsApp's web interface and use social engineering tactics, such as fake security alerts and spoofed group-invite messages, to trick users into compromising their accounts. The campaign leverages thousands of malicious URLs hosted on inexpensive domains, with a surge in activity noted across the Middle East and Asia. Once an account is compromised, attackers use it to target the victim's contacts for further scams, data theft, and extortion, often propagating the attack chain through phishing messages sent from the hijacked account. Research from UC San Diego highlights the broader social engineering strategies employed by scammers, including the use of long, trust-building conversations that often transition to WhatsApp as the preferred platform for executing fraud. The study found that scammers typically delay financial requests until after extensive interaction, using personal conversation and subtle verification techniques to build credibility. These findings underscore the effectiveness of WhatsApp as a tool for scammers and the sophistication of their methods in orchestrating account takeovers and subsequent fraudulent activities.
Jun 29, 2026