Mail server-based dynamic workflow management

1. A method for managing flow of a serial propagation mode electronic mail, according to a serial propagation ordering, to a plurality of recipients including at least a set of first-hop recipient(s), at least a first recipient and a set of second-hop recipient(s), the method comprising:

the first recipient receiving at a first recipient server, from a sender mail server, a first version of an electronic mail, with the electronic mail including a serial propagation token;

the first recipient server automatically determining the set of second-hop email recipient(s) based upon the serial propagation token of the electronic mail; and

the first recipient server sending a second version of the electronic mail to the set of second-hop recipient(s), wherein the second version of the electronic mail may be identical to the first version or modified;

wherein the propagation token defines the full propagation sequence ordering for the electronic mail so that all recipient servers send appropriate versions of the electronic mail to recipient(s) as automatically determined based on the serial propagation token.

2. The method of claim 1 wherein the first version of the electronic mail and second version of the electronic mail have different: content or attachment(s).

3. The method of claim 1 , wherein the serial propagation token included in at least one of the following electronic mail fields:

To address;

From address;

Blind Carbon Copy address;

Carbon Copy address;

Subject;

Date;

Body;

Header; or

Attachments.

4. The method of claim 1 , wherein:

the serial propagation ordering defined by the serial propagation token has a plurality of hops including a first hop and a second hop; and

at each hop the electronic mail is sent to only one recipient.

5. A computer program product, stored on a non-transitory computer readable storage medium, for managing flow of a serial propagation mode electronic mail, according to a serial propagation ordering, to a plurality of recipients including at least a set of first-hop recipient(s), at least a first recipient and a set of second-hop recipient(s), comprising thereon:

first instructions, executable by a first recipient server associated with the first recipient, to cause the first recipient server to receive, from a sender, a first version of an electronic mail, with the electronic mail including a serial propagation token;

second instructions, executable by the first recipient server to cause the first recipient server to automatically determine the set of second-hop recipient(s) based upon the serial propagation token of the electronic mail; and

third instructions, executable by the first recipient server, to cause the first recipient server to send a second version of the electronic mail to the set of second-hop recipient(s), wherein the second version of the electronic mail may be identical to the first version or modified;

wherein the propagation token defines the full propagation sequence ordering for the electronic mail so that all recipient servers send appropriate versions of the electronic mail to recipient email servers as automatically determined based on the serial propagation token.

6. The computer program product of claim 5 wherein the first version of the electronic mail and second version of the electronic mail have different: content or attachment(s).

7. The computer program product of claim 5 , wherein the serial propagation token included in at least one of the following electronic mail fields:

To address;

From address;

Blind Carbon Copy address;

Carbon Copy address;

Subject;

Date;

Body;

Header; or

Attachments.

8. The computer program product of claim 5 , wherein:

the serial propagation ordering defined by the serial propagation token has a plurality of hops including a first hop and a second hop; and

at each hop the electronic mail is sent to only one recipient.

9. A first email server for managing flow of a serial propagation mode electronic mail, according to a serial propagation ordering, to a plurality of recipients including at least a set of first-hop recipient(s), at least a first recipient associated with a first recipient server and a set of second-hop recipient(s), the first email server comprising:

a processor(s) set; and

a computer readable storage medium;

wherein:

the processor set is structured, located, connected and/or programmed to execute instructions stored on the computer readable storage medium; and the instructions include:

first instructions executable to cause the first recipient server to receive, from a sender, a first version of an electronic mail, with the electronic mail including a serial propagation token,

second instructions executable to cause the first recipient server to automatically determine the set of second-hop recipient(s) based upon the serial propagation token of the electronic mail, and

third instructions executable to cause the first recipient server to send a second version of the electronic mail to the set of second-hop recipient(s), wherein the second version of the electronic mail may be identical to the first version or modified;

the propagation token defines the full propagation sequence ordering for the electronic mail so that all recipient servers send appropriate versions of the email to recipient(s) as automatically determined based on the serial propagation token.

10. The first email server of claim 9 wherein the first version of the electronic mail and second version of the electronic mail have different: content or attachment(s).

11. The first email server of claim 9 , wherein the serial propagation token included in at least one of the following electronic mail fields:

To address;

From address;

Blind Carbon Copy address;

Carbon Copy address;

Subject;

Date;

Body;

Header; or

Attachments.

12. The first email server of claim 9 , wherein:

the serial propagation ordering defined by the serial propagation token has a plurality of hops including a first hop and a second hop; and

at each hop the electronic mail is sent to only one recipient.