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Daily Archives: September 16, 2021
Whats Wrong With Big Tech? Three Stanford Professors Think They Know. – The New York Times
Posted: September 16, 2021 at 6:32 am
SYSTEM ERRORWhere Big Tech Went Wrong and How We Can Reboot By Rob Reich, Mehran Sahami and Jeremy M. Weinstein
Stop me if youve heard this one: A philosopher, a computer engineer and a government guy walk into a bar and give us a very detailed and overwhelming college lecture about what we need to do about tech, its power and the damaging unintended (and, often, quite intended) consequences of its inventions.
Its a noble effort, but about halfway through this book by three Stanford professors, I felt as if maybe I were the one who needed a stiff drink, given the ceaseless onslaught of studies, factoids and examples of a far too broad swath of the problems that face our country and the world because of the growing hegemony of tech companies and their products.
Dont get me wrong, its critical that we make more connections between tech and the rest of our world, especially as it invades everything from politics to entertainment to communications to travel to, yes, how we fall in love. And its important to recognize how weve become twisted and angry and hopelessly addicted, due in part to the flood of malevolent information that flows over devices and gadgets that we cannot now live without.
That was the impetus of the authors Rob Reich, Mehran Sahami and Jeremy M. Weinstein when they joined together at Stanford to create a multidisciplinary undergraduate course called Ethics, Public Policy and Technological Change. Its aim, as described by the school, is to explore the ethical and social impact of technological innovation, marrying the humanities, social science and computer science and from there to bring about a fundamental shift in how students, whatever their choice of major and whatever their professional career pathway, think about their role as enablers and shapers of technological change in society.
Well, sign me up except that in book form and not over a full semester, it becomes a laundry list of very weighty issues, each of which should be (and has been) the subject of its own book. These include, among other things: artificial intelligence, algorithms, facial recognition, self-driving cars, privacy, hate speech and the obvious corruption built into the venture system of capitalization. Even Soylent, the drink invented to minimize the need to prepare food, makes an appearance.
If that sounds like reading an action-packed syllabus, it is exactly like that, minus getting to hang on the lovely Palo Alto campus. Jamming all these topics into one book gives it a blink-and-youll-miss-it quality about the material, although for those not familiar, System Error certainly serves as a very well-written, if superficial, primer for all we need to know about the impact of the tech industry.
Then again, maybe the authors should be applauded for their impulse to write the book at all, to the extent that it challenges readers to think beyond a one-note computer education thats driven by efficiency and optimization, without ethical rigor. Big Tech celebrates ad nauseam the ability to grow fast and scale endlessly rather than asking whether and how we should make some product in the first place. Understanding consequences and taking responsibility for their innovation is scarce in the industry, and that is exactly how the problem mutates to where we are.
The authors who are the ones teaching these wunderkinds do understand that there needs to be some self-reflection, finding a medium somewhere between tech boosterism and the techlash. But in playing out the challenges, they provide only one short chapter about solutions, again like a checklist and far too light to let readers feel as if they can do much about the Silicon Valley freight train headed their way. When complex tech phrases like blitzscaling, privacy paradox, OKRs and success disaster whiz by, its hard to imagine doing anything about it but firing up the iPhone and doomscrolling Twitter.
In other words, Ill take that Soylentini now.
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Whats Wrong With Big Tech? Three Stanford Professors Think They Know. - The New York Times
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How the ‘Platform Delusion’ of Big Tech Helps Explain Why Galleries Are Finally Turning Away From Art Fairs (and Other Insights) – artnet News
Posted: at 6:32 am
Every Wednesday morning, Artnet News brings you The Gray Market. The column decodes important stories from the previous weekand offers unparalleled insight into the inner workings of the art industry in the process.
This week, watching cracks form in the dominant narrative
Two closely linked questions loomed large over the return of Armory Week in New York last week: Would collectors show up to the fairs and spend? And, even if they did, would we also find evidence that the shutdown was a permanent inflection point in dealers relationship to art fairs as a whole?
Although healthy sales atthe ArmoryandIndependentindicate that the answer to the former was a strong yes, the non-participation of multiple big-time dealers suggests the same yes applies to the latter question too. To better understand how we got to this stageand why fair defections could accelerate from herea new framework for thinking through the Big Tech ecosystem becomes useful.
More than one fairgoer pointed out to me last week that three of the four mega-galleries were conspicuous in their absence from the Armory Show: Hauser and Wirth, Gagosian, and Pace Gallery. Also opting out was high-end partnership Lvy Gorvy, whose namesakes already signaled that they will strictly show at fairs in Asia once their new venture with Amalia Dayan and Jeanne Greenberg Rohatyn, LGDR, opens next year.
A closer look around town reveals that a slew of other prominent locally headquartered shops were content to bypass the Armory Week expo scene as well. That list includes Tanya Bonakdar, Paula Cooper, Gladstone, Marian Goodman, Greene Naftali, Casey Kaplan, Anton Kern, Lehmann Maupin, Luhring Augustine, Matthew Marks (one of the Armory Shows cofounders long ago), Mitchell-Innes and Nash, Petzel, Salon 94, Jack Shainman, and Sikkema Jenkins and Co.
Reached after the Armory Show closed its run, executive director Nicole Berry said this years comeback edition of the fair was among the most successful in our nearly 30-year history and illustrated why in-person fairs are irreplaceable.
Berry noted that many top New York galleries, including 303 Gallery, Kasmin, and Sean Kelly, among others, have shown unwavering support by exhibiting at the Armory Show year after year, while other New York dealers such as Marianne Boesky, Almine Rech, and David Zwirner returned to the Armory Show this year after a long hiatus because they recognized the opportunity that in-person fairs present. She relayed that exhibitors were uniformly enthusiastic about the show and its new Javits Center home, and that many reported steady foot traffic, collector connections, and robust sales.
For galleries outside New York, including our international exhibitors, the fair has become their primary gateway for accessing New Yorks strong collector base, allowing them to build new relationships and place works with important institutions, Berry said. A cultural capital like New York needs an art fair, and we are proud to provide the Armory Show as New Yorks art fair.
So then what was up with the opt outs? No doubt proximity played a role in some cases. Obviously every New York dealer on the absentee list operates one or more permanent galleries in Manhattan, with most of them in Chelsea, sandwiched between the Armory and Independent (with the upstart Future Fair in their midst). Why spend tens of thousands of dollars on a booth when you can just draft off the fairs momentum and drawing power in your own bigger, better space?
The calendar in this topsy-turvy year may have contributed too. This should be the one and only time that 11 days, not three-plus months, separate the respective premiers of the Armory Week fairs and Art Basels Swiss flagship event. Hauser and Wirth partner Marc Payot alsotold Vanity Fairs Nate Freeman that the mega-gallery chose last week as the time to debut its high-octane Gotham solo exhibitions of Philip Guston and Avery Singer simply because of a desire to open as early as possible not so much thinking about the fairs, really more about maximizing the time for these shows.
Vanessa German, Hammer Head Rage Machine Agony Machine Baptism (2019) at Kasmin, New York, at the 2021 Armory Show at the Javits Center in New York. Photo by Sarah Cascone.
Yet taking Payots explanation at face value ignores that ghosting on the fair scene during Armory Week is not as new as the COVID changed everything narrative tempts us to believe. Of the 19 top-tier galleries on my expo-absentee list, only Gagosian exhibited at the Armory in 2020. Nor does this appear to be a matter of the decision makers simply changing out one of New Yorks art fairs for another; none of these dealers went smaller and more focused by showing at this years Independent, either. (More than half of the 43 exhibitors at Independent, including blue-chippers like Karma, Lisson, and Vito Schnabel, hailed from the Big Apple.)
So, in the full light of day, bailing on the 2021 Armory Week fairs looks much less like either a sudden turn by only the markets few apex predators, or a strict response by a wider swathe of New York dealers to the upheaval of the coronavirus. Instead, it feels more like a structural shiftone that that has maintained traction for multiple yearsandcounters the early 21st-century mantra that more is always more in the gallery sector. It also lives up to the reality that insiders and analysts have been talking about fairtigue in principle, if not in name, for at least 11 years.
Its not as if this situation only applies in New York either. Art Basel global director Marc Spiegler recently confirmed that (as Wet Paint guest columnist Julie Baumgardner phrased it) more than a handful of galleries had the intention of calling it quits on the brands flagship fair this month, but that the extraordinary measures taken by the brand to try to shore up exhibitor supportheadlined by a $1.6 million one-time solidarity fundhad succeeded in getting (in Spieglers words) every single gallery to recommit to the fair.
Still, chatter is already amping up that at least one major seller will forgo Art Basel Miami Beach this December. Saturdays edition of The Canvas (which explored whether Armory Weeks titular event has enough of a unique selling proposition to sustain, under the ominous subject line How Many Years Does the Armory Show Have Left?) mentioned an unconfirmed yet persistent rumor that Pace is the gallery reaching for its parachute ahead of South Florida. Expect plenty more speculation in the next two months of our continuing Delta variant drama, especially now that the U.S. has plummeted to dead last in vaccination rates among G7 countries.
In short, were (finally) dealing with a structural issue. As Independent founder Elizabeth Dee told me, If were talking too much about the future of one art fair, then were not talking enough about the future of art.
But art dealing isnt the only trade where industry-defining actions have begun deviating from a generational narrative. Several of Silicon Valleys most powerful, most valuable firms have quietly moved off the path that the general public and even many top-flight industry analysts assume theyre still traveling. Thats the contention of author and Columbia Business School professor Jonathan A. Knee in his new book, The Platform Delusion: Who Wins and Who Loses in an Age of Tech Titans. His core argument can also help elucidate the newfound selectivity around big-ticket art fairs that galleries may finally be adopting.
Knee offered an overview of the books thesis in the New York Timestwo weeks ago. In his telling, the platform delusion originates in a core misunderstanding of network effects, the supposed driving principle behind so-called platform tech firms like Amazon, Apple, Facebook, Google, and Netflix.
For the uninitiated, network effects (sometimes called the flywheel effect) occur when every new user or customer increases the value of the network to existing users, Knee writes. It isnt just that more users make your product or service bigger,they also make it better for everyone who has already bought in.
Why are network effects so valuable, though? Increasingly, the answer you hear from platforms has to do with their embrace of an asset-light, digital-first business model. Moving in this direction vastly upgrades any companys capacity for collecting data, then exploiting it via machine learning and artificial intelligence. The idea is that more users mean more data, which in turn means more competitive advantages to be gained from mining said data with algorithms. Increase the size of your network enough, and you become unstoppable in your chosen lane, as Amazon et al. now seem to be.
As a result, Knee argues, Wall Street values these Bay Area giants much more richly than their economic fundamentals justify. The storyline also motivates early-stage investors everywhere to push other startups toward a frenzied pursuit of rapid, exponential growth at all costs, including financial and organizational sustainability.
But contrary to what weve been hearing from outside analysts and the platforms themselves for close to 20 years, Knee argues that this thinking is all wrong. He writes:
The problem with this narrative is that it ignores the numerous ways in which the new digital platforms actually make businesses more vulnerable to competitive attack compared with the analog models that they have disrupted. The ease with which customers can switch undermines captivity, and the asset-light nature of these businesses both lowers entry barriers and the level of activity required to break even.
In other words, going strictly digitala move aimed at making a company accessible to everyone, everywhere, all the time, to chase network effectsactually backfires in crucial ways. Its easier for customers to defect to a competitor when all they have to do is click over to a different URL rather than, say, drive 30 miles to a rival store. Eschewing physical infrastructure also means reducing overhead costs, which makes it friendlier for competitors to both enter and stay in the game. No wonder, Knee writes, that right up until the COVID-19 crisis hit, struggling online retailers were increasingly looking to solve their structural woes by opening up mall outlets.
The platform myth obscures these problems with spin. Mostly, the rest of the world falls for it, even as internal correspondence proves the startup kings themselves recognize the narrative is bogus.
Case in point: Out of the five tech giants I mentioned earlier, Knee points out that Facebook is the lone example where network effects legitimately power the business plan. Apple, Amazon, Google, and Netflix are just singing alone to the tune while their hands do something else offstage. In fact, Knee relays that Netflix CEO Reed Hastings admitted to him in an interview that the companys failed pursuit of network effects over nearly two decades confirmed they were nothing more than a competitive fantasy for his company.
A visitor looks at an artwork by Anne Collier entitled Woman Crying (Comic) #7 at Art Basel on June 12, 2019. Photo by Fabrice Coffrini/AFP via Getty Images.
Although its not a one-to-one relationship, the platform delusion has an analogue in what Ill call art-fair folklore: the narrative that showing at a high number of art fairs is the best, most efficient strategy to sustain your gallery thanks to the exposure it gives you to a critical mass of new clients in other regions. And I dont think its a coincidence that both myths are starting to crumble at the same time.
The rationale for exhibiting at as many fairs as possible always hinged on a kind of alternative network effectone based on locations rather than users. Even if some of those locations were temporary, the more of them a dealer operated throughout the year, the more valuable their business theoretically became because of the high-level, in-person buyer outreach they enabled. Going big on art fairs was not quite a way for galleries to make their inventory accessible to everyone, everywhere, all the time (it took the online-viewing-room boom to do that), but it did allow them to get as close to those absolutes as possible in the physical world.
But, like the tech platforms that went fully online to chase network effects, dealers who splashed out on the maximum number of fairs every year gradually began to recognize that, after a certain point, the move made them more vulnerable, not more powerful. One of the reasons was the same, too: it rendered them more interchangeable with their competitors.
This is particularly true at big fairs with hundreds of exhibitors. In those cases, waltzing to the next booth is no more strenuous or time-consuming than typing in a new web address. Consolidating so many rivals into one space therefore becomes more of an advantage for buyers than dealers or their artists, both of whom risk falling victim to what I call the tyranny of options: a monsoon of choices that often overwhelms the distinctions between them. The effect is especially acute when you have so many artists working with multiple dealers around the world rather than opting for exclusive global representation by a single gallery, a privilege only a small number of heavyweight sellers can realistically live up to anyway.
Yet its questionable how much even collectors benefit from giant fairs. Dealer Ed Winkleman observed as far back as 2014 that massive scale and outreach had already led to a scenario where buyers tended to talk about which fairs they acquired from, not which galleries. And while each major expo has a long list of perennial VIPs, that means nothing for whether the scores of potential new clients trawling the aisles will become even one-time clients of the dealers or artists exhibiting there, let alone repeat patrons.
You have to set up the environment for success to take place, and maybe the environments that some of these bigger fairs have been inheriting for decades without changing much are not the environment for human-scale, meaningful, memorable art experiences to take place, Dee said.
At the same time, overloading on art fairs also exposes galleries to one blade that cuts twice even as its counterpart in the platform delusion cuts only once. Whereas digital ubiquity meant the platforms lowered their overhead costs, physical ubiquity at art fairs meant dealers ballooned theirs in a sector where support from outside investors is scant, margins are generally thin, and regularly breaking even (if not turning a profit) matters almost all the time.
But now that fairs and galleries alike have also mounted an ever-spinning year-round carousel of online viewing rooms, they are also galloping headlong into online competition from upstarts who can present and market themselves digitally just as effectively for the same low cost, if not even less. (This is a double cautionary tale for galleries like Pace that are intent on launching their own NFT marketplaces.) So the COVID-induced shift toward digital sales has simultaneously reduced the value of some physical fairs and, as Knee asserts for the platforms, diminished barriers to entry and the endurance threshold faced by scrappier rivals.
Installation view of Independent Art Fair. Courtesy of Independent.
For the most part, I think this strange moment in history has just given dealers license, courage, and/or the financial necessity to finally scale back their booth spending in a way theyve long meant to. Even some of the mightiest galleries have been paying lip service to the idea of reducing their annual fair commitments for years. Some had already started to match words with deeds, at least when it came to smaller regional fairs, before the advent of the social-distancing era.
This is why I think we would have seen the same result whenever the industry faced its next system shock, regardless of whether that shock hinged on public health, macroeconomic instability, or any other societal rupture. This is less about any risks directly linked to superspreader events than it is about the clarity found in a grand economic reckoning.
Knee writes something similar about the platform delusion:
The true danger of believing the various myths of the platform era lies in what happens when market euphoria subsides, as it inevitably does, and making informed distinctions among technology investments becomes essential for financial survival. Whether investing, operating or regulating, it is critical to pinpoint the true source and extent of individual advantage rather than relying on simplistic delusions to guide decision-making.
If this fall indeed marks the beginning of the end of art-fair folklore, and the first steps toward greater selectivity in the sector, then it was past due. If not, then the shift is on its way soonand a whole new set of hard questions about gallery sustainability will follow right behind it.
[Dealbook | The Platform Delusion]
Thats all for this week. Til next time, remember: change happens very slowly, then all at once.
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What went wrong with Big Tech – Business Standard
Posted: at 6:32 am
SYSTEM ERROR: Where Big Tech Went Wrong and How We Can Reboot
Authors: Rob Reich, Mehran Sahami and Jeremy M. Weinstein
Publisher: Harper/HarperCollins
Price: $27.99
Pages: 319
Stop me if youve heard this one: A philosopher, a computer engineer and a government guy walk into a bar and give us a very detailed and overwhelming college lecture about what we need to do about tech, its power and the damaging unintended (and, often, quite intended) consequences of its inventions.
Its a noble effort, but about halfway through this book by three Stanford professors, I felt as if maybe I were the one who needed a stiff drink, given the ceaseless onslaught of studies, factoids and examples of a far too broad swath of the problems that face our country and the world because of the growing hegemony of tech companies and their products.
Dont get me wrong, its critical that we make more connections between tech and the rest of our world, especially as it invades everything from politics to entertainment to communications to travel to, yes, how we fall in love. And its important to recognise how weve become twisted and angry and hopelessly addicted, due in part to the flood of malevolent information that flows over devices and gadgets that we cannot now live without.
That was the impetus of the authors Rob Reich, Mehran Sahami and Jeremy M. Weinstein when they joined together at Stanford to create a multidisciplinary undergraduate course called Ethics, Public Policy and Technological Change. Its aim, as described by the school, is to explore the ethical and social impact of technological innovation, marrying the humanities, social science and computer science and from there to bring about a fundamental shift in how students, whatever their choice of major and whatever their professional career pathway, think about their role as enablers and shapers of technological change in society.
Well, sign me up except that in book form and not over a full semester, it becomes a laundry list of very weighty issues, each of which should be (and has been) the subject of its own book. These include, among other things: artificial intelligence, algorithms, facial recognition, self-driving cars, privacy, hate speech and the obvious corruption built into the venture system of capitalisation. Even Soylent, the drink invented to minimise the need to prepare food, makes an appearance.
If that sounds like reading an action-packed syllabus, it is exactly like that, minus getting to hang on the lovely Palo Alto campus. Jamming all these topics into one book gives it a blink-and-youll-miss-it quality about the material, although for those not familiar, System Error certainly serves as a very well-written, if superficial, primer for all we need to know about the impact of the tech industry.
Then again, maybe the authors should be applauded for their impulse to write the book at all, to the extent that it challenges readers to think beyond a one-note computer education thats driven by efficiency and optimisation, without ethical rigor. Big Tech celebrates ad nauseam the ability to grow fast and scale endlessly rather than asking whether and how we should make some product in the first place.
Understanding consequences and taking responsibility for their innovation is scarce in the industry, and that is exactly how the problem mutates to where we are.
The authors who are the ones teaching these wunderkinds do understand that there needs to be some self-reflection, finding a medium somewhere between tech boosterism and the techlash. But in playing out the challenges, they provide only one short chapter about solutions, again like a checklist and far too light to let readers feel as if they can do much about the Silicon Valley freight train headed their way. When complex tech phrases like blitzscaling, privacy paradox, OKRs and success disaster whiz by, its hard to imagine doing anything about it but firing up the iPhone and doomscrolling Twitter.
In other words, Ill take that Soylentini now.
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Big Tech made huge profits from war on terror, US activists say – DW (English)
Posted: at 6:31 am
Tech giants like Amazon, Google and Microsoft have made vast profits from US government contracts since the 9/11 attacks on New York and Washington DC, according to a new report by three US activists groups.
The report's release was timed to coincide with Saturday's20th anniversary of the atrocities, which killed nearly 3,000 peopleand triggeredthe US-led war on terror.
The "Big Tech Sells War" report documents amassive increase in government contracts with Amazon, Facebook, Google, Microsoft and Twitter since 2004 three years after the war or terror began.
The document, authoredby the Action Center on Race and the Economy and social justice groups LittleSis and MPower Change, detailed how the growth in military and government contracts came at the same time as the tech giants' web platforms became ubiquitous.
The report's authors said the biggest contracts came from the Pentagon and the Department of Homeland Security.
Among all the US agencies, at least $44.5 billion (37.6 billion) in contracts were awarded to Big Techfirms.
According to the report, 86% of Amazon's government contracts and 77% of Google's were central to the war on terror.
In 2019, two tech giantspulled ahead of the others, with Amazon signing nearly five times and Microsoft signing eight times as many federal contracts and subcontractscompared to 2015.
The report pulled its data from Tech Inquiry, an online tool that allows users to explore US government contracts.
The US Department of Defense alone spent $43.8 billion on Big Tech contracts since 2004, according to the report
The activist groupsalso highlighted a "revolving door" betweengovernment agencies and tech giants, detailing how hundreds of government employees have taken positions with the same US multinationals that have received huge contracts.
Among them were former State Department employee Jared Cohen who later founded Google's Jigsaw, a technology incubator that aims to explore "threats to open societies."One of Jigsaw's first projects was to develop counterterrorism tools for social media platforms.
Another example was Steve Pandelides, who worked for the FBI for over 20 years and is now director of security at Amazon Web Services.
The activist groups have called for tighter rules to regulate the revolving door between the government and Silicon Valley.
Al-Qaeda's attacks on New York and Washington DConSeptember 11, 2001,triggered new security laws domestically, and an extended military campaign to root out terrorism worldwide.
The campaign became known as the US-led war on terror and sparked the invasion of Afghanistan the hideout of al-Qaeda leader Osama bin Laden and later, Iraq, even though Iraqi dictator Saddam Hussein was not linked to the 9/11 attacks.
Nearly 20 years of post-9/11 wars have cost Washingtonmore than $8 trillion and caused about 900,000 deaths, according to estimates by the Costs of War project at Brown University.
9/11 ushered in an era of increased surveillance, where counterterrorism became the justification for new security laws and monitoring by governments ranging from mass data collection to the growing use of artificial intelligence tools.
Muslims, in particular, have been targeted and continue to facediscrimination,suspicion and human rights breaches as a result of the heightenedsurveillance.
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Big Tech made huge profits from war on terror, US activists say - DW (English)
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Clash of the Titans: Government vs. Big Tech Over Your Data – The Mac Observer
Posted: at 6:31 am
TLDR/Key Points
As Microsofts Brad Smith points out in Tools and Weapons: The Promise and Peril of the Digital Age, Civilization has always run on data. These data have been largely observational; weather patterns, seasonal relationships to food sources, monitoring threats, like rival neighbors. With language, observational data became both cumulative and trans-generationally transmissible, making it an even more powerful agent of progress. With formal settlement and the rise of civilization, not only were observational data essential, they were increasingly applied towards prediction, particularly for early threat identification, whether internal or external, natural or belligerent. The survival, not only of leadership, but of civilization itself depended on accurate early warning based on the inference of observational data.
Along the way, data also became controlled and restricted. Only certain persons or classes were permitted privileged data. As Rutger Bregman et al point out in Humankind: A Hopeful History, this had the twin benefits of concentrating power, and providing the element of surprise in threat mitigation. A longstanding agency became a formal profession of spies and secrets, to which only an inner leadership circle was privy. The leader cum sovereign or state, alone, had dominion over these privileged data at pain of death.
Lyrics from Little Shop of Horrors
Despite the advent of the free press, privileged data remained an essential asset, and the exclusive domain, of the sovereign power. Until it did not. In 1953, Arthur C Clarke, In Childhoods End, predicted the creation of a personal computing device that one would carry around and would store all of ones data and important information. The rise of personal computing, particularly the iPhone, the internet and the creation of the worldwide web not only made this so, it took things to a whole new level. Big Tech, including Apple and MS, social media, media conglomerates, online retailers (Amazon) and others began to concentrate vast amounts of data that were never before concentrated either in such multi-national swathes or of such multi-sectoral nature.
Unlike the relatively static, limited and periodically updated data obtained by governments (eg census, tax revenue), these data were dynamic and updated in realtime. As Brad Smith argues, cloud computing then concentrated these data at a scale and level of detail never before achieved in human history, with redundancy. These were big data.
More importantly, these data permitted analytic disciplines, like social mapping and engineering, at global scale. Indeed, some argue that governments can now apply machine learning algorithms to such data to identify vulnerabilities and threats to both themselves and their rivals, and that this underlies the driving force behind state sponsored hacks on big data stores. This could elevate prediction of threats and outcomes to a level of precision that not even the Mentats of Frank Herberts Dune could rival. How could any government resist such power?
Gollum, The Lord of the Rings JRR Tolkien
If knowledge is power (scientia potentia est), as Thomas Hobbes penned in Leviathan in 1668, then the possessor of such data as these cloud sources contain could possess ultimate power, and if harnessed and controlled, would perhaps possess the one power to rule them all. However, there is one wrinkle. The state does not own these data; they are in the servers of separate private sector enterprises. Irrespective of the style of government, this presents an irresistible target, if for no other reason than competition with other states, and the disadvantage that might accrue if those states get it first.
For liberal democracies, and otherwise open societies, there are the checks and balances, not only between branches of government, but between the distinct domains of the public sector and the free market in which the private sector resides, as well as the balancing test, if civil order is to be preserved as the product of representative government, between sovereign security and public safety vs individual liberty and privacy. For more authoritarian states, the calculus may be simpler, but no less fraught with peril and the threat of delegitimacy and overthrow, as we have seen when populations conclude that authoritarian governments have over-reached or over-stayed.
The challenge is how to gain access to personal data, freely granted to the private sector, without alarming the public and creating a backlash. Channelling Friedrich Nietzsche, a hero requires a villain. A common enemy is a socially mobilizing and unifying factor, even more so if that villain is opposed to law enforcement, the rule of law, the nation, the people or even common decency and common sense. Governments of every stripe have been adroit at crafting narratives that create villains foreign and domestic, whether individuals, populations and smaller groups, corporations or industries, not to mention other governments.
One approach is to identify a grievance, often around something costly, obligatory and shared, like fees for access to goods and services, and then link that grievance to an identified enemy. Another is to identify a shared harm, such as criminal or terrorist acts, (child pornography, human trafficking, mass killings) and identify an entity as an obstruction to preventing them. Repeat that narrative; loudly and often. Evidence is optional, but circumstantial evidence will suffice.
Once the public accepts the narrative as fact, then make a show of intervening on behalf of the people. Identify the targeted object (in this case, access to user data) as what will relieve their suffering and make them safe. Repeat this until it is echoed in the press and by the common folk. If the entity is too powerful to compel, then weaken it. Most often, its most vulnerable spot will be its revenue stream. If the law is an impediment, rescue the people by changing the law on their behalf. Make sure they understand that by diminishing that revenue stream, the people will benefit (lower costs who doesnt love that?). This tack will almost invariably precipitate back channel discussions, concessions and compromises with said entity.
Then, in public view, and with the full-throated support of the people, wrest control of the objective, in this case, access to the peoples data, for the good of the people. Graciously bow to public applause. Rinse, and repeat.
Mind you, a government need not seize possession of the data, indeed smart governments will not. Rather, they only require access to it as needed, on their terms, whether or not publicly disclosed.
Next: Past Is Prologue, Again
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Clash of the Titans: Government vs. Big Tech Over Your Data - The Mac Observer
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Creating a safe and secure world, together – Naval News
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Babcock has supported the UK Royal Navy and Ministry of Defences critical assets for decades. As a key partner in the Aircraft Carrier Alliance that delivered the Queen Elizabeth (QE) Class Aircraft Carriers, Babcock provided 50 per cent of the detailed design work and block build. Assembly and whole ship integration for both aircraft carriers was delivered at Babcocks facilities in Rosyth, Scotland. Babcock also designed and delivered the Highly Mechanised Weapons Handling System (HMWHS) for the QE class carriers. In 2021, Babcock is also proud to support the Royal Navy Carrier Strike Group global tour.
Babcock continues as the Marine Systems Support Partner (MSSP) to the UKs Royal Navy, supporting the supply chain and procurement processes for the QEC aircraft carriers and Type 45 destroyer fleet. Over a 12-month period, MSSP delivered more than 2.8 million items via 800 suppliers across more than 20 contracts.
In the UK, Babcocks T23 life extension programme is an example of the companys engineering prowess, undertaking technical analysis to review and mitigate the risks for the customer. We update the Royal Navys Type 23 Class Frigates to operate well beyond their original design life expectancy. This includes significant programmes of capability updates such as the replacement of primary weapon systems, major upgrades to marine equipment, changes to address equipment obsolescence and extensive work to extend the life of the hull and superstructures.
In 2019 the companys Arrowhead 140 was chosen as the UK Royal Navys new Type 31 general purpose frigate. It is a proven, capable and adaptable platform tailored for the Royal Navy to ensure that it can evolve in a multi-threat maritime environment. Babcock is assembling these frigates at Rosyth in technology enabled facilities including a new assembly hall and the development of an advanced manufacturing capability. This pathfinder programme, as described by the MOD, is the first of its kind to be delivered under the new National Shipbuilding Strategy.
We support navies around the world through the delivery of complex ship and submarine sustainment programmes
Babcock has rich experience in ship design and build for domestic and global customers such as its platform engineering design for the design and construction phases of the Unites States Coast Guard Offshore Patrol Cutter class vessels with Eastern Shipbuilding Group. Its experience in the through-life programme of naval assets above and below the water has enabled Babcock to gain international recognition. With a breadth and depth of experienced and highly-skilled personnel the company has global reach-back to more than 30,000 experts within the company as well as a trusted, worldwide supply chain.
Global support capability includes; deep maintenance and life extension of surface warships, upgrading, overhauling and managing equipment and systems and the management of naval bases in the UK, New Zealand and our Duqm Naval Dockyard joint venture in Oman. The company is also growing its presence in Korea where it supports the ROK Navy from its base in Busan and has signed a MOU with Hyundai Heavy Industries for the Korean CVX light aircraft carrier opportunity. Working with the Royal Canadian Navy, Babcock has transferred the skills and expertise required for UK submarine services to provide through-life support and maintenance to Canadas fleet of Victoria Class submarines.
Recently Babcock signed a tripartite Memorandum of Implementation with the Ministry of Defence of Ukraine and the UK Government. The two nations will now push forward a major programme of Ukrainian naval projects, with Babcock as their designated prime industrial partner. Closer to the UK, the company was also recently awarded a contract to deliver the installation of a variable speed drive system for the central cooling system on board the Irish Navys P60 Samuel Beckett Class.
We deliver marine technology solutions to improve our customers complex, safety critical operations
Our team can deliver all aspects of naval vessel design from first principle concepts, through to system integration and capability upgrades of proven and existing vessels, and full ship design offering expertise across an extensive range of disciplines including naval architecture, marine and electrical engineering, communications and mission systems integration and ship air interfaces.
Babcock is a technology-led business driven by innovation putting data and digital capabilities at the forefront of delivering innovation and value for our customers wherever they are in the world, whatever the engineering challenge.
Reflecting the changing world, and embracing a digitally enabled future, Babcock has introduced its innovative iSupport360 approach. iSupport360 provides an integrated digital toolset that enables an asset owner or manager to optimise the performance of physical assets.
Across land, sea and air, our iSupport360 approach helps Babcock deliver the added readiness, performance, efficiency and value that our customers demand.
The use of virtual reality, digital twins and structured data, enables a greater understanding of customers complex assets. Through its novel mobile, remote and connected technology, Babcock is providing the maintainer an in-depth understanding of the performance, maintenance and material condition of their assets. This exciting approach has been trialed on a T23 frigate, where sensor technology captured material-state data to ensure target and focused maintenance. Furthermore, immersive virtual reality is already being used in planning and design aspects for some of the companys critical programmes.
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New pact with the US and UK is set to sink Australia’s historic submarine buy from France – DefenseNews.com
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WASHINGTON The U.S. and U.K. will aid Australias ambitions for a nuclear-powered submarine fleet as part of a new trilateral security partnership that leaders of the three counties are set to announce Wednesday.
While the new defense technology-sharing pact is yet another step by Western allies to counter Chinas strength, it will also upend Australias largest-ever defense contract, a AUS$90 billion deal to build submarines designed by the French company Naval Group, the Australia-based ABC News was first to report.
Its the first time the U.S. has shared its nuclear propulsion technology with an ally since the U.S.-U.K. Mutual Defence Agreement of 1958, after the Soviet Union launched Sputnik. U.S. officials said the sensitive nuclear propulsion technology was unlikely to be shared again soon.
This is a fundamental decision that decisively binds Australia to the United States and Great Britain for generations, said a Biden administration official previewing the announcement to reporters. This is the biggest strategic step Australias taken in generations.
Though U.S. officials never mentioned China, the official cast the alliance called AUKUS as part of a large effort to sustain the fabric of deterrence across the Indo-Pacific. Australias new subs would be stealthier, speedier, more survivable and able to be deployed for longer.
This allows Australia to play at a much higher level, and to augment American capabilities that will be similar, the official said.
The new agreement will spur an 18-month program aimed at determining how to best meet Australias demand for nuclear-powered submarines, a UK defense official told Defense News.
The UK has built and operated world-class nuclear powered submarines for over 60 years, reads a Sept. 15 British government statement. We will therefore bring deep expertise and experience to the project through, for example, the work carried out by Rolls Royce near Derby and BAE Systems in Barrow.
Previously, Australia planned to replace six existing Collins-class boats with 12 conventional attack-class subs that were based on the French Barracuda-class nuclear attack boat.
The Australian Financial Review newspaper reported on Wednesday that the government is set to announce a life-extension program for the Collins-class fleet for the time being.
President Joe Biden is expected to announce the new partnership alongside U.K. Prime Minister Boris Johnson and Australian Prime Minister Scott Morrison. Months in the making, it comes ahead of the first in-person meeting next week of the Quad which includes the U.S., Japan, India and Australia.
Beyond undersea technologies, AUKUS is intended to spur cooperation across new and emerging areas, like cyber security, artificial intelligence and quantum technologies all with an eye toward trilateral interoperability. U.S. officials said Australia does not intend to pursue nuclear weapons and that its committed to its nonproliferation regime.
I think youll see much more dedicated effort to pursue integration of security and defense related technologies and industrial bases and supply chains, the U.S. official said. This will be a sustained effort over many years to see how we can marry and merge some of our independent and individual capabilities.
For the U.K., AUKUS is yet another flex in the Pacific. Last month in the Philippine Sea, the HMS Queen Elizabeth traded F-35B Lightning II stealth fighters with a U.S. amphibious assault ship at sea, another first for the U.K. aircraft carrier on its first operational deployment. The British carrier hosted 18 F-35Bs 10 from a U.S. Marine Corps squadron.
Sebastian Sprenger in Washington contributed to this report.
Joe Gould is the Congress reporter for Defense News.
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Energy harvesting is not an all-or-nothing proposition – FierceElectronics
Posted: at 6:30 am
Since the very first time Ipowered up a big computer server in 2004 working for HP (now HPE), I was blown away (literally) by the deafening wall of hot air that blew in my face. In that nave moment, I wondered why all the engineering effort and discussion around me was focused on how to get rid of this waste product.
Ironically, it turned out more energy was spent on mitigating waste heat and the associated overhead than consumed by the load itself. But what really bothered me was everyones infatuation with treating this energy like garbage that we must figure out how to get rid of. After all, this was an energy source!
Fast forward to 2014 when I established the power electronics consulting firm PowerRox and was able to focus my attentionmore on areas of interest. (Side note for those out there considering independent consulting: if you cannot enjoy the consulting work unpaid more than what you do otherwise, this may not be the path for you.) At this time I got to dive head first into the world of energy harvesting (EH) and learn that we can capture and reuse every manner of energy afforded to us by the physical world.
This research quickly gave way to giving talks to try and educate folks on the topic as well help bring the supporting technologies (and eventually, ensuing ecosystem) closer to the mainstream. In particular was a hot, new topic about the Internet of Things (IoT) and the millions or even billions (now I will even argue 1 T) doohickeys that sat at the sweet spot for EH because of their [typically] very low power consumption.
After a couple years and couple dozen talks (mostly in and around the Silicon Valley area), it became apparent there were two major misperceptions about this emerging technology space: First,EH was an academic lab experiment not fit for production (particularly high-volume) applications. Second,EH produced negligible power for doing real stuff.
While neither of these misperceptions were very astute (even at that time), they were, nonetheless, very common opinions of the key stakeholders needed to embrace and adopt EH technologies to enable successful deployments. For one, there existed a production ecosystem at that time for many key components (such as EH-optimized power management ICs or PMICs), including multiple, top-tier semiconductor companies, thathadalready been around for more than 10 years way back then! The technical readiness levels (TRL) and manufacturing readiness levels (MRL) for EH tech arenot the focus of this article, however. Now well focus on the second concern: negligible power.
One of the most pragmatic and eye-opening concepts (regardless of its simplicity) to internalize in the world of EH is that it is not an all-or-nothing kind of solution. In other words, one should not assume EH solutions have no value in their system if they cannot practically design an EH-based energy source that is equivalent to the energy source it is intended to supplant, whether that be a battery or some offline (i.e. plugged into the wall) source.
There are many applications in which supplemental power has a whole lot of value. Start with the quintessential example of all things in the battery-powered world, the smartphone in your pocket. You may not keep your phone perpetually topped off today by adding a PV solar panel to harvest light energy (indoor or outdoor) or a thermoelectric generator to take advantage of the temperature differential between your body and the ambient air, but what if you could extend battery life by 20 percent? Might this be the difference between making it to the end of the day without plugging in? Energy storage technology does not come close to following Moores Law. Battery capacity (energy density) only doubles roughly every decade. Even though Apple or Samsung may release the latest and greatest like annual clockwork, your battery is not advancing at that rate.
Perhaps you are thinking that is well and good for really low power systems, but EH may still be negligible (or better put, not financially-justified) for higher power systems. Here is a good opportunity to say that any large system can be broken down into smaller, lower-power pieces. EH may not power a server in the data center, but it could provide the supplemental, auxiliary power a big system may need to maintain a heartbeat in a sleep mode and monitor for wake signals.
Today, that tiny auxiliary power rail is adding a great deal of cost, space, and inefficiency to a much larger power supply optimized to deliver kilowatts of power. What about a drone or unmanned aerial vehicle (UAV)? Might those extra few minutes of flight time be a difference-maker in your application?
The best approach here is to think long and hard about your application and what the true, system budgetary power requirements are. In general, system power budgets are already heavily overestimated due to many layers of margin that tend to be added to an already flawed, sum-of-maxima approach to simply adding absolute max power draw values from the datasheets of key system loads.
Energy storage is the true hero in this story that does not receive nearly enough attention. Your EH solution need only provide a fraction of peak system power requirements, even intermittently, with a well-designed storage solution for addressing the peaks while keeping the overall infrastructure sized to something closer to the (much lower) steady-state average.
A recentEUpublication from the EnABLES EU power IoT projectgives good insight into real-life examples as shown in the figure below.
EH sweet spot for IoT edge devices / battery life extension impact. (Source: courtesy of EnABLES)
In the Power Sources Manufacturers Association (PSMA) Energy Harvesting Committee (EHC), we recognized these gaps and took an iterative approach to collecting these compartmentalized constituents of an emerging technology area. We assembled them in a meaningful way that not only connects these critical stakeholders but provides the appropriate environments/mediums to allow the ecosystem to flourish and penetrate the mainstream.
The EHC is composed of many members of both IEEE Power Electronics Society (PELS) and PSMA organizations so it is ideally-suited to tackle these multidimensional challenges.
Another major, recent achievement of the PSMA EHC is the recent release of a white paper addressing Energy Harvesting for a Green Internet of Things as compiled by an expert team of many of the worlds leading experts in their respective fields. This effort was led by Thomas Becker of Thobecore and Michalis Kiziroglou of Imperial College London.
For more information or to download this white paper, please visit the PSMA EHCs websiteor reach out to the author of this article.
Brian Zahnstecher is a senior member of IEEE, Chair of IEEE SFBAC Power Electronics Society (PELS), Chair of IEEE PELS Technical Committee 7 (TC7)si and sits on the Power Sources Manufacturers Association (PSMA) Board of Directors. He is also co-founder & Co-chair of PSMA Reliability Committee, Co-chair of PSMA Energy Harvesting Committee, and is Principal of PowerRox. He Co-chairs IEEE Future Directions (formerly 5G) Initiative webinar series and is the founding Co-chair of IEEE 5G Roadmap Energy Efficiency Working Group and has lectured on this topic at major industry conferences. He previously held positions in power electronics with Emerson Network Power, Cisco, and Hewlett-Packard with nearly 20 years of industry experience. He holds Masters and Bachelors degrees from Worcester Polytechnic Institute.
Editors Note: Sensors Converge features a pre-conference symposium, Energy Harvesting Enters the Mainstream to Power the IoT on Tuesday (Sept. 21) at 9 am PDT ). A one hour tutorial, The Path to 1T Sensors Before 2025: An Exploratory Workshop focused on Energy Consumption happens on Wednesday Sept. 22 at 2:45 pm PDT. The program is free online and in-person in San Jose with advance registration.
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Energy harvesting is not an all-or-nothing proposition - FierceElectronics
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Five Fun Fall Things At Tyler’s Glass Recreation Center – knue.com
Posted: at 6:30 am
We made through the summer and now you're starting to feel the cooler temps and you're not sweating as much but that doesn't mean that we're going hibernating just yet.
If you've been trying to stay active or if you're looking to start something new after staying inside all summer long, our friends at the Glass Recreation Center has a lot of fun things going on this fall for you and the family and we encourage you to get signed up for some of the fun.
They will be offering classes for adults and kids including Walk Across Texas, American Karate, Step Aerobics and more! These classes are offered with the super affordable $30 annual membership to the facility so here's 5 things going on this fall that you can join in on and get signed up for:
STEP AEROBICS
Classes are held onMondays and Thursdays from 6:30 to 7:30 p.m.Fee for this class is $20 per month or $5 per session. Ages 17 and older are welcome.
AMERICAN KARATE
Taught by a renowned instructor with more than 30 years of experience, Robert Lamont brings his expertise to the Glass Recreation Center. Attendees will learn discipline, respect and self-motivation along with basic self-defense skills and techniques. Belt testing, Ninja Camp and tournament competitions are all available to students taking this class for a nominal fee. Classes for the fall session will beevery Tuesday at 6:00 p.m.for youthages 5 to 18 and7:00 p.m. for adults. Fee for the season is $60 per child or adult.
WALK ACROSS TEXAS
Walk Across Texasis an eight-week program extendingfromOct. 1 through Nov. 30 through Texas A&M Agri-Life Extension designed to help Texans establish the habit of regular physical activity. Each adult team may include up to eight team members, all working together to reach the 832-mile goal to make their way across the state of Texas. All participants will receive free pedometers and weekly incentives.
To sign up, visithttps://bit.ly/WalkAcrossTexas.
STEP UP AND SCALE DOWN
Step Up and Scale Down is an innovative eight-week program taking place every Friday from Oct. 1 through Nov. 19 from 9:00 to 11:00 a.m. through Texas A&M Agri-Life Extension designed to guide participants toward weight management and chronic disease management through the use of nutrition tips, prevention, exercise and delicious food demonstrations. For more information about our Health and Wellness series, visit https://bit.ly/GRCHealthandWellness.Participants are encouraged to pre-register; space is limited per class.
FALL FAMILY FUN TRAIL
The 20th Annual Fall Family Fun Trail will take place on Thursday, Oct. 28 from 4:00 to 7:00 p.m.This free event is designed for children ages two through 12 and will include: Games, Vendors, Photos with Shorty, Candy, Costume Contest, and Food Trucks.
Costumes are encouraged for everyone attending. Organizations and local businesses will be set up on the walking trails around Woldert pond with fun games and candy for the kids. Pre-registration is required to attend.
For more information about any of these events or about the Glass Recreation Center, visit TylerParksandRec.com, the Tyler Parks and Rec Facebook page, or call Glass Recreation Center at (903) 595-7271.
Thrilling Fair Rides
The Glass Bathrooms In Downtown Sulphur Springs
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CStone Pharmaceuticals : received China NMPA IND approval for CS2006/NM21-1480, a PD-L1/4-1BB/HSA multi-specific antibody-based molecule, marking…
Posted: at 6:30 am
Suzhou, China - CStone Pharmaceuticals ('CStone', HKEX: 2616), a leading biopharmaceutical company focused on the research, development, and commercialization of innovative immuno-oncology therapies and precision medicines, announced that the investigational new drug (IND) application of multi-specific antibody CS2006/NM21-1480 has been approved by the National Medical Products Administration (NMPA) of China. CS2006/NM21-1480 represents a leading class of next-generation anti-PD-1/PD-L1 cancer immunotherapies and a new backbone molecule for combinations.
CS2006/NM21-1480 is a monovalent, tri-specific antibody-based molecule targeting PD-L1, 4-1BB, and human serum albumin (HSA).CS2006/NM21-1480 is designed to bind to the immune co-stimulation receptor 4-1BB and conditionally activate T cells only when engaging the checkpoint receptor ligand PD-L1 on the surface of tumor cells, potentially preventing the liver toxicities observed with previous anti-4-1BB agonistic antibodies. As a potential best-in-class drug, CS2006/NM21-1480 could be used as monotherapy or in combination with multiple treatments. The upcoming clinical study is designed to evaluate the safety, pharmacokinetics, and anti-tumor efficacy of CS2006/NM21-1480 in Chinese patients with various advanced solid tumors.
Compared to other PD-L1/4-1BB bispecific antibody candidates, CS2006/NM21-1480's unique monovalent structure and ultra-high-affinity PD-L1-binding is designed to fully exploit the synergistic potential of tumor-localized modulation of PD-L1 and 4-1BB, to provide broader and more sustained treatment response and at the meantime, to avoid systemic toxicities. Furthermore, half-life extension via the HSA-binding motif enables convenient dosing schedules for patients. CS2006/NM21-1480 is anticipated to be effective against tumors with a wide range of PD-L1 expression levels and may overcome primary and/or acquired resistance to anti-PD-1/PD-L1 therapies.
Dr. Archie Tse, Chief Scientific Officer of CStone, said, 'We are very glad that the IND application of CS2006/NM21-1480 in China has been approved by the NMPA, with the clinical trial starting soon, it marks a significant milestone in CStone's Pipeline 2.0 strategy which focused on assets with first-in-class or best-in-class potential. Since April 2020, the first-in-human study of CS2006/NM21-1480 has been well underway in the US. Moving forward, we will step up our efforts to drive the research and development of CS2006/NM21-1480, and other pipeline assets to provide potentially more effective treatments for Chinese and global patients.'
CS2006/NM21-1480 was discovered and engineered by Numab Therapeutics ('Numab'), CStone's partner, using its proprietary ?cap technology and MATCH platform. CStone and Numab signed an exclusive regional licensing agreement for the development and commercialization of the drug candidate. Pursuant to the terms of the licensing agreement, CStone will fund the research and development of CS2006/NM21-1480 up to completion of an initial Phase Ib clinical trial. In exchange, CStone obtains exclusive rights from Numab to develop and commercialize CS2006/NM21-1480 in Greater China (including Mainland China, Hong Kong, Macau and Taiwan), South Korea and Singapore. Numab retains all CS2006/NM21-1480 rights for the rest of the world. Upon completion of CStone's funding period, no further financial obligations will be owed by either party.
About CStone
CStone Pharmaceuticals (HKEX: 2616) is a biopharmaceutical company focused on researching, developing, and commercializing innovative immuno-oncology and precision medicines to address the unmet medical needs of cancer patients in China and worldwide. Established in 2015, CStone has assembled a world-class management team with extensive experience in innovative drug development, clinical research, and commercialization. The company has built an oncology-focused pipeline of 15 drug candidates with a strategic emphasis on immuno-oncology combination therapies. Currently, CStone has received three drug approvals in Greater China, including two in Mainland China and one in Taiwan. CStone's vision is to become globally recognized as a world-renowned biopharmaceutical company by bringing innovative oncology therapies to cancer patients worldwide.
For more information about CStone, please visit: http://www.cstonepharma.com.
Forward-looking statement
The forward-looking statements made in this article only relate to events or information as of the date when the statements are made in this article. Except as required by law, we undertake no obligation to update or publicly revise any forward-looking statements, whether as a result of new information, future events or otherwise, after the date on which the statements are made or to reflect the occurrence of unanticipated events. You should read this article completely and with the understanding that our actual future results or performance may be materially different from what we expect. All statements in this article are made on the date of publication of this article and may change due to future developments.
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