An anonymous reader quotes a report from Ars Technica: The Senate Judiciary Committee is scheduled to consider two bills Thursday that would effectively nullify the Supreme Court's rulings against patents on broad software processes and human genes. Open source and Internet freedom advocates are mobilizing and pushing back. The Patent Eligibility Restoration Act (or PERA, S. 2140), sponsored by Sens. Thom Tillis (R-NC) and Chris Coons (D-Del.), would amend US Code such that "all judicial exceptions to patent eligibility are eliminated." That would include the 2014 ruling in which the Supreme Court held, with Justice Clarence Thomas writing, that simply performing an existing process on a computer does not make it a new, patentable invention. "The relevant question is whether the claims here do more than simply instruct the practitioner to implement the abstract idea of intermediated settlement on a generic computer," Thomas wrote. "They do not." That case also drew on Bilski v. Kappos, a case in which a patent was proposed based solely on the concept of hedging against price fluctuations in commodity markets. [...]

Another wrinkle in the PERA bill involves genetic patents. The Supreme Court ruled in June 2013 that pieces of DNA that occur naturally in the genomes of humans or other organisms cannot, themselves, be patented. Myriad Genetics had previously been granted patents on genes associated with breast and ovarian cancer, BRCA1 and BRCA2, which were targeted in a lawsuit led by the American Civil Liberties Union (ACLU). The resulting Supreme Court decision -- this one also written by Thomas -- found that information that naturally occurs in the human genome could not be the subject to a patent, even if the patent covered the process of isolating that information from the rest of the genome. As with broad software patents, PERA would seemingly allow for the patenting of isolated human genes and connections between those genes and diseases like cancer. [...] The Judiciary Committee is set to debate and potentially amend or rewrite PREVAIL and PERA (i.e. mark up) on Thursday.

Longtime Slashdot reader theodp writes: Python in Excel is now generally available for Windows users of Microsoft 365 Business and Enterprise," Microsoft announced in a Monday blog post. "Last August, in partnership with Anaconda, we introduced an exciting new addition to Excel by integrating Python, making it possible to seamlessly combine Python and Excel analytics within the same workbook, no setup required. Since then, we've brought the power of popular Python analytics libraries such as pandas, Matplotlib, and NLTK to countless Excel users." Microsoft also announced the public preview of Copilot in Excel with Python, which will take users' natural language requests for analysis and automatically generate, explain, and insert Python code into Excel spreadsheets.

While drawing criticism for limiting Python execution to locked-down Azure cloud containers, Python in Excel has also earned accolades from the likes of Python creator Guido van Rossum, now a Microsoft Distinguished Engineer, as well as Pandas creator Wes McKinney.

Left unmentioned in Monday's announcement is that Microsoft managed to convince the USPTO to issue it a patent in July 2024 on the Enhanced Integration of Spreadsheets With External Environments (alt. source), which Microsoft explains covers the "implementation of enhanced integrations of native spreadsheet environments with external resources such as-but not limited to-Python." All of which may come as a surprise to software vendors and individuals that were integrating Excel and external programming environments years before Microsoft filed its patent application in September 2022.

According to a new survey from Bitkom, cybercrime and other acts of sabotage have cost German companies around $298 billion in the past year, up 29% on the year before. Reuters reports: Bitkom surveyed around 1,000 companies from all sectors and found that 90% expect more cyberattacks in the next 12 months, with the remaining 10% expecting the same level of attacks. Some 70% of companies that were targeted attributed the attacks to organised crime, the survey found, adding 81% of companies reported data theft, including customer data, access data and passwords, as well as intellectual property such as patents. Around 45% of companies said they could attribute at least one attack to China, up from 42% in the previous year. Attacks blamed on Russia came in second place at 39%.

The increase in attacks has prompted companies to allocate 17% of their IT budget to digital security, up from 14% last year, but only 37% said they had an emergency plan to react to security incidents in their supply chain, the survey showed.

An anonymous reader quotes a report from the Financial Post: You may find yourself smelling crayons in the aisles of stores soon -- if Crayola's chief executive Pete Ruggiero has his way. In July, the U.S. Patent and Trademark Office issued a trademark to the arts and crafts giant for the smell of its crayons -- that waxy scent of a childhood spent trying to color within the lines. While it's too soon for this back-to-school season, Ruggiero imagines one day pumping it through the aisles of retailers, triggering nostalgia while shoppers are browsing and hopefully buying more crayons.

Crayola, a unit of Hallmark, first applied for the trademark in 2018 and was initially turned down less than a year later, but won its bid on appeal. During the process, the company shared examples of its own crayons as well as competitors to verify the distinctiveness. It's a "slightly earthy soap with pungent, leather-like clay undertones," according to the trademark documents. "We've been talking about doing it for years," Ruggiero said about the trademark. "That Crayola smell, there's a connection between the smell and childhood memories that is very powerful."

Bloomberg's Mark Gruman remembers how Apple's hardware group "allowed Apple to dump Intel chips from its entire Mac lineup."

And they're now building an in-house cellular modem: For more than a decade, Apple has used modem chips designed by Qualcomm... But in 2018 — while facing a legal battle over royalties and patents — Apple started work on its own modem design.... It's devoting billions of dollars, thousands of engineers and millions of working hours to a project that won't really improve its devices — at least at the outset...

Over the past few years, Apple's modem project has suffered numerous setbacks. There have been problems with performance and overheating, and Apple has been forced to push back the modem's debut until next year at the earliest. The rollout will take place on a gradual basis — starting with niche models — and take a few years to complete. In a sign of this slow transition, Apple extended its supplier agreement with Qualcomm through March 2027... But Qualcomm has said that Apple will still have to pay it some royalties regardless (the chipmaker believes that Apple won't be able to avoid infringing its patents).

So it's hard to tell how big the benefits will be in the near term. Down the road, there are plans for Apple to fold its modem design into a new wireless chip that handles Wi-Fi and Bluetooth access. That would create a single connectivity component, potentially improving reliability and battery life. There's also the possibility that Apple could one day combine all of this into the device's main system on a chip, or SoC. That could further cut costs and save space inside the iPhone, allowing for more design choices. Furthermore, if Apple does ultimately save money by switching away from Qualcomm, it could redirect that spending toward new features and components.

An anonymous reader quotes a report from Ars Technica: A patent lawsuit filed by one of 3D printing's most established firms against a consumer-focused upstart could have a big impact on the wider 3D-printing scene. In two complaints, (1, 2, PDF) filed in the Eastern District of Texas, Marshall Division, against six entities related to Bambu Lab, Stratasys alleges that Bambu Lab infringed upon 10 patents that it owns, some through subsidiaries like Makerbot (acquired in 2013). Among the patents cited are US9421713B2, "Additive manufacturing method for printing three-dimensional parts with purge towers," and US9592660B2, "Heated build platform and system for three-dimensional printing methods."

There are not many, if any, 3D printers sold to consumers that do not have a heated bed, which prevents the first layers of a model from cooling during printing and potentially shrinking and warping the model. "Purge towers" (or "prime towers" in Bambu's parlance) allow for multicolor printing by providing a place for the filament remaining in a nozzle to be extracted and prevent bleed-over between colors. Stratasys' infringement claims also target some fundamental technologies around force detection and fused deposition modeling (FDM) that, like purge towers, are used by other 3D-printer makers that target entry-level and intermediate 3D-printing enthusiasts.

Slashdot reader Kirschey writes: The U.S. Customs and Border Protection determined that the redesigned Apple Watch models do not violate AliveCor's electrocardiogram patents, allowing them to be imported. This decision comes before a consolidated hearing at the Federal Circuit Court regarding the same patents.
From the decision: We find that Apple Inc. ("Apple") has met its burden to show that certain redesigned wearable devices ("articles at issue") do not infringe one or more of claims 12, 13, and 19-23 of U.S. Patent No. 10,638,941 ("the '941 Patent") and claims 1, 3, 5, 8-10, 12, 15, and 16 of U.S. Patent No. 10,595,731 ("the '731 Patent). Thus, CBP's position is that the articles at issue are not subject to the limited exclusion order that the U.S. International Trade Commission ("Commission" or "ITC") issued in Investigation No. 337-TA-1266 ("the underlying investigation" or "the 1266 investigation"), pursuant to Section 337 of the Tariff Act of 1930, as amended, 19 U.S.C. 1337 ("Section 337").

China has requested significantly more generative AI patents than any other country, the U.N. intellectual property agency (the World Intellectual Property Organization) is reporting. According to WIPO's first-ever report on GenAI patents, China submitted over 38,200 inventions in the past decade, dwarfing the United States' 6,300 filings. South Korea, Japan, and India rounded out the top five. The study tracked approximately 54,000 GenAI-related patent applications from 2014 to 2023, with over a quarter emerging in the last year alone.

Microsoft's canceled Xbox cloud console, codenamed Keystone, has been detailed in a new patent spotted by Windows Central's Zac Bowden. From the report: Back in 2021, Microsoft announced that it was working on a dedicated streaming device for Xbox Game Pass. That device was later revealed to be codenamed Keystone, which took the form of a streaming box that would sit under your TV, cost a fraction of the price of a normal Xbox, and enable the ability to play Xbox games via the cloud. Unfortunately, it appears Microsoft has since scrapped plans to ship Xbox Keystone due to an inability to bring the price down to a level where it made sense for customers. Xbox CEO Phil Spencer is on record saying the device should have costed around $99 or $129, but the company was unable to achieve this.

Thanks to a patent discovered by Windows Central, we can finally take a closer look at the box Microsoft had conjured up internally. First up, the patent reveals that the console took the form of an even square with a circle shape on top, similar to the black circular vent on an Xbox Series S. The front of the box had the Xbox power button, and a USB-A port. Around the back, there were three additional ports; HDMI, ethernet, and power. On the right side of the console there was appears to be an Xbox controller pairing button, and the underside featured a circular "Hello from Seattle" plate that the console sat on, similar to the Xbox Series X. This patent was filed in June 2022, which was around the time when the first details of Xbox Keystone were being revealed.

Steven Vaughan-Nichols reports via ZDNet: While Linux and open-source software (OSS) are no longer constantly under intellectual property (IP) attacks, the Open Invention Network (OIN) patent consortium still stands guard over its patents. Now, OIN, the largest patent non-aggression community, has expanded its protection once again by updating its Linux System definition. Covering more than just Linux, the Linux System definition also protects adjacent open-source technologies. In the past, protection was expanded to Android, Kubernetes, and OpenStack. The OIN accomplishes this by providing a shared defensive patent pool of over 3 million patents from over 3,900 community members. OIN members include Amazon, Google, Microsoft, and essentially all Linux-based companies.

This latest update extends OIN's existing patent risk mitigation efforts to cloud-native computing and enterprise software. In the cloud computing realm, OIN has added patent coverage for projects such as Istio, Falco, Argo, Grafana, and Spire. For enterprise computing, packages such as Apache Atlas and Apache Solr -- used for data management and search at scale, respectively -- are now protected. The update also enhances patent protection for the Internet of Things (IoT), networking, and automotive technologies. OpenThread and packages such as agl-compositor and kukusa.val have been added to the Linux System definition. In the embedded systems space, OIN has supplemented its coverage of technologies like OpenEmbedded by adding the OpenAMP and Matter, the home IoT standard. OIN has included open hardware development tools such as Edalize, cocotb, Amaranth, and Migen, building upon its existing coverage of hardware design tools like Verilator and FuseSoc.

Keith Bergelt, OIN's CEO, emphasized the importance of this update, stating, "Linux and other open-source software projects continue to accelerate the pace of innovation across a growing number of industries. By design, periodic expansion of OIN's Linux System definition enables OIN to keep pace with OSS's growth." [...] Looking ahead, Bergelt said, "We made this conscious decision not to include AI. It's so dynamic. We wait until we see what AI programs have significant usage and adoption levels." This is how the OIN has always worked. The consortium takes its time to ensure it extends its protection to projects that will be around for the long haul. The OIN practices patent non-aggression in core Linux and adjacent open-source technologies by cross-licensing their Linux System patents to one another on a royalty-free basis. When OIN signees are attacked because of their patents, the OIN can spring into action.

An anonymous reader shares a report: Samsung isn't waiting around for Oura to file any patent claims over its forthcoming smart ring. Instead, it's preemptively filed its own suit against Oura, seeking a "declaratory judgment" that states the Galaxy Ring doesn't infringe on five Oura patents. The suit alleges that Oura has a pattern of filing patent suits against competitors based on "features common to virtually all smart rings." In particular, the suit references sensors, electronics, batteries, and scores based on metrics gathered from sensors. The case lists instances in which Oura sued rivals like Ultrahuman, Circular, and RingConn, sometimes before they even entered the US market. For those reasons, Samsung says in the suit that it anticipates being the target of an Oura suit.

necro81 writes: Robert Dennard was working at IBM in the 1960s when he invented a way to store one bit using a single transistor and capacitor. The technology became dynamic random access memory (DRAM), which when implemented using the emerging technology of silicon integrated circuits, helped catapult computing by leaps and bounds. The first commercial DRAM chips in the late 1960s held just 1024 bits; today's DDR5 modules hold hundreds of billions.

Dr. Robert H. Dennard passed away last month at age 91. (alternate link)

In the 1970s he helped guide technology roadmaps for the ever-shrinking feature size of lithography, enabling the early years of Moore's Law. He wrote a seminal paper in 1974 relating feature size and power consumption that is now referred to as Dennard Scaling. His technological contributions earned him numerous awards, and accolades from the National Academy of Engineering, IEEE, and the National Inventor's Hall of Fame.

An anonymous reader quotes a report from TechCrunch: The federal government agency responsible for granting patents and trademarks is alerting thousands of filers whose private addresses were exposed following a second data spill in as many years. The U.S. Patent and Trademark Office (USPTO) said in an email to affected trademark applicants this week that their private domicile address -- which can include their home address -- appeared in public records between August 23, 2023 and April 19, 2024. U.S. trademark law requires that applicants include a private address when filing their paperwork with the agency to prevent fraudulent trademark filings.

USPTO said that while no addresses appeared in regular searches on the agency's website, about 14,000 applicants' private addresses were included in bulk datasets that USPTO publishes online to aid academic and economic research. The agency took blame for the incident, saying the addresses were "inadvertently exposed as we transitioned to a new IT system," according to the email to affected applicants, which TechCrunch obtained. "Importantly, this incident was not the result of malicious activity," the email said. Upon discovery of the security lapse, the agency said it "blocked access to the impacted bulk data set, removed files, implemented a patch to fix the exposure, tested our solution, and re-enabled access." Last June, the USPTO inadvertently exposed about 61,000 applicants' private addresses "in a years-long data spill in part through the release of its bulk datasets," reports TechCrunch. It told affected individuals that the issue was fixed.

The Register provides a retrospective look at how Microsoft "absorbed the handset division of Nokia" ten years ago, only to kill the unit two years later and write it off as a tax loss. What went wrong? "It was a fatal combination of bad management, a market evolving in ways hidebound people didn't predict, and some really (with a few superb exceptions) terrible products," reports The Register. From the report: Like Nokia, Windows Mobile's popularity peaked in 2007, then started to drop away. The iPhone was the tech item of choice for fashionistas, Blackberry was seen as essential for serious business, and Android -- with Google as its new owner -- was gaining traction. Microsoft by that time had a new CEO in Steve Ballmer, who completely and famously failed to see the shifting sands in the mobile market. He dismissed the iPhone as a threat to what he thought was Windows Mobile's unassailable market position, and was roundly mocked for it. So the scene was set for a mobile standards war, and Steve Ballmer staked his professional pride on winning it. Microsoft recruited Nokia to help out. [...]

Under [Executive VP of Microsoft Stephen Elop's] leadership, a closer working relationship with Microsoft was a given -- but in 2013 Redmond announced it was going the whole hog and buying Nokia's handset business outright for $7.2 billion. The deal was done in April 2014, a decade ago from today. Microsoft also got a ten-year license on Nokia's patents and the option to renew in perpetuity. It also got Elop back, as executive vice president of the Microsoft Devices Group. That meant stepping down as CEO of Nokia, for which he trousered an 18.8 million bonus package -- a payoff the Finnish prime minister at the time called "outrageous." Nokia retained its networking business in Finland. It purchased Siemens' half of the Nokia Siemens Networks joint venture and renamed in Nokia Networks. The Nokia board rolled the dice again on hiring another non-Suomi manager, Rajeev Suri, and this time hit a double D20 in D&D terms.

When Ballmer stepped down from the helm at Microsoft in 2014 -- shortly before the Nokia deal completion -- he left a hot mess to deal with. His plan had been to develop the mobile operating system in conjunction with Windows 10, and Windows Mobile 10 was supposed to be a part of a unified code environment. While Windows 10 on the desktop wasn't a bad operating system, Windows Mobile 10 really was. The promised synergy just didn't happen -- it was power-hungry, clunky, and about as popular as a rattlesnake in a pinata. It was this mess that Satya Nadella faced when he took over the reins. Nadella was never very keen on the phone platform and spent more time in press conferences talking about cricket or the cloud than Microsoft's mobile ambitions. It was clear to all that this really wasn't working. Elop was laid off by Redmond a year later.

It was clear that Windows Mobile wasn't going to work. Android and iOS were drinking Microsoft's milkshake, and Redmond realized the game was up. Microsoft started shedding mobile jobs -- both in Finland and Redmond. While mobile was still publicly touted as the way forward for Microsoft with Ballmer gone, the impetus wasn't there and support for the mobile OS shriveled. In 2015 Microsoft declared it was writing off $7.6 billion on the Phone Hardware division as "goodwill and asset impairment charges" -- $400 million more than it had originally paid for the Finnish firm. Nokia bought European networking giant Alcatel-Lucent in a $16.7 billion deal in 2015. Around the same time, Suri announced a move into tablets, since it had a non-compete agreement with Microsoft on mobiles. Meanwhile a bunch of former Nokia execs who'd fled Elop and Microsoft had started a mobile biz of their own: HMD. It was Finnish, but outsourced production to Foxconn in China, and was planning to make cheapish Android devices. In 2016 Microsoft sold its mobile hardware arm to HMD for an undisclosed -- but probably not large -- sum. Nadella clearly wanted out of the whole business and the Finnish startup concentrated on selling good-enough Android smartphones to Nokia's traditional cheap markets.

An anonymous reader shares a report: Harvard geneticist David Sinclair, who has said his "biological age" is roughly a decade younger than his actual one, has put forward his largely unlined face as a spokesman for the longevity movement. The 54-year-old has built his brand on the idea that aging is a treatable disease. The notion has proven so seductive that legions of acolytes follow his online postings about his research and the cocktails of supplements he consumes to stave off the inevitable. His social-media accounts are a platform for assertions that his work is pushing nearer to a fountain of youth. He claimed last year that a gene therapy invented in his Harvard lab and being developed by a company he co-founded, Life Biosciences, had reversed aging and restored vision in monkeys. "Next up: age reversal in humans," he wrote on X and Instagram.

On Feb. 29, in the eyes of many other scientists working to unlock the mysteries of aging, he went too far. Another company he co-founded, Animal Biosciences, quoted him in a press release saying that a supplement it had developed had reversed aging in dogs. Scientists who study aging can't even agree on what it means to "reverse" aging, much less how to measure it. The response was swift and harsh. The Academy for Health and Lifespan Research, a group of about 60 scientists that Sinclair co-founded and led, was hit with a cascade of resignations by members outraged by his claims. One scientist who quit referred to Sinclair on X as a "snake oil salesman." Days later, in a tense video meeting, the academy's five other board members pressed Sinclair to resign as president. He contended that the press release contained an inaccurate quote, according to people who were in the meeting, but he later stepped down.

Sinclair's work is published regularly in top-tier scientific journals and has brought attention to an emerging field vying for credibility and funding. He has parlayed his research into hundreds of millions of dollars of investment in various companies, more than 50 patents and prominence as a longevity influencer. Along the way, his claims -- especially in his social-media posts, interviews and his book -- have drawn criticism from scientists who have accused him of hyping his research and extolling unproven products, including some from companies in which he had a financial interest. "My lab's ideas and findings are typically ahead of the curve, which is why some peers might feel the research is overstated at the time," Sinclair said to The Wall Street Journal in an email. "I stand behind my track record as a trusted scientist in one of the most competitive professions of all." He said he doesn't engage with social-media critics, including those calling him a snake oil salesman, and that many such comments are "nothing more than mischaracterizations."

According to French business magazine Challenges, Apple has acquired Datakalab -- a Paris-based startup specializing in artificial intelligence compression and computer vision technology. 9to5Mac reports: Datakalab described itself as "experts in low power, runtime efficient, and deep learning algorithms" that work on device. On its LinkedIn page, Datakalab highlights "industry leading compression and adaptation to deploy embedded computer vision that is fast, cost-effective and precise." Prior to the Apple acquisition had between 10 and 20 employees.

From Datakalab's now-defunct website: "Datakalab is a French technology company that develops computer image analysis algorithms to measure flows in public space. The images are instantly transformed into anonymized statistical data processed locally in 100ms. Datakalab does not store any images or personal data and only keeps statistical data. Datakalab products are built according to the principle of 'Privacy by Design.'"

While neither Apple nor DatakaLab have acknowledged the acquisition, Challenges says that the deal was reported to the European Commission this month. The report says that Datakalab's two founders did not join Apple, but multiple other employees did make the jump. Datakalab also held multiple patents related to AI compression and vision technology. The acquisition makes perfect sense given Apple's rumored ambitions to run its upcoming AI-related features in iOS 18 "entirely on device."

A federal jury in Illinois on Wednesday said Amazon Web Services owes tech company Kove $525 million for violating three patents relating to its data-storage technology. From the report: The jury determined (PDF) that AWS infringed three Kove patents covering technology that Kove said had become "essential" to the ability of Amazon's cloud-computing arm to "store and retrieve massive amounts of data." An Amazon spokesperson said the company disagrees with the verdict and intends to appeal. Kove's lead attorney Courtland Reichman called the verdict "a testament to the power of innovation and the importance of protecting IP (intellectual property) rights for start-up companies against tech giants." Kove also sued Google last year for infringing the same three patents in a separate Illinois lawsuit that is still ongoing.

An anonymous reader quotes a report from Kotaku: A new patent recently filed by TV and streaming device manufacturer Roku hints toward a possible future where televisions could display ads when you pause a movie or game. For Roku, the time in which the TV is on but users aren't doing anything is valuable. The company has started leasing out ad space in its popular Roku City screensaver -- which appears when your TV is idle -- to companies like McDonald's and movies like Barbie. As tech newsletter Lowpass points out, Roku finds this idle time and its screensaver so valuable that it forbids app developers from overriding the screensaver with their own. But, if you plug in an Xbox or DVD player into the HDMI port on a Roku TV, you bypass the company's screensaver and other ads. And so, Roku has been figuring out a way to not let that happen.

As reported by Lowpass on April 4, Roku recently filed a patent for a technology that would let it inject ads into third-party content -- like an Xbox game or Netflix movie -- using an HDMI connection. The patent describes a situation where you are playing a video game and hit pause to go check your phone or grab some food. At this point, Roku would identify that you have paused the content and display a relevant ad until you unpaused the game. Roku's tech isn't designed to randomly inject ads as you are playing a game or watching a movie, it knows that would be going too far and anger people. Instead, the patent suggests several ways that Roku could spot when your TV is paused, like comparing frames, to make sure the user has actually paused the content. Roku might also use the HDMI's audio feed to search for extended moments of silence. The company also proposes using HDMI CEC -- a protocol designed to help devices communicate better -- to figure out when you pause and unpause content. Similarly, Roku's patent explains that it will use various methods to detect what people are playing or watching and try to display relevant ads. So if it sees you have an Xbox plugged in, it might try to serve you ads that it thinks an Xbox owner would be interested in.

An anonymous reader shares a report: Reddit, the social media platform gearing up for an initial public offering this week, said Nokia has accused it of infringing some of their patents. Nokia Technologies, the company's licensing business, sent Reddit a letter on Monday with the claims, and Reddit is evaluating them, according to a filing made Tuesday. Nokia's claims come as Reddit prepares for an initial public offering in an effort to raise hundreds of millions of dollars. The company has been working toward a listing for years, and its public market debut this week is set to become a high-profile addition to the year's roster of newly and soon-to-be public companies. Reddit said in the filing: "On March 18, 2024, Nokia sent us a letter indicating they believed that Reddit infringes certain of their patents. We will evaluate their claims. As we face increasing competition and become increasingly high profile, the possibility of receiving more intellectual property claims against us grows.

In addition, various 'non-practicing entities,' and other intellectual property rights holders have asserted in the past, and may attempt to assert in the future, intellectual property claims against us and have sought, and may attempt to seek in the future, to monetize the intellectual property rights they own to extract value through licensing arrangements or other settlements."

According to Bloomberg, Apple has acquired Canada-based AI startup DarwinAI for an undisclosed sum. Macworld reports: Apple has reportedly folded the DarwinAI staff into its own AI team, including DarwinAI co-founder Alexander Wong, an AI researcher at the University of Waterloo who "has published over 600 refereed journal and conference papers, as well as patents, in various fields such as computational imaging, artificial intelligence, computer vision, and multimedia systems."

According to its LinkedIn profile, DarwinAI is "a rapidly growing visual quality inspection company providing manufacturers an end-to-end solution to improve product quality and increase production efficiency." In layman's terms, that means Apple is likely interested in DarwinAI to streamline its manufacturing to be more efficient. That's something that could save Apple a ton of money in annual costs.

Far more interesting to our consumer devices, however, is Bloomberg's report that DarwinAI's tech can be used to make AI models more efficient in general. Apple has been said to want any generative AI features to run on the device rather than the cloud, so models will need to be as small as possible and DarwinAI could definitely help there. Last month, Apple CEO Tim Cook said the iPhone maker sees "incredible breakthrough potential for generative AI, which is why we're currently investing significantly in this area. We believe that will unlock transformative opportunities for users when it comes to productivity, problem solving and more."