Identity security controls are the specific safeguards that protect accounts, credentials, sessions and permissions from misuse. Where policies say what should happen, controls are the mechanisms that make it happen, such as requiring a phishing-resistant…
Crash reports and privacy intersect every time an application or operating system fails and packages up diagnostic information about what went wrong. That package can include far more than an error code, from file names…
Credential theft risks are the chances that the secrets proving your identity, such as passwords, one-time codes, session tokens or cryptographic keys, fall into the hands of someone else. Once an attacker holds a working…
Cloud synced system settings let a new laptop or phone feel familiar within minutes, because your wallpaper, keyboard preferences, saved networks and sometimes passwords arrive from an online account. That convenience depends on copying personal…
Identity spoofing is the act of falsely presenting oneself as another person, organization or system in order to gain trust, access or information. Unlike stealing an account outright, spoofing often relies on appearances: a familiar…
Operating system metadata exposure happens when the details your system records about files, activity and the device itself, rather than the content you meant to share, reveal information about you. A photo can carry its…
Your digital identity attack surface is the full set of places where someone could try to access, copy or misuse the accounts and data that represent you. It includes every login page, recovery email, signed-in…
Virtual machines for privacy let you run a second, separate operating system inside a window on your computer, so risky or sensitive tasks stay apart from your everyday files. If something goes wrong inside that…
Digital identity threats are the ways people and organizations can lose control of the accounts, credentials and personal data that prove who they are online. These threats range from a stolen password to a fully…
Dual boot privacy considerations start with one fact: two operating systems installed on the same computer share the same hardware, and often the same disk. Each system may be able to read, change or leave…