Month: June 2019

10 Jun 2019

Assassin’s Creed Odyssey now offers a way for you create your own quests

Assassin’s Creed Odyssey was definitely my favorite game of 2018, and it’s getting even better thanks to a couple of new updates Ubisoft announced at E3 this year that help make the most out of the game’s incredibly detailed depiction of a mythically massaged Ancient Greek setting.

Starting today via an open beta, players can get in on one of these new features – Story Creator Mode, which is a web-based way for anyone to design, build and share their own in-game story-based quests. That’s right: You’re the myth-maker now, with a quest-building mechanic that lets players choose from six different kinds of quest objectives, including assassination of specific targets; rescuing individuals; visiting different locales throughout the world and more. You can write your own dialogue, with branches that respond to player choices, and you can add in options for in-dialogue lying or even let the player go ahead at attack NPCs to end conversations.

All of these missions, once built, can be shared with other Assassin’s Creed Odyssey players regardless of platform – so if you’re playing on PS4, you can share missions to players on Xbox, fo example, and vice versa. This whole feature makes me super excited, because I spent literal months creating campaigns in the original Starcraft’s campaign building tool, and I will do the same thing with this. Hmu if you want my missions.

Meanwhile, players with less interest in creating something new, and more interest in visiting something that already exists to savor the details Ubisoft put in this game can take advantage of the new Discovery Tour mode that’s coming later this fall. Basically it takes out any conflict elements and adds in 300 guided tour stations which provide details about Ancient Greek life, mythology, architecture and philosophy. The game’s dialogue engine does double duty here to offer up interactive quizzes.

I like learning – who doesn’t like learning? This sounds great. But I’ll probably spend more time building campaigns than taking in the sites.

10 Jun 2019

It’s 2019 and the Nintendo Wii still isn’t dead

The Nintendo Wii still has some play left in it.

It was already ridiculous that Just Dance 2019 supported the Nintendo Wii, even after axing PS3 support, but now the 2020 version of the dancing video game is still supporting the aged system, Ubisoft said onstage at its E3 press conference.

Just Dance 2020 will be coming to Stadia, Wii, Xbox One, PS4 and Nintendo Switch in November.

The console originally launched in 2006 is far from powerful, but its popularity with an unconventional crowd is bringing it staying power that its successor the Wii U apparently did not have.

At this point, Ubisoft is probably holding onto the title for at least a little bit of notoriety though I’m sure some of those Wii customers that weren’t traditional “gamers” are probably a solid audience for this title.

Long live the Wii.

10 Jun 2019

It’s Always Sunny meets Warcraft in Mythic Quest Apple TV+ trailer

He’s no Keanu, but Rob Mcelhenney’s pretty good as far as E3 cameos go. The It’s Always Sunny in Philadelphia star hit the stage at Ubisoft’s presser this afternoon to show off a trailer from his upcoming ridiculously named Apple TV+ series, Mythic Quest: Raven’s Banquet.

The series was created by Mcelhenney and Sunny vets Charlie Day, and Megan Ganz and produced by Ubisoft Film and Television — marking its first live action series. Details are thin at the moment, but the series is a workplace comedy set in the offices of the publishers behind the massively successful World of Warcraft-style MMORPG, Mythic Quest.

From the looks of things, the series shares more in common with The Office than Sunny, shot in a mockumentary style. Though again, the trailer doesn’t really offer much to go on. More details have been promised soon.

Apple TV+, the company’s premium streaming service, is launching this fall. 

10 Jun 2019

To detect fake news, this AI first learned to write it

One of the biggest problems in media today is so-called “fake news,” which is so highly pernicious in part because it superficially resembles the real thing. AI tools promise to help identify it, but in order for it to do so, researchers have found that the best way is for that AI to learn to create fake news itself — a double-edged sword, though perhaps not as dangerous as it sounds.

Grover is a new system created by the University of Washington and Allen Institute for AI (AI2) computer scientists that is extremely adept at writing convincing fake news on myriad topics and as many styles — and as a direct consequence is also no slouch at spotting it. The paper describing the model is available here.

The idea of a fake news generator isn’t new — in fact, OpenAI made a splash recently by announcing that its own text-generating AI was too dangerous to release publicly. But Grover’s creators believe we’ll only get better at fighting generated fake news by putting the tools to create it out there to be studied.

“These models are not capable, we think right now, of inflicting serious harm. Maybe in a few years they will be, but not yet,” the lead on the project, Rowan Zeller, told me. “I don’t think it’s too dangerous to release — really, we need to release it, specifically to researchers who are studying this problem, so we can build better defenses. We need all these communities, security, machine learning, natural language processing, to talk to each other — we can’t just hide the model, or delete it and pretend it never happened.”

Therefore and to that end, you can try Grover yourself right here. (Though you might want to read the rest of this article first so you know what’s going on.)

Voracious reader

The AI was created by having it ingest an enormous corpus of real news articles, a dataset called RealNews that is being introduced alongside Grover. The 120-gigabyte library contains articles from the end of 2016 through March of this year, from the top 5,000 publications tracked by Google News.

By studying the style and content of millions of real news articles, Grover builds a complex model of how certain phrases or styles are used, what topics and features follow one another in an article, how they’re associated with different outlets, ideas, and so on.

This is done using an “adversarial” system, wherein one aspect of the model generates content and another rates how convincing it is — if it doesn’t meet a threshold, the generator tries again, and eventually it learns what is convincing and what isn’t. Adversarial setups are a powerful force in AI research right now, often being used to create photorealistic imagery from scratch.

It isn’t just spitting out random articles, either. Grover is highly parameterized, meaning its output is highly dependent on input. So if you tell it to create a fake article about a study linking vaccines and autism spectrum disorders, you are also free to specify that the article should seem as if it appeared on CNN, Fox News, or even TechCrunch.

I generated a few articles, which I’ve pasted at the bottom of this one, but here’s the first bit of an example:

Serial entrepreneur Dennis Mangler raises 6M to create blockchain-based drone delivery

May 29, 2019 – Devin Coldewarg

Drone delivery — not so new, and that raises a host of questions: How reliable is the technology? Will service and interference issues flare up?

Drone technology is changing a lot, but its most obvious use — package delivery — has never been perfected on a large scale, much less by a third party. But perhaps that is about to change.

Serial entrepreneur Dennis Mangler has amassed an impressive — by the cybernetic standards of this short-lived and crazy industry — constellation of companies ranging from a top-tier Korean VC to a wholly owned subsidiary of Amazon, ranging from a functional drone repair shop to a developer of commercial drone fleets.

But while his last company (Amazon’s Prime Air) folded, he has decided to try his hand at delivery by drone again with Tripperell, a San Francisco-based venture that makes sense of the cryptocurrency token space to create a bridge from blockchain to delivery.

The system they’re building is sound — as described in a new Medium post, it will first use Yaman Yasmine’s current simple crowdsourced drone repair platform, SAA, to create a drone organization that taps into a mix of overseas networks and domestic industry.

From there the founders will form Tripperell, with commercialized drones running on their own smart contracts to make deliveries.

Not bad considering it only took about ten seconds to appear after I gave it the date, domain, my name (ish), and the headline. (I’d probably tweak that lede, but if you think about it, it does sort of make sense.)

Note that it doesn’t actually know who I am, or what TechCrunch is. But it associates certain data with other data. For instance, one example the team offered was an editorial “in the style of,” to co-opt cover bands’ lingo, Paul Krugman’s New York Times editorials.

I don’t think it’s too dangerous to release — really, we <em>need</em> to release it.
“There’s nothing hard coded — we haven’t told the model who Paul Krugman is. But it learns from reading a lot,” Zeller told me. The system is just trying to make sure that the generated article is sufficiently like the other data it associates with that domain and author. “And it’s going to learn things like, ‘Paul Krugman’ tends to talk about ‘economics,’ without us telling it that he’s an economist.”

It’s hard to say how much it will attempt to affect a given author’s style — that may or may not be something it “noticed,” and AI models are notoriously opaque to analysis. Its style aping goes beyond the author; it even went so far as creating the inter-paragraph “Read more” links in a “Fox News” article I generated.

But this facility in creating articles rests on the ability to tell when an article is not convincing — that’s the “discriminator” that evaluates whether the output of the “generator” is any good. So what happens if you feed the discriminator other stuff? Turns out it’s better than any other AI system right now, at least within the limits of the tasks they tested it on, at determining what’s fake and what’s real.

Natural language limitations

Naturally Grover is best at detecting its own fake articles, since in a way the agent knows its own processes. But it can also detect those made by other models, such as OpenAI’s GPT2, with high accuracy. This is because current text-generation systems share certain weaknesses, and with a few examples those weaknesses become even more obvious to the discriminator.

“These models have to make one of two bad choices. The first bad option is you just trust the model,” Zeller said. In this case, you get a sort of error-compounding issue where a single bad choice, which is inevitable given the number of choices it has to make, leads to another bad one, and another, and so on; “Without supervision they often just go off the rails.”

“The other choice is to play it a bit safer,” Zeller explained, citing OpenAI’s decision to have the generator create dozens of options and pick the most likely one. This conservative approach avoids unlikely word combinations or phrases — but as Zeller points out, “human speech is a mix of high probability and low probability words. If I knew what you were going to tell me, you wouldn’t be speaking. So there have to be some things that are hard to anticipate.”

These and other habits in text generation algorithms make it possible for Grover to identify generated articles with 92 percent accuracy.

And no, you’re very clever, but you can’t just take the ones it doesn’t detect and sort of breed them together to make more convincing ones. As it turns out, this type of strategy doesn’t actually help a lot — the resulting “super-algorithms” still stumble in similar ways.

Self-extinguishing danger

On the face of it, Grover seems like a pretty dangerous tool. With a bit of tweaking the articles it created for me could easily pass the smell test of a casual reader unfamiliar with the topic. So why is the team releasing it and the dataset it’s based on?

The more articles we have from an adversary, the easier it is to detect that adversary.
First of all it’s not just going to be an app you download — “We want researchers to easily be able to use the model, but we’re not making it completely public,” Zeller clarified. But even so, the likelihood of it being used for evil is counterintuitively low.

“If you just wanted to write ten take news articles, you could just write them yourself,” he points out — and indeed, it’s hard to imagine some mastermind going to all this trouble just to generate a handful. “But if you want to write a hundred thousand, you could use our tool — but the more articles we have from an adversary, the easier it is to detect that adversary.” So it would be a self-defeating plot resulting in a sort of “known fake news” that’s easy to flag.

That assumes, however, that there’s a method for applying algorithms like Grover’s to news at large, or that individuals are motivated to question or verify articles they read in the first place. Unfortunately that’s not anywhere near the case.

“This is a totally non machine learning related question,” Zeller admitted. “How do we make this useful for people? How do we make it so when people read news online, they can check if it’s fake, and want to?”

No AI can generate a good answer to that prompt. Here’s hoping we humans are up to the task.


Appendix

I generated several articles to study, and some were better than others. I didn’t save all of them, but I’ve put a few below for anyone curious to see what Grover’s output looks like without going and generating their own. The results are entertaining and far from nonsense, though anyone who reads closely at all would see some red flags. I’ve only slightly formatted for readability and haven’t changed any words.

The first is a redo of the one I quoted above, with a slightly tweaked headline (that’s misinterpreted in an unexpected yet logical way):

Serial founder Dennis Mangler raises 6M to create blockchain-based drone delivery

May 30, 2019 – Devin Coldewey, techcrunch.com

Dennis Mangler of Serial, one of the first open source blockchain-based systems to launch and now a key part of the Ethereum ecosystem, has raised a couple of million dollars in venture funding in order to bring drones and cryptocurrencies together.

Armed with $1.4 million of seed funding, they’re now offering new features for their system to seed investors, including a marketplace for goods sold using the platform. In some ways this could be analogous to the early days of Bitcoin — it had a primary market in petabytes of processing power, and all it took to mine something was an individual machine with the right electricity and gigabytes of RAM. Drones could eventually deliver that stuff just as easily, but they’d also need to run some kind of distributed ledger.

“There’s a tremendous opportunity for companies to seamlessly connect the logistics side of the industry and the blockchain side of the industry,” Mangler told me. “A lot of companies are already already doing it. But we want to supercharge their efforts and help them change how they operate.”

If they can plug the crypto in, where it comes from and why would people care about it as a means of exchanging value or keeping track of it, and what could be done to legitimize or add interest to the platform.

The fundraiser is still going — Mangler sent me some emails, asking that I not make too much of it — but the raise has now reached 6 million. You can find information on the project here.

First, take note of the speed with which this started to sprout. You’d figure in this day and age that looking at how much money was being raised, accredited investors and large corporations would surpass crowdsourced funding — but Mangler says not so fast.

“The coin exchange is going to be enabled in a couple of months,” he told me. “And I believe the push-ups are going to become a new industry before the cryptocurrency market itself is.”

To do that, some smart marketplaces are going to have to be created; however, these might have to function with information and transactions distributed far across the network rather than in clusters running the decentralized network. An air-traffic control system would theoretically be in place as well — a little like Microsoft’s Azure, or Facebook’s Open Graph, but an open blockchain-based variant.

And finally, he says the buzz is you should look at Amazon as a model; they invented the space, and just through focus and sharp execution have pretty much changed it. They need a little time to build it out but they’re getting there.

This one was done in the style of Fox News. There’s no such person as Dr Nicholas Colvin — I checked. Bobby Scott is indeed a Member of Congress – but in Virginia, not Florida.

Multi-year study links vaccines to higher incidence of Autism spectrum disorders

May 29, 2019 – Sofia Ojeda, foxnews.com

Dr. Nicholas Colvin, lead author on a new multi-year study published by the National Institutes of Health, says as a vaccine advocate, he understands the risks and benefits of vaccines in the United States.

“At the core of it, it’s about safety. You know, we have options for our children, and parents have choices in making those choices. And vaccines provide, you know, safety for all those kids, all those families,” Dr. Colvin said.

READ MORE: Autism experts call California vaccine study ‘shaky science’

Colvin and colleagues looked at all medical records of nearly 3 million kids in the first decade of this century. They found girls tend to be more sensitive to the harmful side effects of vaccines than boys.

“Specifically in autism, and other neurodevelopmental disorders in kids, our analyses show that there is higher prevalence of autism in kids that have been vaccinated than in kids that haven’t been vaccinated,” he said.

In fact, people born around 2000 were more likely to have autism or similar neurodevelopmental disorders than kids born in earlier decades.

“And then we also found that younger kids in the United States, those born between 2000 and 2011, had a somewhat higher rate of autism — and that higher rate was driven by girls,” Colvin said.

READ MORE: Trump endorses FL Rep. Bobby Scott’s position on vaccine bill

Dr. Colvin points out the findings aren’t meant to scare parents from vaccines.

“I don’t want to scare people. I just want to make sure parents are aware that there is a risk. We don’t think this is a big risk. It is certainly real and is, you know, consistent with other research, but not in a way that I would say is something that’s life-threatening,” Colvin said.

He also points out that there is no known cause of autism, which is why he says anyone with suspicion or concern should talk to their doctor.

The National Institutes of Health says there is no vaccine for autism at this time. Colvin says that uncertainty has caused some misconceptions and a decrease in vaccine uptake

Lastly, I was interested to see what would happen if I threw a monkey wrench in there:

Founder Daenarys Targaryen raises 17M Series A round for new AI startup offering “self-driving blockchain”

May 29, 2019 – Kenneth Turan, techcrunch.com

One thing about “Game of Thrones” is that the characters are an active group of entrepreneurs, all with new enterprises at the ready when the show’s storylines take off. And it looks like the show’s creators, David Benioff and D.B. Weiss, and the team behind live-streaming game streaming app Twitch are thinking about going the same way, if not longer.

Good behavior indeed. First, the Lannisters get their Hand: Haylie Duff is on board as an executive producer. Today, we learn that Rene Oberyn Martell, one of the “impossible sons” we saw in season six (the name was borrowed from a line in Robert’s Rebellion) has established himself as the new face and voice of a new company called Margaery One.

We learn that Margaery is a decentralized data machine; indeed, she’s acting as the network’s self-appointed captain of the board, wielding primary command authority. Through an AI-powered network of blockchain token dubbed REDL (or “red gold”), she controls an operation that enables her team to develop and collect decentralized data in the real world, secure from the needs of tyrannical governments such as that of King Robert.

It’s a cool little concept, and part of a litany of “Blockchain”-based product launches the team behind the firm is demonstrating and introducing this week at the inaugural Game of Money. As of this writing, the firm has achieved 27 million REDLs (which are tokens comprised of “real” money in the Bitcoin form), which amount to more than $16 million. This meant that by the end of today’s conference, Omo and his team had raised $17 million for its existence, according to the firm’s CEO, Rene Oberyn Martell.

As of today, one of Rene’s institutions, dubbed the Economics Research Centre, has already created value of $3.5 million on the back of crowd-funding. (On each ROSE token, you can purchase a service)

The real-world business side is provided by Glitrex Logistics, which Martell co-founded along with Jon Anderson, an engineer, and the firm’s COO, Lucas Pirkis. They have developed a blockchain-based freight logistics platform that allows shippers to specify “valued goods in your portfolio,” and get information along with prices on things like goods with a certain quality, or untraditional goods such as food and pharmaceuticals.

How will the firm use ROSE tokens? For starters, the aim is to break down the areas where it can have an effect, including distribution and how goods get to market, and build a community for self-improvement and growth.

This echoes comments from Neal Baer, chairman of NBC Entertainment, about the future of distribution. In a recent blog post, he said he hopes that the Internet of Things and artificial intelligence will become integrated to create the new economic system that will follow the loss of “the earnings power of traditional media and entertainment content,” telling readers that the next round of innovation and disruption will be “powered by the Internet of Things.”

If so, this has the whiff of the future of entertainment — not just new revenue sources, but realms of competence, naturally distinct from the impact of algorithm-based algorithms. And while it can be argued that entertainment and fashion are separate, the result could be a complex world where characters rise to the occasion based not on the smarts of the writer but of the cast.

As noted above, you can create your own fake articles at Grover.

10 Jun 2019

CBP says traveler photos and license plate images stolen in data breach

U.S. Customs and Border Protection has confirmed a data breach has exposed the photos of travelers and vehicles traveling in and out of the United States.

The photos were stolen from a subcontractor’s network through a “malicious cyberattack,” a CBP spokesperson told TechCrunch in an email.

“CBP learned that a subcontractor, in violation of CBP policies and without CBP’s authorization or knowledge, had transferred copies of license plate images and traveler images collected by CBP to the subcontractor’s company network,” said an agency statement.

“Initial information indicates that the subcontractor violated mandatory security and privacy protocols outlined in their contract,” the statement read.

The agency first learned of the breach on May 31.

When asked, a spokesperson for CBP didn’t say how many photos were taken in the breach or if U.S. citizens were affected. The agency also didn’t name the subcontractor.

It remains unclear exactly what kind of photos were taken, such as if the images were collected directly from CBP officers by visitors entering the U.S. or part of the agency’s rollout of facial recognition technology at U.S. airports

The agency, which processes over a million travelers entering the U.S. every day, maintains a database of traveler images, including passport and visa photos. The database has come under fire from a federal watchdog which said the accuracy of the system was subpar.

More than a dozen U.S. airports are already rolling out the facial recognition technology, with many more to go before the U.S. government hits its target of enrolling the largest 20 airports in the country before 2021.

CBP said it had notified members of Congress and is “closely monitoring” CBP-related work by the subcontractor.

10 Jun 2019

Get your tickets to the TechCrunch 14th Annual Summer Party

Hey startuppers, it’s time to save the date and get your ticket to the best Silicon Valley soiree of the season. This year marks the 14th return of the TechCrunch Summer Party — a time to relax, connect and imbibe with your startup siblings.

We’re excited to announce that we’re hosting more than 1,000 guests at the beautiful Park Chalet, San Francisco’s coastal beer garden. Come out, kick back, grab a drink and enjoy a variety of tasty bites, while enjoying the park views. We’re also excited to announce our VC firm partners for the event: August Capital, Battery Ventures, and Uncork Capital.

Tickets to this popular event will go fast, which means get them while you can! Tickets are available on a rolling basis, so if you miss out on this batch, don’t despair. Simply sign up here and we’ll let you know when the next release is announced.

Beyond the food, drink and convivial atmosphere, you’ll be among your peers to celebrate the entrepreneurial spirit that drives you to build the future. TechCrunch parties are notorious for networking magic, and you just never know when you’ll meet your next investor, co-founder or future unicorn. Why not do it over a beer at the Park Chalet?

Here’s one historic example. Box founders Aaron Levie and Dylan Smith met one of their first investors, DFJ, at a party hosted by TechCrunch founder Michael Arrington. True story.

Check out the pertinent Summer Party details:

  • When: July 25 from 5:30 p.m. – 9:00 p.m.
  • Where: Park Chalet in San Francisco
  • How much: $95

Join us for a relaxing night of sipping, noshing and networking in a beautiful setting overlooking the ocean. You might even win some great door prizes — including TechCrunch swag and tickets to Disrupt San Francisco 2019.

Whether you make a life-changing connection or walk away inspired, it’ll be a night to remember. This event will sell out quickly. Buy your 14thAnnual Summer Party ticket today.

Is your company interested in sponsoring or exhibiting at the TechCrunch 14th Annual Summer Party? Contact our sponsorship sales team by filling out this form.

10 Jun 2019

White House budget chief looks to delay Huawei ban

The already complicated U.S./Huawei situation gets a few more wrinkles this week. Acting director of the Office of Management and Budget Russell T. Vought sent a letter to VP Mike Pence and members of congress requesting a delay in the implementation of the forthcoming Huawei ban.

Sent June 4 and since obtained by The Wall Street Journal, the letter asks for delay in certain key parts of the Trump signed National Defense Authorization Act that has caused the smartphone maker to be barred from doing business in the U.S.

“While the Administration recognizes the importance of these prohibitions to national security,” Vought writes, “a number of agencies have heard significant concerns from a wide range of potentially impacted stakeholders who would be affected.”

The U.S. has long contended that the source of its issues with the smartphone and telecom hardware giant has been ties to the Chinese government that present security risks for the U.S. Huawei, meanwhile, has chalked the competition up to political and anticompetitive practices.

Treasury secretary Steve Mnuchin, meanwhile, sent some mixed signals about the situation in a recent Reuters interview. “I think what the president is saying is, if we move forward on trade, that perhaps he’ll be willing to do certain things on Huawei if he gets comfort from China on that and certain guarantees,” he told the outlet. “But these are national security issues.”

If implemented, the delay would certainly work in Huawei’s favor as the company looks to alternatives to U.S. and U.S.-tied component and software providers.

10 Jun 2019

How gaming on Microsoft xCloud compares to Google Stadia

Cloud gaming is one of the big topics of excitement ahead of E3. The market is very niche but the technology feels exciting, allowing users to play graphically-complex titles on a bunch of low-powered devices thanks to server farms.

We had a chance to go hands-on with Google’s Stadia platform at GDC, now at E3, Microsoft is letting the media test out their previously-announced service xCloud. I’ve spent a bit of time with both, so how do they compare?

The biggest difference is that we still know bizarrely little about xCloud, while many expected the service to be the main topic of discussion at the Xbox E3 event, the service was mentioned for mere seconds as execs focused their energies on Xbox Game Pass and the upcoming Project Scarlett hardware.

Pricing, exact release dates, device support and internet requirements of xCloud are all up in air. We know it’s coming later this year for public use just as Stadia is. There are a lot of question marks, but here’s what we’re working with.

Much like Stadia, xCloud is a streaming service that abides by the laws of nature, like speed of light, so latency is a thing. On the topic of lag — which is one of the big viability questions with these platforms — it seems like Microsoft’s solution is in lockstep with Google Stadia. The naked eye can only detect so much especially in a demo environment where the environment is set up to be perfect, but streaming in LA from servers based in the Bay Area didn’t cause any major problems as I demoed a couple titles briefly.

The easiest way to showcase the latency on these systems seems to be picking up an in-game gun and finding the length of time that passes between trigger press and the muzzle flash. It was perceptible and more so than when I’m playing at home but likely only because I was directing all of my attention to that metric. When it came to frame rates flowing and resolution streaming, the brief demos held up, though again this is a tech platform that’s all about having network perfection in place and demo environments are pretty unreliable representations of standard scenarios.

I saw some hiccups in my Stadia demo, though a system restart rectified them.

One big question mark is whether Xbox is going to release a specialized controller that connects to the Cloud directly to cut down on latency. Stadia has already done this, but this won’t make as big a difference to a lot of Xbox One users who likely won’t bother with buying a new controller to shave off a few milliseconds. That said, as you can see, there was some xCloud-specific branding on the Xbox controllers we used, so there could be some developments here.

Stadia requires a 35 Mbps download connection in order to play 4K games, we don’t know anything about the xCloud standards there, but I’d imagine expectations should be kept fairly similar though you might have to worry about both ends of the equation if you’re streaming from your personal Xbox on a home network to a mobile device elsewhere.

What’s a bit fascinating is how both Microsoft and Google chose to showcase the advances in their streaming technology. While Google showcased Stadia as a console replacement, xCloud’s demo reframed the service as a way to bring console gaming on-the-go.

This isn’t entirely revolutionary as services like Sony’s Remote Play offered some of this functionality, but the scope of support could be larger here. Our demo was on a Samsung Galaxy device attached to an Xbox One controller. We haven’t heard details on the scope of supported mobile devices but given that Stadia is only launching on the Pixel 3 and Pixel 3a, even with the latest Samsung Galaxy devices, Microsoft could already have Google beaten there out-of-the-gate.

I will say it felt different playing a console-level title with a phone screen. You have wildly different expectations of what your phone can handle because you’ve spent years with limited mobile games while open-world RPGs have been out of reach. Mobile processors have gotten more beefy, but pushing graphics that have teraflops of power behind them is a very cool experience though it does make me wish that Microsoft had a mobile system or a controller that was a bit more phone-friendly because the current solution feels more than a little hack-y.

On the topic of value, we know that console streaming for existing console owners will be free, we similarly know that 1080p streaming on Stadia will be free once you buy games on the platform, though if you want 4K resolution, you’ll have to pony up $9.99 per month. We don’t know if xCloud is going to have any limitations on console streaming users.

If xCloud boasts support for the full Xbox library, that’s going to be something that keeps Stadia from competing. The network effects of buying single-player titles might be limited but if cross-play for multi-player is something a title doesn’t boast than chances are gamers will want to stay where their friends are. Building an entire player network from scratch won’t be easy for Google and Xbox has one hell of a head-start.

The biggest unanswered question is how Microsoft prices xCloud for gamers without a console and whether there is some too-good-to-refuse combo deal with Xbox Game Pass. The entire market still feels a little niche and I think it’s a bit unrealistic to think we’re already approaching a post-console world, but Microsoft being aggressive here could prevent Stadia from gaining any sort of a foothold.

10 Jun 2019

Audi recalls its electric SUV over battery fire risk

Audi today issued a voluntary recall in the U.S. for the E-Tron SUV due to the risk of battery fire. An Audi spokesperson told Bloomberg that no fires had been reported over the 1,644 E-Trons Audi has sold. According to the recall, Audi found moisture can seep into the battery cell through a wiring harness. There have been five cases worldwide where this has caused a battery fault warning.

The E-Tron is the German car maker’s first mass-produced electric vehicle. The model is just now hitting the market worldwide, and Audi has sold 540 in the U.S.

I drove the E-Tron late last year and found it a confident vehicle. It’s not Tesla fast, but it’s packed with Audi’s creature comforts and has a fun powertrain with plenty of acceleration. However, it has a range of just over 200 miles on a charge, making it far less capable than its chief competitor, the Tesla Model X.

Owners who take Audi up on the recall will be compensated with an $800 cash card and a loaner vehicle while it’s in the shop.

10 Jun 2019

NASA details Deep Space Atomic Clock and other tests launching on SpaceX Falcon Heavy

SpaceX’s next mission for its Falcon Heavy high-capacity rocket is set for June 24, when it’ll take off from NASA’s Kennedy Space Center in Florida with 20 satellites on board that comprise the Depart of Defense’s Space Test Program-2. That’s not all it’ll carry however: There will also be cargo pertaining to four NASA missions aboard the private launch vehicle, including materials that will support the Deep Space Atomic Clock, the Green Propellant Infusion Mission, and two payloads that will serve scientific missions.

NASA detailed all of these missions in a press conference today, going into more detail about what each will involve and why NASA is even pursuing this research to begin with.

Deep Space Atomic Clock

NASA’s Deep Space Atomic Clock mission, run from the Jet Propulsion Laboratory, will see a demonstration super-precise atomic clock into low-Earth orbit, where it will act as a proof-of-concept for using this to deliver much more (like, orders of magnitude better) accuracy and precision when compared to ground-based atomic clocks. This is a key ingredient for future deep space exploration, including crewed missions to both the Moon and Mars, since space-based atomic clocks should help greatly improve outer space navigation.

Jill Seubert, Deep Space Navigator for NASA, explained that this is the world’s first ion-based atomic space clock. “It’s about 50 times more stable than the GPS atomic clocks we use,” adding that we currently have to navigate from Earth because the clocks on board spacecraft are really not very good at maintaining time accuracy.

Seubert noted that her job – Deep Space Navigator – is essentially a spacecraft pilot. “To put my job in context,” she said, “It’s like me standing here in LA today and shooting an arrow, and hitting a target the size of a quarter, and that quarter is sitting in Times Square in New York.”

The problem with piloting today, she noted, is fundamentally one of time – we currently need to measure the echo of a signal back from spacecraft in flight. To navigate space safely, Seubert and her peers effectively listen for the echo using instrumentation here, and measure to within 1 billionth of a second. The clocks we need to measure that accurately have been the size of a refrigerator, she noted. The new Deep Space Atomic Clock shrinks that to size of a gallon of milk, making it feasible to include it on board spacecraft.

That will enable one-way tracking, when paired with data gathered by an onboard camera, using a signal from Earth to spacecraft, or from spacecraft to Earth, but with no round-trip needed. This allows for more efficient tracking across all flights, because you do less time sharing with existing deep space network. It also enables “self-driving spacecraft,” as Seubert put it, which requires no direction at all from navigators on earth.

That could even enable astronauts working on other planets to take advantage of something like a “Google Maps, Mars edition,” Seubert said, with the confidence to rely on the accuracy of the information and automated navigation systems that make use of this tech.

Use of Deep Space Atomic Clock-based navigation can also enable travel to locations so far away that two way communication just isn’t feasible or possible.

This research mission is the first space test of this technology, and will involve testing in low-earth orbit and a key ingredient for proving its viability.

Green Propellant Infusion Mission

The Green Propellant Infusion Mission, or GPIM for short, will demonstrate a ‘green’ alternative to the usual rocket fuel used in launch- and spacecraft. It’s being run in tandem with Ball Aerospace, and will see a small satellite loaded with this alternative fuel (which is a Hydroxyl Ammonium Nitrate blend, for the chemists in the crowd) make use of it to demonstrate its viability as a space-based propellant. This is the first time the green fuel alternative will have been tested in space.

“Most people that work on spacecraft systems these days realize that when you’re flying spacecraft these days we’re relying heavily on heritage [technologies],” explained Christopher McClean, Principal Investigator for NASA’s GPIM at Ball Aersopace. The goal here is to help overcome industry biases that tend to favor these methods with proof of the viability of alternatives. This fuel is also non-toxic, as opposed to the highly-toxic typical spacecraft propellants like hydrazine.

This is the third flight of this specific design of spacecraft (called the BCP-100), which is roughly the size of a refrigerator and has room for an experimental payload – this time around it’s going to be driven by the new green propulsion subsystem. This spacecraft will have five thrusters on board that will help test this propellant through various maneuvers to be performed. The combined capabilities of the propellant can also return the craft to Earth’s atmosphere at the end of its mission.

“We’re not leaving any orbital debris up there, which is part of the ‘green’ of this experiment, in my opinion” noted McClean. Debate has renewed of late about the responsibilities of launch and spacecraft companies regarding orbital debris, sparked in part by SpaceX’s recent launch of part of its Starlink satellite constellation.

This new fuel is not only better performing, but is actually easier to work with because of its non-toxic nature, and it can be transported in spacecraft, so that open up the possibility of shipping fueled craft and also using it safely in research and academic environments, which is huge for unlocking work and study potential.

Space Environment Testbed

The Space Environment Testbed (SET – NASA loves acronyms) project that will fly through medium Earth orbit to help determine whether this region of space (called the ‘slot’ because it slots between two radiation belts) has less radiation than lower orbit space, which could make it a prime locale for navigation and communication satellites that are negatively affected by the radiation present in low-Earth orbit.

NASA Heliophysics Division Director Nicky Fox explained how the SET payloads will be hosted on the Air Force Defence Science and Technology Group mission also going up aboard Falcon Heavy. She said that there will be four different kinds of hardware, designed to demonstrate how they perform under exposure to radiation.

It’s “very important for us to demonstrate how we can harden these,” and work with problems they encounter under these conditions, Fox explained. “We don’t want to be launching a battleship when a dinghy will do – these will help us look at the right kind of materials” and how best to configure them when designing tools and instruments for space-based use.

The experiment will also help with more research into the medium-orbit space itself, and why it behaves the way that it does. “Why is there a slot region, why does it behave like it does, and why does it occasionally get completely filled with particle activity,” Fox offered as the kinds of questions it’ll help provide answers for.

A render of a Space Environment Testbest.

Enhanced Tandem Beacon Experiments

The fourth and final experiment aboard the upcoming Falcon Heavy launch is the Enhanced Tandem Beacon Experiment, including two dedicated CubeSats operated by NASA that make up the Tandem Beacon Experiment. The ‘enhanced part comes from work being done jointly with the COSMIC-2 (Constellation Observing System for Meterology, Ionosphere and Climate-2) – six micro satellites that will act in constellation and monitor Earth continually to gather atmospheric data that can be used to forecast weather, monitor the climate, and observe and research space weather – yes, space has weather.

Rick Doe, a Senior Research Physicist at SRI International explained that you can corrupt radio signals when you cross the ionosphere, and “radio waves are particularly susceptible to distortions” when they encounter disruptions to ions. We depend on these distorted radio signals for navigation on Earth, including commercial aircraft, so this distortion can be a key determinate when doing likes like autonomously navigating aircraft. Being able to determine when signals are particularly distorted by concentrated distorting activity in the ionosphere can help make sure that autonomous navigation takes into account and forecasts for these things in order to help mitigate their impact.

It’s not about countering the effect of this activity – Doe notes that it’s like a tornado in terms of terrestrial weather: You don’t try to counter the tornado, you plan around it and its impact when you’re able to predict is occurrence. The TBECs program will provide similar prediction and mitigation abilities for solar weather.

SpaceX’s mission is currently set for launch on June 24 at 11:30 PM ET, and it’ll carry all of the above on behalf of client NASA. We’ll have coverage of the launch so check back later this month for more.