`
`In re Patent of:
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`Ric B. Richardson
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`U.S. Patent No.: 8,566,960
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`Attorney Docket No.: 19473-0378IP1
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`Issue Date:
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`October 22, 2013
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`Appl. Serial No.: 12/272,570
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`Filing Date:
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`November 17, 2008
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`Title:
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`SYSTEM AND METHOD FOR ADJUSTABLE LICENSING
`OF DIGITAL PRODUCTS
`
`
`Mail Stop Patent Board
`Patent Trial and Appeal Board
`U.S. Patent and Trademark Office
`P.O. Box 1450
`Alexandria, VA 22313-1450
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`
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`
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`DECLARATION OF ANTHONY J. WECHSELBERGER.
`I, Anthony J. Wechselberger, of Escondido, CA, hereby declare the
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`following:
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`
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`I have been retained on behalf of Google Inc. (“Google”). I understand that
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`Google is the Petitioner in an Inter Partes Review before the Patent Trial and
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`Appeal Board (“PTAB” or “Board”) of U.S. 8,566,960 (“the ’960 Patent”)
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`(GOOGLE-1001). The ’960 Patent claims priority to U.S. Provisional Patent
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`Application No. 60/988,778 (“the ’778 Provisional”).
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`1
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`GOOGLE 1003
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`
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
`I have been asked to opine on the subject of the validity of the claims of the
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`
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`’960 Patent.
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`I am currently the president of Entropy Management Solutions located in
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`Escondido, CA. Entropy Management Solutions offers consulting services in the
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`areas of technology, R&D management, and systems engineering, amongst others,
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`with a focus on broadband and multimedia systems and networking for content
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`management, distribution and consumption. My qualifications for formulating my
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`analysis on this matter are summarized here and are addressed more fully in my
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`curriculum vitae, which is attached as Appendix A.
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`
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`I received a Bachelor of Science degree in Electrical Engineering from the
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`University of Arizona in 1974. In 1979, I received my Masters of Science degree
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`in Electrical Engineering from San Diego State University. I also completed an
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`Executive Program for Scientists and Engineers at the University of California,
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`San Diego, in 1984.
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`
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`From 1974 to 1980, I was employed by General Dynamics in the Electronics
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`Division, where I started as a design engineer and later became a project engineer.
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`Following my time at General Dynamics, I was a staff scientist in the corporate
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`advanced technology group of OAK Industries, Inc. from 1980 to 1982. In 1982, I
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`transferred to the OAK Communications, Inc. arm of OAK Industries. At OAK
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`Communications, I was the manager and director of engineering from 1982 to
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`2
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
`1985, and the Vice President of Technical Operations from then until 1988. I
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`served as the Senior Vice President of Domestic Operations at OAK
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`Communications from 1988 until 1990, at which time the OAK Communications
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`division was divested from OAK Industries and became TV/COM International. I
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`then worked as the Vice President and Chief Technical Officer of TV/COM
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`International, Inc., until it became a subsidiary of Hyundai Electronics America in
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`1995. I then became the General Manager of the Conditional Access Business
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`Unit at TV/COM. After serving as General Manager for two years, in 1997 I
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`became the Vice President of Product Management at TV/COM. I then started
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`Entropy Management Solutions in 1999, where I continue to hold the position of
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`President.
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`Through my professional career, I have accumulated over forty years of
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`experience researching, designing, and implementing content distribution systems,
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`including in the areas of content distribution security, content distribution
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`standards development, cable and satellite broadcasting systems, and broadband
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`systems.
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`
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`I am a named inventor on several patents and patent applications. The
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`earliest of these, directed to a “Multilayer Encryption System for the Broadcast of
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`Encrypted Information,” issued in 1985 (U.S. Patent No. 4,531,020). I am also a
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`named inventor on U.S. Patent No. 5,113,440 for a “Universal Decoder,” and am
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`3
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
`named on patent applications directed to “Anonymous Transactions over a System
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`of Networked Computers” and “Storage and Delivery of Electronic Media with
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`Advertising.”
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`
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`I have published or participated in numerous technical papers, journal
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`articles, technical panels, and technical and marketing presentations in the fields of
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`content security, broadband and internet security, cable and satellite broadcasting,
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`and standards development. Representative titles include “Content Ownership
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`Rights: Distribution and Security Issues” (2004) and “Methodologies for Multiple
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`Conditional Access Technologies in Digital Delivery Systems” (1994), and others
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`are included in my curriculum vitae, which is attached as Appendix A.
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`
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`In addition to gaining expertise via my academic training, professional
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`experiences, and accomplishments in research and development, I have kept
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`abreast of the field of content distribution and content rights management by
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`reading technical literature and attending and presenting at conferences, as
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`discussed above. I have also had an active role in several technical societies and
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`organizations over the years, including the Society of Cable &
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`Telecommunications Engineers, the Society of Motion Picture and Television
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`Engineers, the Advanced Television Systems Committee, the International
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`Organization for Standardization (ISO), and the Institute of Electronic and
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`Electrical Engineers.
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`4
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
` My opinions set forth in this declaration are informed by my experience in
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`the fields of electrical engineering and computer science, and more particularly, in
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`the fields of content distribution and digital content rights management. Based on
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`my above experience, I am an expert in these fields. Also, based on my
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`experiences, I understand and know the capabilities of persons of ordinary skill in
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`these fields during the relevant time period during the late 2000s. I worked in
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`research and development directly, managed those efforts in various roles,
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`participated in organizations and technical conferences, and otherwise worked
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`closely with many such persons during that time frame and preceding time frames
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`over my forty years in the industry.
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` As part of my independent analysis for this declaration, I have considered
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`the following: my own knowledge and experience, including my own work and
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`research experience in the fields of content rights management and content
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`distribution, my participation in professional organizations and conferences in
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`those fields; and my experience in working with others in the relevant technical
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`areas. In addition, I have analyzed the following materials:
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` The disclosure and claims of U.S. Patent No. 8,566,960 (“the ’960
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`Patent”; GOOGLE-1001);
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` File History for U.S. Patent No. 8,566,960 (GOOGLE-1002);
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` Curriculum Vitae of Anthony J. Wechselberger (“CV”; Appendix A);
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`5
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
` U.S. Patent No. 7,047,411 to DeMello, et al. (“DeMello” or “the ’411
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`Patent”; GOOGLE-1004);
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` Irish Patent Application No. 02/0429 to Staruiala, et al. (“Staruiala” or
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`“the ’429 Application”; GOOGLE-1005);
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` U.S. Patent No. 7,962,424 to Colosso, et al. (“Colosso” or “the ’424
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`Patent”; GOOGLE-1006);
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` IPR2016-01271 Institution Decision
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` U.S. Patent No. 6,574,612 to Colosso, et al. (“Baratti” or “the ’612
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`Patent”; GOOGLE-1009)
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` “The Long March to Interoperable Digital Rights Management”
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`(“Koenen”; GOOGLE-1010)
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` U.S. Patent No. 5,671,412 (“Christiano” or “the ’412 Patent”; GOOGLE-
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`1011)
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` U.S. Patent No. 6,243,468 (“Pearce” or “the ’468 Patent”; GOOGLE-
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`1012)
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` U.S. Patent No. 7,503,072 (“Hughes” or “the ’072 Patent”; GOOGLE-
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`1013)
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` U.S. Patent No. 6,041,411 (“Wyatt” or “the ’041 Patent”; GOOGLE-
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`1014)
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` U.S. Patent No. 4,866,769 (“Karp” or “the ’769 Patent”; GOOGLE-1015)
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
` Other background references, of which I had been previously aware, not
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`cited herein directly that a person of ordinary skill in the art (“POSITA”)
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`at the time of invention would have recognized as being related to the
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`subject matter of the ’960 Patent.
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` Although this Declaration refers to and cites to selected portions of the cited
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`references for the sake of brevity, it should be understood that one of ordinary skill
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`in the art would have viewed the references cited herein in their entirety and in
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`combination with other references cited herein or cited within the references
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`themselves. The references used in this Declaration, therefore, should be viewed
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`as being incorporated herein in their entirety.
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`
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`I am not, and never have been, an employee of Google. I have been engaged
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`in the present matter to provide my independent analysis of the issues raised in the
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`petition for Inter Partes Review of the ’960 Patent. I received no compensation for
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`this declaration beyond my normal hourly compensation of $375/hour based on my
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`time actually spent studying the matter, and I will not receive any added
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`compensation based on the outcome of this Inter Partes Review of the ’960 Patent.
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`7
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
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`OVERVIEW OF CONCLUSIONS FORMED
` This Declaration explains the conclusions that I have formed based on my
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`independent analysis. To summarize, based upon my knowledge, experience, and
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`my review of the prior art publications listed above, it is my opinion that:
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`
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`Each of claims 1-25 of the ’960 Patent are obvious in light of
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`DeMello in view of Staruiala and a POSITA’s knowledge.
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`Each of claims 1-25 of the ’960 Patent are obvious in light of
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`DeMello in view of Staruiala, Colosso and a POSITA’s knowledge.
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`
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`BACKGROUND KNOWLEDGE ONE OF SKILL IN THE ART WOULD
`HAVE HAD PRIOR TO THE FILING OF THE ’960 PATENT
` The technology of the ’960 Patent at issue generally relates to a system for
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`adjusting the number of devices allowed to use a digital product, such as software
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`or other digital content, under a license. GOOGLE-1001, Abstract. Over time, the
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`system adjusts an allowed copy count that is associated with the license, to permit
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`a user to increase the number of devices they can use with the license over the
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`period of ownership of that license. Id., 4:14-17. Prior to the earliest effective
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`filing date of the ’960 Patent, which as described below is assumed to be
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`November 17, 2007 for purposes of my analysis here, there existed numerous
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`products, publications, and patents that implemented or described the functionality
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`claimed in the ’960 Patent. Based upon my knowledge and experience, and my
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`8
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
`review of the prior art publications listed above, a POSITA, at the time the ’778
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`Provisional was filed, would have recognized that the subject matter described in
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`the ’960 Patent was well-known in the prior art. Further, to the extent there was
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`any problem to be solved in the ’960 Patent, a POSITA at the time would have
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`known that such a problem had already been solved in prior art systems, patents,
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`and other printed publications appearing before the priority date of the ’960 Patent.
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` Based upon my experience in this area, a POSITA would have had a
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`combination of experience and education in the fields of digital rights management
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`(“DRM”), cryptography, content distribution, or related software technology. This
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`typically would consist of a minimum of a bachelor-level or higher university
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`degree in computer science or electrical engineering, plus at least two years of
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`experience in software development.
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` Based on my experiences, I have a good understanding of the capabilities of
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`a POSITA. Indeed, I have worked with, supervised, participated in organizations
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`with, and presented to a number of such persons over the course of my career.
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`INTERPRETATIONS OF THE ’506 PATENT CLAIMS AT ISSUE
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`I understand that, for purposes of my analysis in this Inter Partes Review
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`proceeding, the terms appearing in the claims of the ’960 Patent should be
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`interpreted according to their “broadest reasonable construction in light of the
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`9
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`Patent No.: 8,566,960
`Attorney Docket: 19473-0378IP1
`specification of the patent in which it appears.” 37 C.F.R. § 42.100(b). In that
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`regard, I understand that the best indicator of claim meaning is usage of the claim
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`language in the context of the patent specification as understood by a POSITA. I
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`further understand that the words of the claims should be given their plain meaning
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`unless that meaning is inconsistent with the patent specification or the patent’s
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`history of examination before the Patent Office. I also understand that the words
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`of the claims should be interpreted as they would by a POSITA at the time the
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`invention was made. I have used the filing date of the ’778 Provisional (U.S.
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`Provisional Patent Application No. 60/988,778) as the point in time for claim
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`interpretation purposes, because this is the date to which the ’960 Patent claims
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`priority and because I do not know at what earlier date, if any, the invention as
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`claimed was made. That date was November 17, 2007. Without exception,
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`however, the interpretations that I provide below would have also been correct if a
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`date between, for instance, the start of the 2000s and November, 2007 was
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`determined to be the date of invention. I have been asked to provide my
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`understanding of the proper interpretation of the following terms and phrases of the
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`’960 Patent set forth below.
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` Claim 25 includes a limitation that recites “a first time period after an initial
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`authorization of the digital product.” A POSITA would not require a particular
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`construction of this language, but rather would readily understand those words,
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`10
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`Patent No.: 8,566,960
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`including “after” and “time period,” by applying the widely accepted meanings of
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`those terms to the claims. Thus, a “plain and ordinary” meaning of those terms
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`suffices to inform a POSITA of the metes and bounds of claim 25. Put another
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`way, a POSITA at the time of the priority date of the ’960 Patent would understand
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`that a “time period” can include any conceivable time period, including both finite
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`and unbounded time periods, and would understand that the word “after” refers to
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`any time that is subsequent to an initial authorization of a digital product.
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` This interpretation is consistent with the specification of the ’960 Patent that
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`describes that a “time period” can include bounded time periods, such as five or
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`thirty day periods, or unbounded time periods that extend for an unlimited number
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`of days. GOOGLE-1001, 6:21-24 (“ It is noted that the example embodiment of
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`FIGS. 1 and 2 is simple for the purposes of understanding but can include any
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`number of evaluation periods, not just the five, thirty and unlimited day periods
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`described in the example.”).
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` Moreover, the ’960 Patent is clear that the term “after” encompasses any
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`time period subsequent to an initial authorization, including time periods beginning
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`at an initial authorization and time periods beginning sometime after an initial
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`authorization. For example, the ’960 Patent discloses that a license may have an
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`applicable allowed copy count that can be different for “any number of evaluation
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`periods,” including “the first five days of the users [sic] use of the software,” a
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`Patent No.: 8,566,960
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`subsequent period for “the next twenty-five days until the thirtieth day after first
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`authorization,” and a third period that begins “[a]fter the first thirty days” since the
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`initial authorization. Id., 4:27-34. Thus, the ’960 Patent is clear that the term
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`“after” refers to any period that is subsequent to an initial authorization, including
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`“a first time period after an initial authorization,” a second time period “after the
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`first time period has expired,” a third time period “after the second time period has
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`expired,” etc. Id., 7:8-31. See also Id., Abstract, 2:43-64, 8:18-43.
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`In performing my analysis of the ’960 Patent, I have learned that in related
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`IPR2016-01271, the Patent Trial and Appeal Board (“the Board”) construed this
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`language of claim 25 to mean “a time period that begins at an initial authorization
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`of the digital product and extending for a duration thereafter.” GOOGLE-1007, 7,
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`14. I must respectfully disagree with this construction of the claim language.
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`First, as noted above, the ’960 Patent clearly intended the word “after” to include
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`times occurring some predetermined amount of time after an initial authorization,
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`and not only those times occurring at the time of an initial authorization.
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`GOOGLE-1001, Abstract, 2:43-64, 7:8-31, 8:18-43. A time period beginning, for
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`example, 5 or 30 days subsequent to an initial authorization is just as much a
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`period “after” the initial authorization as one starting at the time of the initial
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`authorization. Moreover, when the applicant of the ’960 Patent intended to refer
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`specifically to a time period “that begins at” the time of an initial authorization,
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`Patent No.: 8,566,960
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`they consistently used the word “since” to do so. Id., 8:6-10 (“[T]he first time
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`period may comprises [sic] a defined number of days since the initial authorization.
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`For example, the defined number of days may comprise six days since the initial
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`authorization.”). See also, id., 2:50-52, 5:41-46, 5:61-64, 6:49-52, 8:24-29, 12:30-
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`34, 12:52-58. Therefore, a POSITA would understand the term “after” recited by
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`claim 25 to refer to any period “subsequent to” an initial authorization, not only
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`periods “begin[ning] at” the time of initial authorization, as the Board previously
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`construed it to mean. In addition, to the extent the Board’s construction requires a
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`“first time period” to extend for a finite “duration,” that construction is inconsistent
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`with the teachings of the ’960 Patent that permit both finite and unlimited periods
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`of time. Id., 6:21-24 (“[…] but can include any number of evaluation periods, not
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`just the five, thirty and unlimited day periods.”).
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`TECHNOLOGY OVERVIEW
` The ’960 Patent relates to a system for adjusting the number of devices that
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`are allowed to use software under a license. GOOGLE-1001, Abstract. The
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`system includes a licensing authority software system for processing a request to
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`use a licensed product received from a given user device. Id., FIG. 2, 4:50-55.
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`The system further includes a memory and processor used by the licensing
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`authority software system to receive and process the authorization request, and a
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`Patent No.: 8,566,960
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`communication module for communicating with the given user device. Id., FIG. 4,
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`2:21-27, 7:41-47.
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` To request authorization to use a license, a given user device submits license
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`data to the licensing authority that includes both license information and a device
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`identity. Id., FIG. 2, 4:56-59 (“Typically the device 50 requesting authorization
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`collects license related information 10 and unique device identifying information
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`11, compiles the collected information into a communication and sends it to the
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`authorization authority 55.”). The licensing authority receives the request and
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`verifies the license data using a two-step process. Id., 4:60-5:9. First, the licensing
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`authority determines whether the license information submitted by the given user
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`device is valid. Id., 4:60-62 (“Upon receipt of this communication from the device
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`50, the license authority 55 checks that the license information is valid (step 13).”).
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`Second, if the licensing authority determines that the license information is valid,
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`the licensing authority then checks the device identity to see if it recognizes the
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`device identity. Id., 5:1-5 (“If the request for authorization 12 includes license
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`information/data that is valid, the license information checking process (at step 13)
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`will pass and the requesting devices unique identity information 11 is checked to
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`see if it exists in the database of prior authorizations 15.”), 12:1-4 (Where the
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`system is configured to “verify that a license data associated with the digital
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`product is valid based at least in part on a device identity generated by sampling
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`14
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`Patent No.: 8,566,960
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`physical parameters of the given device”). If the device identity is known,
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`meaning that the device has been previously authorized to use the license, then the
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`licensing authority grants the given user device permission to use the license. Id.,
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`5:5-13.
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` Otherwise, if the device identity is not known to the licensing authority, then
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`the licensing authority treats the authorization request as a new request to use the
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`license. Id., 5:14-19. To evaluate the new request, the licensing authority
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`identifies an applicable allowed copy count that specifies a maximum number of
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`devices that are authorized to use the license at that time. Id., FIG. 2, 5:14-19,
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`2:19-21, 4:5-12, 7:8-12, 7:19-23, 7:28-31. To permit users to use licensed software
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`on new or upgraded devices, while deterring unauthorized uses of the license, the
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`licensing authority varies the applicable allowed copy count over time. See, e.g.,
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`Id., FIG. 2, 1:31-57, 2:19-21, 3:41-51, 4:5-12, 5:14-19, 6:8-12, 7:8-12, 7:19-23,
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`7:28-31. In other instances, the licensing authority can both increase and decrease
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`the allowed copy count over time, for example, where the license is associated with
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`a rented software product or digital content, or where a distributor of a software
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`product or digital content determines that users are abusing an allowed copy count.
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`Id., 6:33-44.
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` Figure 2 of the ’960 Patent describes one example implementation in which
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`an allowed copy count is increased over time. At an initial device authorization,
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`the allowed copy count is set to five for a period of five days, meaning that a user
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`may authorize up to five new devices to use the license during that period. Id.,
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`FIG. 2, 4:25-29; 5:13-40. After this initial period, the allowed copy count is
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`increased to seven for a subsequent period of twenty five days, up until the thirtieth
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`day after the initial authorization. Id., FIG. 2, 4:29-31; 5:41-54. The allowed copy
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`count is increased after thirty days from the initial authorization to permit ten total
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`device authorizations, where the allowed copy count is then held constant for an
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`indefinite period of time. Id., FIG. 2, 4:31-34, 5:61-6:7.
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` Once the appropriate allowed copy count is determined, the licensing
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`authority determines a device count representing the number of devices that have
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`already been authorized to use the license, i.e., a number of prior authorizations
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`that does not include the current authorization request. See, e.g., Id., FIG. 2, 2:34-
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`64, 5:20-21, 5:46-52, 5:61-66. The licensing authority compares the device count
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`to the allowed copy count, and if the device count is less than the allowed copy
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`Patent No.: 8,566,960
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`count, authorizes the device to use the digital product associated with the license.
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`Id., FIG. 2, 5:23-25, 5:46-52, 5:61-66. Otherwise, if permitting the new
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`authorization would exceed the allowed copy count, then an indication, e.g., a
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`warning or error message, is provided to the device for output. Id., FIG. 2, 5:26-
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`32, 5:52-59, 5:5:66-6:7.
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` Once authorized, the device may begin to use the digital product, such as by
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`installing software associated with the license. Id., 1:31-41, 3:41-4:12. The
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`system also updates a record of authorized devices stored at an authorization
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`database to include the newly authorized device. Id., 5:1-9, 8:3-5. Doing so
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`ensures that the device count accurately reflects the number of devices that have
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`been authorized to use the license, and also permits reauthorization of the given
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`device if needed in the future. Id., 5:1-9.
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`
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`OVERVIEW OF THE PRIOR ART
` Prior to the filing date of the ’960 Patent, several prior art references devised
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`a digital rights management (DRM) system that offers flexibility in allowing users
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`to access purchased digital content by adjusting license data for the digital
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`content—just like the ’960 Patent. In fact, the Applicant Admitted Prior Art
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`(“AAPA”) of the ’960 Patent includes DRM systems that allow users to adjust
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`licensing rights to control which devices can access the digital content by
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`Patent No.: 8,566,960
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`“free[ing] up [a] device installation so that the [digital content] can be used on one
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`additional device.” GOOGLE-1001, 1:55-60.
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` Owners of publicly available digital content, such as multimedia or software,
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`had already developed and implemented DRM systems that placed limits on the
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`number of devices that could access digital content. For example, U.S. Patent No.
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`6,574,612 (GOOGLE-1009, “Baratti”) describes how the “advent of wide spread
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`computer networks” disrupted the traditional software licensing model, and
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`discusses the IBM License Use Management product. GOOGLE-1009, 1:10-13.
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`Content owners needed a way to restrict the number of users to whom the content
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`could be distributed after it was purchased, and companies that sold and distributed
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`such content recognized the need for effective copy control. For example, U.S.
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`Patent No. 7,047,411 (GOOGLE-1004, “DeMello”) teaches a DRM system that
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`distributes content while “protect[ing] the rights of the owners of the distributed
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`works.” GOOGLE-1004, 1:35-36.
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` Such DRM systems perform license management, verify user and device
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`identities, associate licenses to requesting entities, and deliver the associated
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`licenses to the requesting entities. License servers that process those license
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`requests and manage and enforce license usage were well-known before the filing
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`of the ’960 Patent. For example, “The Long March to Interoperable Digital Rights
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`Management” (GOOGLE-1010, “Koenen”) describes processing license requests
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`Attorney Docket: 19473-0378IP1
`from a client device and managing license use through consumption rules, such as
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`“limitations on the number of plays,” or “time-based usage or expiration.”
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`GOOGLE-1010, 888.
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` Furthermore, using license information to verify a license associated with a
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`client device requesting access to digital content was well-known before the ’960
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`Patent was filed. For example, U.S. Patent No. 5,671,412 (GOOGLE-1011,
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`“Christiano”) teaches using “a key [that is] synthesized and stored in [a]
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`component license record” and is “used to verify the validity of said license.” Id.,
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`claim 11. Christiano also discusses granting a license to a requesting client
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`according to a license policy that “provides a predetermined number of licenses”
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`that can be distributed among computer systems on a network. GOOGLE-1011,
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`10:25-52, 11:12-34.
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`In addition to validating license information, license servers validate the
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`identity of a device requesting the license for increased security. Using a device
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`identity in an authorization process performed by a DRM system was well-known
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`in the art at the time of the alleged invention. For example, Koenen describes
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`validating “the identity of the requesting system (e.g., using a fingerprint based on
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`characteristic attributes of the specific system or an indelible identifier or key) […]
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`.” GOOGLE-1010, 888. Furthermore, Irish Patent Application No. 02/0429 to
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`Staruiala discloses a device “fingerprint” that can be used for “authenticating”
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`devices to prevent “copyright infringement.” GOOGLE-1005, 1. Additionally,
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`U.S. Patent No. 6,243,468 (GOOGLE-1012, “Pearce”), U.S. Patent No. 7,503,072
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`(GOOGLE-1013, “Hughes”), U.S. Patent No. 6,041,411 (GOOGLE-1014,
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`“Wyatt”), and U.S. Patent No. 4,866,769 (GOOGLE-1015, “Karp”), collectively
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`demonstrate that using a physical identity of a device to improve security of
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`verification methods was well-known before the filing date of the ’960 Patent.
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` The prior art also demonstrates the use of license rules and tracked license
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`records to enforce license use after access to digital content has been allowed. For
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`example, Christiano teaches that “license records are created in the license
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`database,” and that “each record includes a number of licenses available to be
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`checked out,” “including an overdraft quantity” that “indicates a number of
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`licenses that can be provided to clients over the authorized amount of licenses
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`stored in the license records.” GOOGLE-1011, Abstract, 3:64-66.
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` Adjusting a maximum number of devices that can access digital content, and
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`adjusting licensing rights assigned to particular devices, was also well-known in
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`the art at the time of the alleged invention. For example, DeMello’s DRM system
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`offers flexibility by adjusting a limit on the number of devices that can be activated
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`using a single user profile “as time passes.” GOOGLE-1004, Abstract, 22:33-67,
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`23:4-10. So does, for example, U.S. Patent No. 7,962,424 (GOOGLE-1006,
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`“Colosso”), which teaches a “license distribution” system that allocates licenses to
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`client devices to “operate software associated with a corresponding vendor
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`software application,” and which similarly provides flexibility by “allocat[ing]
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`extra software licenses (e.g., [] overdraft licenses) and distribut[ing] more software
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`licenses than are actually purchased by a respective customer.” GOOGLE-1006,
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`Abstract.
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` The DeMello, Staruiala, and Colosso references collectively teach and
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`render obvious each and every element of claims 1-25 of the ’960 Patent.
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`DEMELLO OVERVIEW
` DeMello relates to a DRM system that “distributes and protects rights in
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`content” by activating client devices prior to allowing access or use of digital
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`products purchased by users of the client devices. GOOGLE-1004, Abstract, 4:52-
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`56. DeMello recognizes that contemporary DRM systems that “attempt to protect
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`ownership rights” are often “cumbersome and inflexible and make” use of
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`purchased digital content “difficult for the purchaser.” Id., 1:44-49. Thus,
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`DeMello proposes an “improved digital rights management system that allows of
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`[sic] delivery of electronic works to purchasers in a manner that protects ownership
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`rights, while also being flexible and easy to use.” GOOGLE-1004, 1:50-53.
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` DeMello achieves this flexibility by allowing adjustments to the limit on the
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`“number of devices that may be activated for a particular persona” associated with
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`a user or a “rate at which such devices may be activated for [the] particular
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`persona.” Id., Abstract, 14:32-51, 23:4-48. Such adjustments include permitting
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`additional activations for defined time periods. Id. In an exemplary embodiment,
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`DeMello describes allowing “no more than five activations for a given persona in
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`the first 90 days following the first activation, with an additional activation
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`permitted each 90 days thereafter, up to a total of 10 activations.” Id. DeMello
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`places a limit on the number of total activations available to “prevent[] the
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`unchecked proliferation of” devices activated for “a single persona.” Id.
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` DeMello’s system implements an activation process for a client device that
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`is carried out in multiple steps. Id., FIG. 4, FIG. 8, 4:52-56, 22:30-67, 23:4-48.
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`First, a user is “prompted to login using, in this example, their PASSPORTTM
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`credentials,” which are associated with the user’s persona. Id. Once the user’s
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`credentials have been verified, DeMello’s “activation servers 94” request that the
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`client device “upload a unique hardware