Most account recovery breaches do not happen because attackers break cryptography. They happen because identity proofing breaks under pressure. When a user is locked out, they are stressed and need access quickly. When support volume is high, helpdesks optimize for speed. Attackers exploit that reality
Push-based MFA became popular because it is simple: users tap “Approve” and move on. That simplicity is also the weakness. Push prompts turn authentication into a human decision under interruption and pressure, which attackers can manipulate at scale. MFA fatigue attacks, also called “prompt bombing”
Authenticator apps are a popular MFA choice because they feel like a clean upgrade from passwords and SMS codes. They are inexpensive, easy to roll out, and familiar to users. But in many enterprise environments, authenticator apps create an underappreciated risk: they concentrate access, recovery,
Most authentication programs are designed for the “happy path”: a normal user, a normal device, and a normal day. Real enterprises run on abnormal days. Devices are lost. Users change roles. Contractors churn. Networks fail. Incidents happen at the worst possible time. Resilient authentication is
Passwordless authentication is often sold as a clean replacement: remove passwords, add passkeys or security keys, and move on. In enterprise reality, most failures happen elsewhere: in enrollment, policy exceptions, shared-device workflows, and recovery. This article covers the mistakes that repeatedly undermine passwordless programs and
Passwordless authentication is often presented as an inevitable upgrade: remove passwords, reduce phishing, improve UX, and lower support costs. Those outcomes are real. But passwordless is not a single product switch. It is a program that touches enrollment, devices, policy, recovery, and auditability. For CISOs,
Privileged and admin accounts are the keys to the kingdom. When they fall, the blast radius is not one mailbox or one SaaS account. It is production access, security tooling, identity infrastructure, and the ability to persist. That is why admin authentication cannot be treated
Passwordless authentication is pushing enterprises toward phishing-resistant, public-key-based login. But a second shift is happening in parallel: the standardization of post-quantum cryptography (PQC). The most important question is not which algorithm you will use in five years. It is whether your identity system will be
Passwordless programs often look straightforward on paper: replace a shared secret with cryptographic proof of possession and user intent. In real enterprise environments, the hardest cases are not executives on managed laptops. The hardest cases are frontline teams using shared devices and unmanaged terminals under
