A new summary of the MITRE ATT&CK Enterprise Round 7 evaluation reveals that the highest protection score any tested vendor achieved was a mere 31 percent — meaning that 69% of attacks went entirely undetected by even the best-performing vendor in the field. But the more significant finding was buried beneath that number. Across every identity-specific attack scenario in the evaluation, all vendors scored zero blocking — not partial detection, not near misses, but zero. The tools enterprises invest in to stop modern attacks did not intercept a single identity attack, which is precisely the class of threat that now defines the modern threat landscape.

For years, security leaders have debated frameworks, tools, awareness programs, and incremental improvements to authentication workflows, while attackers continued to succeed through the same predictable path: logging in with stolen or relayed credentials rather than breaking through hardened infrastructure.

The Betterment breach should not have surprised anyone paying attention, and it certainly should have ended the long-running argument about whether modern MFA is sufficient against today’s attacks. Instead, it became just another entry in a growing list of incidents that organizations explain away as bad luck, poor training, or unfortunate human error.

Attackers Are Not Hacking In. They Are Logging In. Ransomware, phishing, and credential-based attacks are hitting small and midsize businesses every day because attackers have learned the easiest trick in the book. They do not need to hack in. They simply log in with stolen credentials. The moment an employee enters a password or approves a code, the attacker has everything.

Most organizations still think of authentication as a cost of doing business.

Device-based biometrics are the Only Way to Restore It.

How a Phishing Relay Attack Works Phishing relay attacks do not break authentication. They sit in the middle of it. A phishing relay attack inserts an attacker-controlled proxy between the victim and the legitimate login portal. The victim believes they are on the real site. Every credential they enter goes to the attacker first. The sequence is predictable. The victim receives a phishing email linking to a page that looks identical to the real login portal. They enter their username and password. The attacker’s proxy forwards these to the real site immediately. The real site triggers an MFA challenge. The proxy mirrors that challenge back to the victim. The victim enters their six-digit code or approves a push notification. The attacker forwards the response. The real site authenticates the session. The exchange takes seconds. The victim has logged in. The attacker has the session.

Another Preventable Breach Another week. Another preventable breach. This time it is DoorDash, confirming that a social engineering scam gave attackers access to sensitive customer and driver information. But the real story is not the scam. The real story is the failure behind it.

What do CISA, NSA, NIST, OMB, DHS, the Department of Defense, Gartner, Microsoft, Google, the FIDO Alliance, and the entire cyber insurance industry know that so many organizations are still ignoring?

As seen in Bleeping Computer The Tycoon 2FA phishing kit signals a turning point in the battle against account takeover. This is not a tool built for elite attackers. It is a plug-and-play phishing kit that anyone can deploy, with zero coding skills required. Tycoon automates everything: setup, fake login pages, reverse proxy servers, real-time credential capture, and full MFA relay.

Ransomware attacks are rising faster than ever, and most share a common weakness — authentication that trusts too much. In his session from the recent Security Buzz webinar, Kevin Surace, Chairman of Token, explains why MFA apps and codes have become attackers’ favorite weapon instead of a defense.

A newly published academic paper introduces a new hacker tool called PixSnapping (download PDF), an advanced attack that can steal screen pixels from Android devices and reconstruct sensitive data like 2FA codes in real time. The research demonstrates that an attacker-controlled app can capture or infer the digits displayed by authenticator apps such as Google Authenticator in under thirty seconds.