Posts Tagged: "IBM"

This marks Part III of my four-part interview with IBM discussing the state of innovation and the U.S. patent system from the standpoint of a company that has obtained the most U.S. patents for 26 years in a row. Below, I continue the conversation with Mark Ringes, Vice President and Assistant General Counsel for IBM, and Manny Schecter, Chief Patent Counsel for IBM, picking up on the topics of prior art and patent trolls, moving on to a comparison of the U.S. patent system with the rapidly evolving systems of China and Europe and, finally, examining how companies are refining patent prosecution practices to address the Section 101 chaos.

In Part I of my recent interview with IBM, I spoke with Mark Ringes, IBM Vice President and Assistant General Counsel, and Manny Schecter, Chief Patent Counsel, about the company’s commitment to innovation and approach to patenting. Our conversation took place at the IBM offices on Madison Avenue in New York City and touched on topics ranging from Section 101 to startups to the USPTO. Below, the conversation continues with an in-depth discussion of Section 101 law, software patents, and how the Federal Circuit and Supreme Court have contributed to the situation in which we find ourselves today.

As IBM was preparing to announce yet another milestone achievement, this year receiving 9,100 U.S. patents in 2018, I had the opportunity to sit down for an on the record conversation with Mark Ringes, Vice President and Assistant General Counsel for IBM, and Manny Schecter, Chief Patent Counsel for IBM. Our conversation was wide-ranging, but what appears below specifically relates to IBM’s innovation leadership and quest to patent as much of its technology and innovation as possible. We discuss how IBM’s commitment to innovation and how the company is unafraid of pursuing the hardest, riskiest innovations because those will be the most valuable innovations in the future. Of course, even IBM is constrained with a budget, and must report to shareholders, so the philosophy is to obtain patents in a variety of areas and allow the research, technology and market realities dictate where future resources, and company efforts, are placed.

As it has for the past quarter century, IBM today topped the charts for U.S. patent holders, with 9,100 patents granted in 2018. This is the 26th consecutive year that IBM has claimed the number one spot on the annual list of U.S. patent recipients. This year, nearly half of the patents the company received relate to hot button technologies such as artificial intelligence (AI), cloud computing, security, blockchain and quantum computing.

Inventor advocacy group US Inventor recently filed an amicus brief with the U.S. Supreme Court asking the nation’s highest court to grant a petition for writ of certiorari in Capella Photonics v. Cisco Systems. This case, if taken up on appeal, will require the Supreme Court to answer whether the Court of Appeals for the Federal Circuit operates in violation of 35 U.S.C. § 144, the statute governing how the Federal Circuit must respond to appeals of decisions from the U.S. Patent and Trademark Office. In other words, can the Federal Circuit use Rule 36 to issue an affirmance without opinion of decisions appealed from the Patent Trial and Appeal Board (PTAB).

As Jaime Siegel, OIN’s Global Director of Licensing, notes, OIN is able to grant free membership to companies joining the consortium thanks to the efforts of eight full-funding member companies which have each funded $20 million to support OIN’s operations through an endowment. These companies include the first six companies to form OIN: Sony, Phillips, IBM, Red Hat, NEC and SUSE; joining those companies are Google and Toyota. OIN’s board consists of representatives from each of these full funding members. Every new member of OIN signs the same licensing agreement as the full-funding members, giving all members in the organization equal standing in terms of the cross-license agreement.

British patent data insights firm Cipher recently released an IP strategy report that provides a look at how many firms are patenting technologies in the hopes of disrupting various industry sectors. Among the various highlights of the report include a look at fintech patents, which shows that tech companies and not banks are leading the way in obtaining patents that cover the future of banking.

Obviously, Judges cannot be experts on all things, but this apparent lack of understanding of something so fundamental to the case was a bit alarming for the patent owner. Surely, Judge Reyna would clear up his understanding of the difference between a web page and a web server after oral argument and realize that the arguments being made by the defendant were unnecessarily confusing, but also contradicted arguments previously made. Unfortunately, we will never know whether Judge Reyna continues to believe that a web page and a web server are the same thing, or whether the other Judges on the panel were equally confused, because the Federal Circuit issued a Rule 36 affirmance of the trial court’s decision

But did Judge Reyna really fail to understand the importance that a web page and the page server are not the same thing as the Federal Circuit adjourned to deliberate? Did he and the other judges on the panel continue to have this important, yet fundamental misconception during deliberations? Did the reality that a web page and a page server are not the same thing become appreciated and understood by the Federal Circuit panel, or did this fundamental misconception perpetuate itself up to and through the decision making process? Did counsel for IBM managed to mislead the panel? Did the panel even realize that IBM had made the exact opposite argument about WebSphere technology at the district court? The sad, and rather inexplicable reality is it is impossible to know whether the Federal Circuit was mislead, simply didn’t understand the technology, or was even hoodwinked.

One interesting aspect of IFI CLAIMS’ most recent annual patent analysis is a list of eight areas of technology that have seen the fastest growing increases in patent applications between 2013 and 2017. To do this, IFI computed the compound annual growth rate (CAGR) of patent applications for all Cooperative Patent Classification (CPC) codes over the course of the study period to see which CPC codes were receiving the greatest number of patent applications. According to IFI’s analysis, the greatest growth in patent applications were for E-cigarettes and other technologies under the CPC code A24F for smokers’ requisites.

Computers, processors, memories and transmission equipment are devices or machines. All these machines, as configured systems, have a documented history of addressing concrete technical problems that were difficult to overcome.  Ultimately, computing machines are characterized by what they do, or by their architecture. This article illustrates some of the historical issues in developing programmed and programmable machines.

IBM inventors received a record number of U.S. patents in 2017, again blowing past their own previous record to sail past 9,000 issued patents. Over the last 25 years IBM inventors have received patents for such transformative ideas as secure credit card transactions, guiding the visually-impaired using RFID, the world’s fastest supercomputers and earthquake detectors. With more than a quarter-century of innovation under its belt, IBM has continued to work on the most contemporary, relevant problems that exist today. This year alone IBM inventors obtained patents in areas such as Artificial Intelligence, Cloud, Blockchain, Cybersecurity and Quantum Computing technologies.

Somewhere near the end of 2011, I responded to an ad that was left on Craigslist. A website called IPWatchdog.com was looking for a writer to contribute content on Apple’s patenting activities… Over the past five years, I’ve learned a lot about what it means to be an inventor in today’s patent system. I’ve learned that, unless you have the deep wallets to create advocacy groups which beat the drums for further patent reforms in service to the efficient infringer lobby, you tend to get railroaded by the system… In short, I’ve learned that the United States of today is not the same country where the famed garage inventor can become a business success thanks to hard work and ingenuity. Today, the true beneficiaries of innovation seem to be those well-entrenched interests who can copy without great fear of reprisal, leaving the actual inventors without any true ability to commercialize and profit from their intellectual property.

Patenting activities in the quantum computing sector have rapidly increased in recent years, with the U.S. by far the preferred jurisdiction for applicants… One interesting finding from the Patinformatics report is that, although Northrop Grumman doesn’t have the largest portfolio in the field, it is well-situated to compete with the biggest players. “One of our main assertions is that, if there’s an organization interested in being competitive with IBM, they may want to contemplate a partnership or acquisition of Northrop Grumman,” Trippe said. Both Northrop and IBM have made significant investments into super-conducting loop qubit technologies and Northrop actually edges IBM in logic gate hardware.

Artificial intelligence (AI) is no longer a plot point in futuristic sci-fi novels and films. In many aspects of our lives, machines are increasingly performing tasks previously handled by human intelligence. The current and potential applications of AI span a breadth of industries… Whether it’s patent search, online advertising or aviation, AI helps by acting as a multiplier for human function and creativity. As humans continue to innovate, producing an overwhelming amount of work which translates into an incredible amount of data, AI will be the key to decoding and uncovering necessary information.