Traduci "return path address" in polacco

EN Emails have multiple addresses to identify their sender: the From address that you normally see, and the Return Path address that’s hidden and require one or two clicks to view

• Emails have multiple
• identify their sender
• Return Path address
• hidden

EN The problem here is that attackers can exploit this by using a fake domain in their Return Path address and a legitimate (or legitimate-looking) email address in the From section

• attackers can exploit
• Return Path address
• legitimate
• legitimate-looking
• section

EN Before drawing with the Pen tool, you can create a new path in the Paths panel to automatically save the work path as a named path.

• Pen tool
• named

EN To complete the path, release the mouse. To create a closed path, drag the line to the initial point of the path (a circle appears next to the pointer when it is aligned).

• complete the path
• release the mouse
• create a closed
• drag the line
• path
• circle appears next
• aligned

EN Prepare the parcel. You will not need a return address. All you have to do is use the return code you will receive in a text message.

• Prepare the parcel
• return address

EN Take the return package to any Parcel Locker or Parcel Service Point. You don't have to provide the recipient's address - the return code is sufficient.

• Take the return
• Parcel Locker
• Parcel Service Point
• recipient's address

EN This means that DMARC verifies whether the domain mentioned in the From address (in the visible header) is authentic by matching it against the domain mentioned in the hidden Return-path header (for SPF) and DKIM signature header (for DKIM)

• means that DMARC
• whether the domain
• address
• visible header
• authentic by matching
• against the domain
• hidden Return-path header
• SPF
• DKIM signature header
• DKIM

EN With SPF enabled, the receiving email server looks at the Return Path and checks the SPF records of the domain from that address.

• SPF enabled
• receiving email server
• Return Path
• checks the SPF

EN Even if the receiver were to check the sender’s email ID, they’d see the From address first, and typically don’t bother to check the Return Path

• were to check
• email ID
• typically
• bother to check
• Return Path

EN In fact, most people aren’t even aware there is such a thing as Return Path address.

• fact
• thing as Return

EN So theoretically, it should be possible for someone to send an email with your organization’s domain in the From: address (the central identity) and have their own domain’s Return Path so as to pass SPF authentication

• theoretically
• should be possible
• someone to send
• address
• central identity
• own
• pass SPF authentication

EN Users usually only see the From: address and not the Return Path, so they won’t even know that there’s a discrepancy between the two.

• address
• Return Path

EN So theoretically, it should be possible for someone to send an email with your organization’s domain in the From: address (the central identity) and have their own domain’s Return Path so as to pass SPF authentication

• theoretically
• should be possible
• someone to send
• address
• central identity
• own
• pass SPF authentication

EN Users usually only see the From: address and not the Return Path, so they won’t even know that there’s a discrepancy between the two.

• address
• Return Path

EN Why do I need to give my address? I do not have an address - Address - It is not taking my address

• Why do I
• give my address
• address
• Address
• taking my address

EN Why do I need to give my address? I do not have an address - Address - It is not taking my address

• Why do I
• give my address
• address
• Address
• taking my address

EN We understand that a strong financial return is important to you and our financial agreements are based on maximizing your return, minimizing your risk and ensuring the long-term prosperity of your journal(s).

• maximizing your return
• minimizing your risk
• ensuring the long-term
• journal

EN The figures for 2020 are projections. The final figures will be provided in July 2021 after the tax return has been filed. Data for 2018 and 2019 have been adjusted to the tax return amounts.

• provided in July
• filed
• return

EN Void lookups refer to DNS lookups which either return NOERROR response or NXDOMAIN response (void answer). While implementing SPF it is recommended to ensure DNS lookups do not return a void answer in the first place.

• Void lookups refer
• return NOERROR response
• NXDOMAIN response
• void answer
• While implementing SPF
• recommended to ensure

EN We understand that a strong financial return is important to you and our financial agreements are based on maximizing your return, minimizing your risk and ensuring the long-term prosperity of your journal(s).

• maximizing your return
• minimizing your risk
• ensuring the long-term
• journal

EN You will receive a text message with a return code. At the same time, inform the seller of your intention to return the item.

• receive a text
• return code
• inform the seller
• intention to return

EN If you return an Allegro Kurier24 InPost or Allegro miniKurier24 InPost shipment you can return it at a Parcel Locker or InPost Customer Service Point, depending on its size

• return an Allegro
• Allegro InPost shipment
• Parcel Locker
• InPost Customer Service

EN Enable your customers to generate their return label with a few clicks via the Return Portal.

• Enable your customers
• generate their return
• few clicks via
• Return

EN With SPF configured for your domain, whenever an email is sent from your domain the recipient’s mail server looks up the specifications for the return-path domain in the

• domain
• whenever an email
• mail server looks

EN Relaxed: This signifies that if the domain in the Return-path header and the domain in the From header is simply an organizational match, even then SPF will pass.

• Relaxed
• header
• header is simply
• organizational match
• even then SPF

EN Strict: This signifies that only if the domain in the Return-path header and the domain in the From header is an exact match, only then SPF will pass.

• Strict
• header
• match

EN When an email from your domain reaches the receiving server, SPF checks its Return Path and DKIM validates the encrypted signature. Both of these checks take place separately

• reaches the receiving
• Path
• signature
• take place separately

EN Strict alignment requires that domains in both the From: header and Return Path/”d=” DKIM field be a 100% match.

• Strict alignment requires
• domains in both
• header
• Return Path

EN DMARC alignment specifically addresses the limitations of SPF by ensuring that the From: and Return Path domains match, preventing attackers from trying to use different domains for each.

• DMARC alignment specifically
• limitations of SPF
• Return Path domains

EN Choose your SPF alignment mode (for strict alignment the domain in the Return-path header has to match exactly with the domain found in the from header

• Choose your SPF
• mode
• header

EN When an email from your domain reaches the receiving server, SPF checks its Return Path and DKIM validates the encrypted signature. Both of these checks take place separately

• reaches the receiving
• Path
• signature
• take place separately

EN Strict alignment requires that domains in both the From: header and Return Path/”d=” DKIM field be a 100% match.

• Strict alignment requires
• domains in both
• header
• Return Path

EN DMARC alignment specifically addresses the limitations of SPF by ensuring that the From: and Return Path domains match, preventing attackers from trying to use different domains for each.

• DMARC alignment specifically
• limitations of SPF
• Return Path domains

EN Press Enter (Windows) or Return (Mac OS) to end an open path.

• Press Enter
• Windows
• Return
• Mac OS
• end an open

EN SPF is a “path-based” authentication system, implying that it is related to the path that the email takes from the original sending server to the receiving server

• authentication system
• original sending server
• receiving server

EN The Swiss Path: the Swiss William Tell Path

• Swiss Path
• Swiss William Tell

EN Long Path Eraser Free removes long paths in your computer, but first you have to understand what they are. A long path is nothing more than a string of bytes that has been stored onto your computer, f

• Long Path Eraser
• removes long paths
• computer
• string of bytes

EN The Swiss Path: the Swiss William Tell Path

• Swiss Path
• Swiss William Tell

EN To add to the path, hover over an adjacent edge to highlight a new section and hold the Shift key while clicking to extended the path

• edge to highlight
• section
• hold the Shift
• path

EN (Curved path) Using a mouse or on a touch device, drag the pointer to draw the next segment of your path

• Curved path
• mouse
• touch device
• drag the pointer
• draw the next
• path

EN Drag an anchor point to adjust the curve. When you adjust a path segment in this manner, the adjoining path segments are automatically modified (rubber-band effect).

• Drag an anchor
• adjust the curve
• adjust a path
• manner
• adjoining path segments
• automatically modified
• rubber-band effect

EN To close the path, position the Pen tool over the first (hollow) anchor point. A small circle appears next to the Pen tool pointer  when it is positioned correctly. Click or drag to close the path.

• close the path
• position the Pen
• hollow
• anchor point
• small circle appears
• Pen tool pointer
• positioned correctly
• Click
• drag to close

EN To close a path, position the Pen tool over the first (hollow) anchor point. A small circle appears next to the Pen tool pointer  when it is positioned correctly. Click or drag to close the path.

• close a path
• position the Pen
• hollow
• anchor point
• small circle appears
• Pen tool pointer
• positioned correctly
• Click
• drag to close

EN Drag the pointer in the image. As you drag, a path trails behind the pointer. When you release the mouse, a work path is created.

• Drag the pointer
• image
• drag
• path trails behind
• pointer
• release the mouse

EN IP Address: “An Internet Protocol address (IP address) is a numerical label assigned to each device connected to a computer network that uses the Internet Protocol for communication.”

• IP Address
• Internet Protocol address
• IP address
• numerical label assigned
• each device connected

EN The term IP address stands for Internet Protocol address. An Internet Protocol address is a unique numerical name that every electronic device connected to a computer network has.

• term IP address
• Internet Protocol address
• unique numerical name
• every electronic device
• computer network

EN This information may include first and last name, address, e-mail address, IP address, phone number, ordered products including prices and other information required for payment processing and fraud prevention.

• last name
• address
• e-mail address
• IP address
• phone number
• required for payment
• fraud

EN What data is being collected? ? Name/surname ? Company name / Vat ID number ? Address ? Phone number ? E-mail address ? IP address

• being collected
• Name
• surname
• Company name
• Vat ID number
• Address
• Phone number
• E-mail address
• IP address

EN This profile is only linked to your IP address, and not to your name, address, e-mail address, etc

• IP address
• name
• address
• e-mail address
• etc

EN The term IP address stands for Internet Protocol address. An Internet Protocol address is a unique numerical name that every electronic device connected to a computer network has.

• term IP address
• Internet Protocol address
• unique numerical name
• every electronic device
• computer network