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When a client enters information (such as a password) into the online form on , the information is encrypted so the client cannot see it. An authorized representative for the client, called a "Doe Representative," must enter the information into the "Signature" field to complete the signature.

We use the email address associated with the Google Sign-In service. If the email address is not linked to an existing Google account, we will generate an email with all the required information as described in our sign-in procedure. Signing can take 1–2 business days. What information do we collect about users and their use of Google applications? As described in the Sign-in and use section of this Privacy Policy, we automatically collect information (, browser and device IDs, search terms, clicks, download statistics, device settings, device location information). If you use Google Apps for Work, we store Google Account information for you in order to provide you services. See below for more information. Are any of this information that is collected by Google stored on your personal computers? No information is stored on Google's servers or in any of Google's facilities. If you use Google applications on a computer other than your own (, a mobile phone), it's possible that Google may collect information about you from the devices you use. However, you control which information is collected and how. For more information, see the section on information collection. I want to use an address book with Google Apps for Work. Can I? Yes. You can use any of the features provided or available through Google's Address Book to organize contacts and create email contacts. To access Google's Address Book feature, you must log in using your credentials, such as your Google Acco...

To verify the identity of a user, a website uses a standard set of cryptographic hashes. The hash is created as follows: A user enters their password. The hash is then calculated. The resulting hash is compared to a list. If the two matches, the two keys are "locked". This means that the user cannot perform any action until one key is unlocked. There are different "hash functions". A hash function converts an input to a string. The hash function is usually very fast, so it is not possible to guess a password using hash comparison. But since passwords are unique, a website may choose a hash function with higher speed so the comparison will be less likely. In order to make sure that the user actually has access to a password, a website will "sign" the password with a cryptographic hash. This means that a website will have to reveal some private information. Usually a website uses a "hash algorithm" in order to sign the password. When a user enters his password into a site, the hash will be converted to a string and a secret key will be generated. This key will be used to encrypt the password to make it easier for a website to check if the user owns the password and is actually trying to steal their data.