"So let's start with this assumption that patent maximalists have come to accept Section 101/Alice renders software patents worthless and even overzealous, very large law firms (Finnegan is one of the biggest) insist that patenting has gone too far for practical purposes. Where do they go from here? Buzzwords."It's hard to patent software. So it's not hard to see why patent maximalists would pursue such tricks. As recently as Sunday Watchtroll published this rant about Section 101/Alice -- the basis (or legal framework) upon which most software patents become void. "This has prompted many to cast a grim prospect for the software patent industry," Babak Nouri (at Watchtroll) wrote less than a couple of days ago, as if the patents themselves are the industry...
"A Realistic Perspective on post-Alice Software Patent Eligibility" is the headline and here's a snide remark directed at the law itself: "Much of the havoc wrought in the software patent system by the landmark decision Alice v. CLS Bank International, 134 S. Ct. 2347 (2014) stems from the unworkable two-part patent eligibility test based on vaguely defined and nebulous Abstract idea and significantly more constructs. The High court’s reluctance or perhaps inability to precisely define these standards and the perceived lack of discernible consistency by the patent community in the way these standards have been applied in the compendious jumble of case law, has perpetuated a sense of uncertainty. This has prompted many to cast a grim prospect for the software patent industry."
Who said this so-called 'industry' (it's not even an industry) deserved to exist in the first place? Let coders write code. Most of them never dealt with lawyers and aren't interested in lawsuits. It's the lawsuits 'industry' looking to cause trouble.
A few days ago Elliot C. Cook and Jeffrey A Berkowitz (Finnegan, Henderson, Farabow, Garrett & Dunner, LLP) published "Successful Companies Don't Just Patent Everything—They Make And Follow A Strategy".
You can't patent everything anyway. Sooner or later, as in the US with its courts, you realise that the lion's share of your patents are fake, worthless, toothless. Or in their words: "In both of the above illustrations, the companies failed to develop and implement a patent strategy. Emerging companies should concentrate on building a patent monopoly covering the most commercially important aspects of their new technologies while making efficient use of their patent dollars and the precious time of their key inventors. In short, when companies formulate their business strategy, patents should play an integral role. Patenting too sparingly or recklessly is not strategic and is not a way to generate company value."
So even a law firm that promotes software patents quite actively admits these downsides. In some cases, as in this new example of Swisscom and ASSIA, companies just cross-license and move on (wireless for the most part in this particular case/agreement, not algorithms).
So let's start with this assumption that patent maximalists have come to accept Section 101/Alice renders software patents worthless and even overzealous, very large law firms (Finnegan is one of the biggest) insist that patenting has gone too far for practical purposes. Where do they go from here? Buzzwords. We already wrote dozens of articles to that effect and over the past week we saw several new examples.
Japanese blogger Satoshi Watanabe wrote about patent trolls or feeding a patent troll in Japan for blackmail purposes. “Patent utilization” is what he (or they) use as the newest euphemism (rather than enforcement, monetisation, assertion and so on). He also alludes to "artificial intelligence (AI)-based" at the end:
“Patent utilization” has been a buzz word in Japanese IP industry. There seems to be an increasing number of companies thinking that they should make effective use of patents that haven’t been used by themselves; i.e. monetize such patents by selling or licensing them to others. Actually, a client of ours has asked me what salable or licensable patents are like.
First of all, you may need to know when a patent transaction occurs.
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It's hoped that artificial intelligence (AI)-based solution will be developed.
Anodot, which focuses on using machine learning techniques to spot anomalies in time-series data, announced a pair of U.S. patent awards this week covering its autonomous analytics framework.
The analytics vendor said Thursday (Oct. 11) it has been granted two U.S. patents for algorithms that allow users to apply machine learning-base anomaly detection. The algorithms are designed specifically to quickly identify the source of anomalies in large data sets, then perform root-cause analysis. The approach is promoted as faster than traditional business intelligence tools or dashboards.
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Anodot was launched in 2014 when its co-founders realized there was an unmet need for fast and accurate time-series analysis.
In the wake of the Supreme Court’s Mayo and Alice decisions, uncertainty has surrounded what inventions are patent eligible in the United States. In Mayo and Alice, the Supreme Court developed a two-step test to determine patent eligibility. Step one determines if the invention is directed to a law of nature, natural phenomenon, or abstract idea. If so, the second step determines if there is an inventive concept sufficient to ensure the patent amounts to significantly more than the ineligible concept itself.[i] While this test has led to uncertainty in what inventions remain patent eligible, post-Mayo/Alice case law has begun to shed light on what is patent eligible in the United States. The current state of patent eligibility in the technology areas most impacted by the Mayo/Alice two-step are outlined below.
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Software and Business Method Claims
Software and business method patents have faced significant challenges since the Mayo/Alice decisions. Software claims, are not per se ineligible, however software claims that merely gather, analyze, and output data are patent ineligible.[xii] Software claims can be patent eligible when they are directed to an improvement in the way computers operate.[xiii] Additionally, claims which recite specific limitations to overcome deficits or problems in the prior art have been found patent eligible.[xiv] Based on these holdings, to be patent eligible software claims must recite specific steps to obtain a desired result rather than recite merely the result itself.[xv]
Advances in artificial intelligence raise intriguing patent law questions, including whether AI breakthroughs are patent-eligible and whether AI that creates something can be an "inventor" entitled to a patent.
With the advent of powerful computers and the availability of unlimited storage capabilities, artificial intelligence (AI) has made its way into mainstream applications – heralding the fourth industrial revolution. While the notion of what ‘artificial intelligence’ means has undergone significant change since its introduction in 1956, today’s typical AI is broadly conceived to “perceive its environment and take actions that maximise its chance of successfully achieving its goals”. This may involve reinforcement learning, where goals can be set explicitly or implicitly by rewarding some types of behaviour and punishing others, or by a fitness function allowing for mutation and preferential replication of high-scoring AI systems in an evolutionary system. AI may be implemented in self-optimising software or hardware that regularly requires vast data amounts (known as ‘big data’) for training response behaviour.
Subject matter eligibility for patent under 35 U.S.C. ۤ 101 has been a particularly hot topic since the 2014 Supreme Court decision in Alice Corp. v. CLS Bank Int'l. Section 101 patent eligibility has particular relevance to AI and digital health since they often involve computers and/or data processing whose mere presence, reference, or implication in claims frequently give rise to subject matter eligibility questions during patent prosecution as well as during litigation after patent issuance.
The breadth and gravity of current ۤ 101 issues has been explored elsewhere and is beyond the scope of this article. In general, Alice and subsequent lower court decisions have made it more difficult to get patents issued with claims involving computers and/or data processing. It is therefore important to consider potential patent eligibility concerns under ۤ 101 during the patent application drafting process in order to preemptively address these concerns as much as possible before the application faces any challenges during prosecution or during litigation as an issued patent.