All news with #adversary in the middle tag

🔒 Hackers are exploiting LinkedIn direct messages to phish finance executives with messages claiming to invite recipients to an executive board and leading to credential-harvesting pages. Push Security says victims are redirected — including via a Google open redirect — to a Firebase-hosted 'LinkedIn Cloud Share' page that urges users to click a 'View with Microsoft' button. That flow then presents a Cloudflare Turnstile and a fake Microsoft sign-in used as an adversary-in-the-middle to capture credentials and session cookies; organizations should verify senders, avoid unsolicited links, and enforce MFA and conditional access.

🔒 ISO 15118-2-compliant EV charging implementations using the SLAC protocol are vulnerable to spoofed measurements that can enable man‑in‑the‑middle attacks between vehicles and chargers, tracked as CVE-2025-12357 (CVSS v4 7.2). The issue is an improper restriction of communication channel (CWE-923) and may be exploitable wirelessly at close range via electromagnetic induction. ISO recommends using TLS (required in ISO 15118-20) with certificate chaining; CISA advises minimizing network exposure, isolating control networks, and using secure remote access methods.

🔒 ConnectWise released a security update for Automate to fix two vulnerabilities including a critical 9.6-severity flaw (CVE-2025-11492) that can cause agents to use cleartext HTTP, enabling adversary-in-the-middle (AiTM) interception or modification of commands, credentials, and update payloads. A second 8.8-severity issue (CVE-2025-11493) omits integrity verification for update packages, allowing substituted malicious files. Cloud instances are patched to release 2025.9; on-premise administrators are urged to install the update within days.

🔒 The article warns that deploying synced passkeys introduces enterprise exposure because they inherit risks tied to cloud accounts and recovery processes. It highlights practical attack vectors — including AiTM-based authentication downgrades and malicious browser extensions — that can bypass or capture passkeys. The author recommends mandatory use of device-bound, hardware-backed authenticators and strict enrollment and recovery controls to preserve phishing-resistant access.

🔗 Phishing attacks are increasingly delivered outside traditional email — via social media, instant messaging, SMS, malvertising and in‑app messengers — making mail gateways insufficient. Attackers now send links from compromised accounts, targeted ads or SaaS messages and use fast‑rotating domains and advanced Attacker‑in‑the‑Middle (AitM) kits that obfuscate JavaScript and the DOM to evade network detection. Organizations often rely on user reports and URL blocking, but these approaches fail against rapid domain churn and client‑side stealth. Vendors such as Push Security propose browser‑level detection that monitors real‑time page behavior to identify AitM, session hijacking and credential theft.

🔒 VoidProxy is a newly observed phishing-as-a-service platform that leverages adversary-in-the-middle techniques to capture credentials, MFA codes, and session cookies from Microsoft 365 and Google accounts. Discovered by Okta Threat Intelligence, the service routes victims through shortened links and disposable domains protected by Cloudflare, serving CAPTCHAs and realistic login pages to selected targets. When credentials are entered, VoidProxy proxies requests to the real providers, records MFA responses, and extracts session cookies which are exposed in the platform admin panel for immediate abuse.

🔐 Okta has uncovered VoidProxy, a phishing-as-a-service operation that uses Adversary-in-the-Middle techniques to harvest Microsoft and Google credentials, MFA codes, and session tokens. The platform leverages compromised ESP accounts, URL shorteners, multiple redirects, Cloudflare Captcha and Cloudflare Workers to evade detection and hide infrastructure. Victims who enter credentials are proxied through an AitM server that captures session cookies and MFA responses, enabling account takeover. Okta recommends passkeys, security keys, device management, and session binding to mitigate the threat.