Windows account passwords, or NTLM passwords, are among the easiest to recover due to their relatively low cryptographic strength. At the same time, NTLM passwords can be used to unlock DPAPI-protected data such as the user’s passwords stored in Web browsers, encrypted chats, EFS-protected files and folders, and a lot more. In this article we argue about prioritizing the recovery of NTLM hashes over any other types of encrypted data.

Windows 11 introduces increased account protection, passwordless sign-in and hardware-based security. What has been changed compared to Windows 10, how these changes affect forensic extraction and analysis, and to what extent can one overcome the TPM-based protection? Read along to find out!

Elcomsoft Phone Breaker is not just about Apple iCloud data. It can also download the data from other cloud services including Microsoft accounts. In this new version, we have added support for even more types of data, including Windows 10 Timeline, Account Activity (logins to the account), OneDrive files, recent OneDrive files history, and files from Microsoft Personal Vault. Learn about these data types and how they can help advance your investigation.

We’ve just updated Elcomsoft Phone Breaker to version 6.60, adding remote acquisition support for Microsoft Windows 10 phones and desktops. The new build can pull search and Web browsing history, call logs, and location history directly from the user’s Microsoft Account. In this article we’ll have a look at what exactly is available and can be extracted and where this information is stored. We will also list the steps required to extract and view the data.

BitLocker is a popular full-disk encryption scheme employed in all versions of Windows (but not in every edition) since Windows Vista. BitLocker is used to protect stationary and removable volumes against outside attacks. Since Windows 8, BitLocker is activated by default on compatible devices if the administrative account logs in with Microsoft Account credentials. BitLocker protection is extremely robust, becoming a real roadblock for digital forensics.