3D Fax - Revision history

Parchivist at 02:59, 29 July 2023

2023-07-29T02:59:22Z

Parchivist at 20:34, 28 July 2023

2023-07-28T20:34:36Z

Parchivist: /* History */

2023-07-28T19:02:35Z

‎History

Parchivist at 19:00, 28 July 2023

2023-07-28T19:00:19Z

Parchivist at 18:14, 28 July 2023

2023-07-28T18:14:38Z

Parchivist at 18:13, 28 July 2023

2023-07-28T18:13:33Z

Parchivist: /* Links and references */

2023-07-28T18:07:18Z

‎Links and references

Parchivist at 17:52, 28 July 2023

2023-07-28T17:52:33Z

Parchivist at 17:49, 28 July 2023

2023-07-28T17:49:52Z

Parchivist at 17:46, 28 July 2023

2023-07-28T17:46:38Z

@@ Line 13: / Line 13: @@
 Downloads for versions 1.5 and 2.5 (different formats) can be found on the [https://web.archive.org/web/20000301233413/http://infoimaging.com/product/faxfile.htm archived product page]
-Further developed into [[Intacta.CODE]]
+Further developed into [[INTACTA.CODE]]
@@ Line 19: / Line 19: @@
 * In 1987 Oded Kafri invented the random grids which were utilized for 'Visual encryption' and later for printing binary data on papers (which is the basis of the two-dimensional barcode)
 * Software developed by Fontech Ltd. based in Beer Sheva, Israel to sell to the Israeli government to provide a way of securely sending data via fax
-* [[Fax-O-File]] originally licensed to AT&T as Surity
+* [[Fontech Fax-O-File]] originally licensed to AT&T as Surity
 * started InfoImaging Technologies, Inc. in 1994 in California (originally Palo Alto, then later Pleasanton) after winning Most Innovative Product at the 1993 CeBit for 3D Fax File
-* Rebranded/continued as [[Intacta.CODE]] in 1997
+* Rebranded/continued as [[INTACTA.CODE]] in 1997

@@ Line 19: / Line 19: @@
 * In 1987 Oded Kafri invented the random grids which were utilized for 'Visual encryption' and later for printing binary data on papers (which is the basis of the two-dimensional barcode)
 * Software developed by Fontech Ltd. based in Beer Sheva, Israel to sell to the Israeli government to provide a way of securely sending data via fax
-* originally licensed to AT&T as Surity [[Fax-O-File]]
+* [[Fax-O-File]] originally licensed to AT&T as Surity
 * started InfoImaging Technologies, Inc. in 1994 in California (originally Palo Alto, then later Pleasanton) after winning Most Innovative Product at the 1993 CeBit for 3D Fax File
 * Rebranded/continued as [[Intacta.CODE]] in 1997
 == Links and references ==

@@ Line 19: / Line 19: @@
 * In 1987 Oded Kafri invented the random grids which were utilized for 'Visual encryption' and later for printing binary data on papers (which is the basis of the two-dimensional barcode)
 * Software developed by Fontech Ltd. based in Beer Sheva, Israel to sell to the Israeli government to provide a way of securely sending data via fax
-* originally licensed to AT&T as Surity Fax-O-File
+* originally licensed to AT&T as Surity [[Fax-O-File]]
 * started InfoImaging Technologies, Inc. in 1994 in California (originally Palo Alto, then later Pleasanton) after winning Most Innovative Product at the 1993 CeBit for 3D Fax File
 * Rebranded/continued as [[Intacta.CODE]] in 1997
 == Links and references ==

@@ Line 17: / Line 17: @@
 == History ==
-* developed by Fontech Ltd. based in Beer Sheva, Israel to sell to the Israeli government to provide a way of securely sending data via fax
+* In 1987 Oded Kafri invented the random grids which were utilized for 'Visual encryption' and later for printing binary data on papers (which is the basis of the two-dimensional barcode)
 * originally licensed to AT&T as Surity Fax-O-File
 * started InfoImaging Technologies, Inc. in 1994 in California (originally Palo Alto, then later Pleasanton) after winning Most Innovative Product at the 1993 CeBit for 3D Fax File
@@ Line 32: / Line 33: @@
 * [https://intactacode.op-ezy.co.uk/about/ Video review from 1997 The Computer Chronicles]
 * [https://intactacode.op-ezy.co.uk/about/ History of Fontech and 3D Fax technology]

@@ Line 14: / Line 14: @@
 Further developed into [[Intacta.CODE]]
 == History ==
@@ Line 30: / Line 31: @@
 * [https://web.archive.org/web/20000301233413/http://infoimaging.com/product/faxfile.htm Archived product page]
 * [https://intactacode.op-ezy.co.uk/about/ Video review from 1997 The Computer Chronicles]
-* [https://intactacode.op-ezy.co.uk/about/ History of 3D Fax technology]
+* [https://intactacode.op-ezy.co.uk/about/ History of Fontech and 3D Fax technology]

← Older revision		Revision as of 18:07, 28 July 2023
Line 22:		Line 22:
	* [https://books.google.com/books?id=DBaA0pFpw9kC&pg=PT66 Press Release for v2.0 in 27 November 1995 Computerworld]		* [https://books.google.com/books?id=DBaA0pFpw9kC&pg=PT66 Press Release for v2.0 in 27 November 1995 Computerworld]
	* [https://web.archive.org/web/20000301233413/http://infoimaging.com/product/faxfile.htm Archived product page]		* [https://web.archive.org/web/20000301233413/http://infoimaging.com/product/faxfile.htm Archived product page]
		+	* [https://intactacode.op-ezy.co.uk/about/ Video review from 1997 The Computer Chronicles]
		+	* [https://intactacode.op-ezy.co.uk/about/ History of technology]

@@ Line 6: / Line 6: @@
 }}
-'''3D Fax''' is a Windows program, developed for InfoImaging Technologies by sister Israeli company Fontech in the mid-1990s, for file transfer via fax (FTF). The program encodes a file into an InfoImage, which the user would then print and send via a fax machine or transmit directly from the computer using a fax modem. The recipient would then scan the transmitted image or receive it via a fax modem, and use 3D Fax to decode it back to its original binary form.
+'''3D Fax''' (also 3DFax) is a Windows program, developed for InfoImaging Technologies by sister Israeli company Fontech in the mid-1990s, for file transfer via fax (FTF). The program encodes a file into an InfoImage, which the user would then print and send via a fax machine or transmit directly from the computer using a fax modem. The recipient would then scan the transmitted image or receive it via a fax modem, and use 3D Fax to decode it back to its original binary form.
 * v1.0 - 40kB per sheet of paper

← Older revision		Revision as of 17:49, 28 July 2023
Line 1:		Line 1:
−	~~[[File:~~Faxfile.gif]]	+	{{FormatInfo
		+	\|formattype=physical
		+	\|subcat=Bar codes
		+	\|image=Faxfile.gif
		+	\|caption=3D Fax logo
		+	}}

	'''3D Fax''' is a Windows program, developed for InfoImaging Technologies by sister Israeli company Fontech in the mid-1990s, for file transfer via fax (FTF). The program encodes a file into an InfoImage, which the user would then print and send via a fax machine or transmit directly from the computer using a fax modem. The recipient would then scan the transmitted image or receive it via a fax modem, and use 3D Fax to decode it back to its original binary form.		'''3D Fax''' is a Windows program, developed for InfoImaging Technologies by sister Israeli company Fontech in the mid-1990s, for file transfer via fax (FTF). The program encodes a file into an InfoImage, which the user would then print and send via a fax machine or transmit directly from the computer using a fax modem. The recipient would then scan the transmitted image or receive it via a fax modem, and use 3D Fax to decode it back to its original binary form.

← Older revision		Revision as of 17:46, 28 July 2023
Line 1:		Line 1:
		+	[[File:Faxfile.gif]]
		+
	'''3D Fax''' is a Windows program, developed for InfoImaging Technologies by sister Israeli company Fontech in the mid-1990s, for file transfer via fax (FTF). The program encodes a file into an InfoImage, which the user would then print and send via a fax machine or transmit directly from the computer using a fax modem. The recipient would then scan the transmitted image or receive it via a fax modem, and use 3D Fax to decode it back to its original binary form.		'''3D Fax''' is a Windows program, developed for InfoImaging Technologies by sister Israeli company Fontech in the mid-1990s, for file transfer via fax (FTF). The program encodes a file into an InfoImage, which the user would then print and send via a fax machine or transmit directly from the computer using a fax modem. The recipient would then scan the transmitted image or receive it via a fax modem, and use 3D Fax to decode it back to its original binary form.