Ouya. The kickstarted, indie-friendly mini console based on Android that failed in the market, is now on its deathbed. After Ouya gave up on its dream, it sold off its assets to some company, and there was some vague plan of relaunching a new brand in China, or something, but it didn’t work out. Now, the games servers are going offline, and the games will not be able to be downloaded or even played in some cases, if they need to connect to servers that no longer exist.
This shows dramatically the dangers of digitally distributed games-as-a-service. When the service is discontinued, there’s nothing left to own. History is lost, and there is no legacy, as everything fades into oblivion.
Atari made another announcement about their upcoming console, formerly known as the AtariBox, today. They are now taking pre-orders, through their website, as well as GameStop and Wal-Mart, and expect to be shipping orders in early 2020.
I went to Atari’s website, AtariVCS.com, to see what other information I might find about upcoming game titles, and found… no further information.
Well, nothing beyond what they’ve already announced months ago, about making old classics available through the “Atari Vault”. Which, given the existence of 9 previous generations of Atari Flashback consoles, which have sold for less than a third of what the Atari VCS will sell for, doesn’t make me feel too excited. The “Atari Vault”, which seems to echo Disney’s marketing with the “Disney Vault” of old re-releases that they would only put out once in a while, to ensure demand for them when they did, isn’t really an apt metaphor, considering that Atari IP has constantly been repackaged and made available with every generation of new hardware, from the NES to Now. This is simply the latest such repackaging.
Atari have a section of their site devoted to game developers, with an email link for interested developers to contact Atari for more information about developing for the system.
I make games, so I tried sending an email to their address, email@example.com. The email bounced.
Not a great sign. Even if there are developers interested in working with Atari on games for the new system, they can’t contact them, because their email server isn’t configured correctly.
Something tells me that if they can’t even be bothered to verify that their mail server is working before they launch their website, they aren’t exactly doing the best job with running the company.
It may be that this is simple incompetence on the part of whoever set up the site and didn’t bother to test critical functionality, and this will be corrected quickly. Or it may be that they didn’t bother setting up their email server correctly because they don’t have a product, or are so far behind in having a product ready that they’re not really able to field inquiries from would-be developers.
It’d be rather surprising if this were true; it’s one thing to scam backers on Indiegogo, but GameStop and Wal Mart would certainly file expensive lawsuits if Atari failed to come through with a product, wouldn’t they? One would expect so. But I think unless Wal Mart and GameStop actually advance any money to Atari, they wouldn’t have any reason to do so. Pre-orders don’t always mean that the product gets released after all, and retailers don’t have any control over that. Products often get canceled and delayed, and it’s almost a routine thing these days. Being partnered with two major retailers really doesn’t mean anything for Atari’s credibility. If Atari did end up failing to deliver and canceled the new Atari VCS console, GameStop and Wal-Mart already have returns departments that would reimburse customers. Meanwhile, they can sit on the money and allow it to collect interest from now until release day.
As usual, until Atari does more than show digital renderings of the case and controllers, and actually show working hardware, and announce a game lineup that is more than just repackaged old content, there’s no reason to recommend anyone buy this console. While I’d love to see the Atari of Old return and become a vibrant and relevant force in the industry again, the Atari of Today isn’t that company, and hasn’t yet shown the world anything to get excited about yet, a few pictures notwithstanding. I’m still skeptical that Atari is capable of successfully launching a new console in 2020.
To have any hope of being successful, Atari needs to bring exclusive new games that provide a compelling, refreshing vision of what their original intellectual property could have become if it had continued to be developed and evolve from the 1970s to the present day.
Their one title that they announced when they first pitched the AtariBox concept to crowdfunders about a year ago, Tetris 4K, was released last year — on other consoles. Consoles that actually exist. No other titles have been mentioned. Atari only makes vague statements about “talking with developers about some exciting things” and that they “can’t reveal more information at this time.” That’s hardly confidence-inspiring.
So, Atari, where are the developers? Where are the games?
From what Atari have been able to tell us about the upcoming hardware, it is a generic AMD x64/Linux machine with their branding and front-end, and will run games that run on standard Linux. Which means, a pretty big library, potentially, right out of the starting gate, but also means little reason to expect any games released for the Atari VCS will be exclusives that would draw gamers to buy the hardware. And why own an AtariBox if you can buy the same games for the conole(s) you already own?
This isn’t the first time I’ve heard of an old computer system being hacked in such a way that its program doesn’t use any RAM. Several years ago, I saw a talk by someone who had done something similar on the Commodore 64. They eschewed storing any data in RAM by using the CPU registers and directly accessing other hardware components such as the controller ports, and were able to make a working program that used no RAM at all.
It’s truly amazing what can be done under such constraints.
I think, in appreciating the accomplishment of projects like this, it’s easier to understand my relative “disappointment” in learning that Champ Games had used a 32-bit, 70MHz ARM CPU in their Galaga cartridge to augment the VCS system, rather than figured out some way to get the game to run on stock (or minimally extended, as some later contemporary releases for the VCS were) hardware.
I regret that it sounded as though I thought that the game itself was disappointing — far from it, it’s amazing, easily one of the best ports of an arcade game to the platform that’s ever been produced. And the technical accomplishment of getting the ARM CPU to mesh with the much slower Atari hardware is likewise amazing, in a different way. But knowing what’s possible to do with zero RAM, for a moment I thought that just maybe someone had figured out a way to squeeze all that performance and graphics into a standard Atari cartridge.
But really, there’s no reason to judge one of these projects as superior to the other. They should both be appreciated. One accomplishes something through extreme minimalism, and is beautiful in that way. The other accomplishes something through an extraordinary joining of old and new technology, and is beautiful in its own right.
Atari announced updated designs for their joystick and gamepad peripherals for the AtariBox (now called the Atari VCS) today. Allegedly, these are about to go into production soon, but are still subject to change and are not final.
I have to admit, I do like the design of the joystick, and wouldn’t mind owning one if they ever do get manufactured, assuming they will work with generic PC systems and aren’t tied exclusively to the AtariBox console.
One neat thing about the joystick that they revealed is that the stick will rotate, enabling play of paddle type Atari games. This answers a long standing question I’d had about whether/how the new system might support paddle games. I don’t know that this will feel as good as the old-school paddled did in their day, but it’s good that they’re at least supporting them. As well, it means that spinning stick arcade games, like the Ikari Warriors series of top-down run-n-gun games, might be decent to play with a stick like this.
The joystick will also have rumble and LED lighting features. Wireless, it will be powered by lithium ion battery, with a life of about 15 hours per charge. No word on how easily replaced the battery pack will be, or if replacement batteries will be available. I wouldn’t count on it, although of course it should be possible to hack them and replace with any third party battery of the correct spec, which is what I imagine owners will have to do once these things are a few years old and no longer can hold a charge.
The gamepad, I’m less interested in, as it seems less special, not different enough from an XBox gamepad to be worth buying. Since Xbox gamepads are already very good, the AtariBox gamepad would need to outshine it in some way to be worth my attention. I haven’t seen any indication that it might.
If these start shipping, and the initial reviews are good, I’d order a pair, but I’m still wary enough about the reputation for the current company using Atari trademark that I don’t want to go in on a preorder.
I have seen some of Champ’s other Atari 2600 homebrew projects, and they’re very impressive. They did a version of Scramble which is virtually indistinguisable from the arcade, which is an incredibly impressive accomplishment on hardware as limited as the Atari 2600.
Galaga is a classic arcade game, one of the most successful of its era, and can still be found in bars and arcades all over. It was one of my favorite arcade games as a kid, and I’ll still drop a quarter in one when I find one and have some time to kill.
I owned the Atari 7800 port of Galaga, and was glad I could play a version of it at home, even if it wasn’t quite exactly the same experience as playing the arcade version. What Champ has come up with, from what I can see in their video, it appears it feels closer to the arcade than the 7800 port, although the graphics are slightly inferior to the 7800 version.
Here’s a preview video showing the game in action and talking about some of the technical details:
As a Galaga fan, I really want a copy. As a game developer, I’m impressed with the effort and execution it takes to get a game looking and playing this good on such limited hardware. It simply shouldn’t be possible on an Atari VCS, which only has 5 hardware sprites plus backgrounds, and nowhere near enough CPU or memory to handle all the complex movement that is required to accurately re-create a Galaga experience.
How do they do it? Well, I asked them. And they were nice enough to answer: they build a cartridge with an ARM CPU in it, and it augments the Atari’s built-in hardware, and this is how they’re able to create games that are vastly superior to what should normally be possible with the 2600 console alone.
My response to this was disappointment, and I said as much. But I think it came off the wrong way and more than one person jumped on me for saying something negative about what is otherwise an exciting project for fans of the Atari and of Galaga. No one was particularly brutal toward me, but the creators behind the project were a bit nicer than their fans, and engaged with me and we had an interesting conversation on the philosophy of homebrew, and how their technology works. I want to thank them for that, and for creating such great games for the Atari 2600 in 2019, and keeping the system alive more than 40 years after it launched. I have a copy of Scramble and am really looking forward to playing Galaga and Zookeeper (another favorite classic arcade game) when they’re ready.
So, first things first, from a gamer’s standpoint, the only thing that truly matters is the game experience itself. It doesn’t matter what technology is inside of it, or how amazing, complicated, or messy the engineering is. The only thing that matters is the experience you have when you play the game. If it’s fun, if it’s polished, it’s a good game. End of story. And that’s exactly why I’m excited about buying a copy of this when it’s ready for release.
Now, as to my disappointment. At first I thought I was seeing something impossible, and I was really keen to hear how they had managed it. The solution of adding an ARM to the system architecture of the VCS is fine, nothing wrong with it. But it’s not amazing. My disappointment was from the vantage point of the programmer, who was mind-boggled at how this team had managed to get so much performance out of a 6507 CPU backed by 128 bytes of RAM. Well, they didn’t. They bolted on a 70 MHz ARM CPU, and got it to talk to the rest of the system, and while that also requires some neat engineering, it’s not magical in the way that somehow figuring out how to get 3x Zilog Z80’s worth of performance (which is what powered the original arcade Galaga machines) out of a MOS 6507.
That’s really all I meant by what I said. I don’t consider it “cheating” to augment the console hardware by packing in additional chips on the ROM cartridge circuit board. This was done back in the day, and was very necessary in order to extend the life of the Atari. All cartridge-based consoles that had a market life of more than a few years needed to use such tricks in order to keep their hardware competitive and relevant as computer technology doubled in speed every year.
The only real difference is that these augmentations were done using chips that were comparable (or at least within 1 generation) of the capability of the original hardware. They truly did augment the system. Whereas, with a 32-bit ARM CPU, you really could build a system around that chip alone, and do more than you could by interfacing it to a 40-year old Atari system architecture that forces it to slow down and work within the constraints of its design. I mean, with a 70MHz 32-bit ARM CPU, it should be possible to do an arcade-perfect emulation of the original arcade hardware, or if not then to certainly come much closer to that than what you can get by running the I/O and video drawing through an Atari VCS. So, rather than the ARM augmenting the Atari, the Atari is kindof bringing down the ARM. This doesn’t matter if you’re nostalgic for the Atari and like the feel of a CX40 joystick in your hands and the crude graphical style just barely possible with the 6507-driven TIA. If you don’t know or don’t care about the engineering, it just looks and feels like the best damn Galaga port you could imagine, running on an Atari 2600, and actually quite a bit better looking than anything you would have thought possible if you did know the system’s capabilities.
But really, it’s almost all due to the ARM chip’s capabilities, which are many times the power of the rest of the system.
I suppose one could take an Atari 2600 controller, put a wifi chip in it, and have it interface with Google’s Stadia console-in-the-cloud, and run Assassin’s Creed, downsampled and graphically degraded, through the Atari, as well. And… actually hell yes, that would be cool as fuck. I want to buy that too. But it’s a different kind of cool to hook an Atari up to a cloud supercomputer platform than it would be to somehow squeeze Assassin’s Creed into 4 KB of ROM, if that were even possible.
If he had somehow teleported the Statue of Liberty, and then brought it back, or if he had somehow made the Statue of Liberty disappear, how awesome would that have been? Whether by real “magic” or by some super-advanced technology that no one else had yet heard of, that would have been beyond amazing. It would have changed the world we lived in, in untold ways. But it didn’t. He just set up some elaborate rotating stage, hid everything behind curtains for over an hour while everything was being moved into position.
Eight year old me was captivated by the idea of a giant statue disappearing and reappearing, whether through magical or advanced technological means. A couple years later, though, I was old enough to realize it wasn’t “real” magic, and that it was some kind of “cheap” trick (well, relative to the cost of really doing it, anyway), and wasn’t as impressive as I had thought, and as a kid you really hate being lied to, you hate being fooled. It makes you feel embarrassed and dumb, and you want to hide the fact that you ever thought it was cool.
So for a long time after that, I kindof had this grudge against David Copperfield, and stage magic, and whenever I’d see someone pulling off some sleight of hand or optical illusion trick, I’d get annoyed and impatiently insist that magic is bullshit, and refuse to be impressed by it, because I wasn’t some fool. For maybe a year or two, I had believed that we were on the cusp of a Star Trek-promised future, with instant teleportation, or at least invisibility shields. That would have been so cool. But no, we didn’t get that.
Well, now that I’m 43, I’m back to being impressed at how convincing an optical illusion David Copperfield could create with just some lights, scaffolding, cranes, and a rotating stage that moved slowly and gently enough that an entire audience didn’t notice they were moving. Even if the entire trick required the cameras filming it to be positioned just right. That still took some serious engineering effort, and even for as limited as the result was as compared to true invisibility or teleportation, when you realize all the work and planning that had to go into it, that’s still pretty damn impressive — just in a different direction completely than I had been (mis)lead in the first place.
So this is what I meant by “disappointed” when I found out that Champ Games puts an ARM CPU in a cartridge and through some impressive engineering hacks gets it to talk in sync with the console and run a game that blows most other Atari 2600 cartridges away. Sure, the game is impressive and it’s certainly going to be fun to play. On the other hand, a ARM CPU is in a different “weight class” from a typical ROM cartridge with perhaps a little extra RAM or a sound chip soldered onto the board. This isn’t to take anything away from the experience of the game, or the technical wizardry required to build it.
But it’s a bit like putting a 1000cc engine into a go kart and then winning a go kart race with it against a bunch of stock go karts. It’s still a pretty cool project to put a 1000cc engine in a go kart, but when you find out that’s why that kart was so much faster than the others, it’s hard not to be a little disappointed that the secret wasn’t some method of suping up a 50cc lawnmower engine to get the performance of the 1000cc engine. And then you realize that the chassis of the go kart really limits how much performance you can actually get out of that 1000cc engine, compared to something engineered to get the most out of it, like, say a state of the art motorcycle chassis, transmission, wheels, etc. And then the super kart seems, well, it seems pretty fun still, but kinda wasteful of the potential of that engine.
When it comes to chip enhanced ROM cartridges, I think it’s fair to say that, at least from an engineering standpoint, once you get to the point where the enhancement hardware is not only more capable than the console itself, but is actually held back by the restrictions imposed by having to interface with the console, such that you’re exceeding the console’s limits, but not able to push the expansion hardware anywhere close to its limits, you’re at a cutoff point. While it’s entirely possible to create an awesome game experience this way, you’re really at a point where you’re well beyond the capabilities of the console, and the console is holding you back. At that point, you might as well engineer a new system.
The only practical reason not to engineer a new system would be if the existing install base for the obsolete console is still a viable market; the work it takes to establish such an install base with a next-generation system is considerable. But this is a business consideration, not an engineering consideration. And business considerations aren’t less legitimate than engineering considerations, but obviously businesses do at some point make the decision to roll out a new generation of console hardware. Which is why we’ve had several of those in the intervening 40 years.
And of course, there’s nothing wrong with doing it “just to do it”, in the way mountaineers climb the tallest mountain they can find “because it’s there”.
Update: ROMs for Galaga are now available for download.
I bought a new phone last month, for the first time in about 4 years. After doing some research, I found the Ulefone Armor 3 had the closest to the features I wanted: ruggedness and a big battery.
I ordered mine from Deal Extreme on March 14, but it wasn’t delivered until April 16. I understand shipping from Asia can take time, but the product page said “7-10 days”. I wrote to the seller after 12 days, and they didn’t respond until I had sent several emails, finally explaining in broken English that they were waiting on restock. When I ordered their inventory said close to 40,000 units, which clearly wasn’t the case. It wasn’t until after the first week of April that I finally received notification that my order shipped.
Fortunately, it arrived undamaged. If you’re in a hurry and don’t mind paying a lot more, you can get them from Amazon sellers for $400 in less than a week, but I paid just $272 for mine, which is a great value for the price. The Armor 3 can be had for as little as $230, but I opted for 3T,which has a push-to-talk walkie talkie feature that the Armor 3 lacks.
Ulefone is not well known in the United States. From what I have read, they are a Chinese maker. The Armor series are rugged designs rated for IP67, IP68, and can withstand drops, water immersion, and don’t need a protective case to achieve it. Ulefone also has a line called Power, which has bigger batteries than most phones. The Armor 3 has both ruggedness and a big battery, which is what I was looking for.
I’ve had mine just 3 days, and I like it overall, but there are a few shortcomings. The biggest problem is that the screen is not very bright, and in direct sunlight is impossible to read.
No pedometer. Most phones these days have them, but not this model. Which, is a shame considering the “rugged outdoors” theme of this model. No qi charging. USB charging only. Wireless charging would be a nice feature, as it would reduce wear and tear to the USB C port. Access to SD/SIM slots requires a tool, which they provide, but carrying a tiny screwdriver around just in case isn’t the most convenient, and the tiny screws are tiny. This thing has the loudest external speakers of any phone I’ve ever used, and speakers isn’t a mistake. It has stereo. But on speaker phone, the minimum volume is still too loud for quiet indoor use. But should be fine on an oil derrick or construction site.
The good outweighs the bad. The phone runs Android 8.1 out of the box, and it has an 8 core CPU backed by 4GB RAM and 64GB internal storage, plus the optional SD card, which should be plenty of space. The performance specs are mid-tier, but I find them to be more than adequate. Battery life is excellent, and what you would expect from a 10300 mah battery. On low power mode, it is especially good, and I don’t notice any performance reasons to recommend not using low power mode.
I haven’t had too many calls with it yet, but call quality might be an issue. Whether this is a carrier/network problem or a VOWIFI problem, I’m not sure yet. But in the two calls I’ve had, there were stutters and drops, as well as some squawks and beeps. I haven’t yet found the setting to disable VOWIFI, but I suspect this could help.
I did do my research and confirmed that the global version of the phone supported the bands that T-mobile use in the USA. Most of the handsets that Ulefone offers sadly do not.
I was worried that the phone would be too big for easy one hand use, and too big to pocket. It is pretty close to the limit for what I can handle one-handed, and my hands are fairly large. But it fits my pocket ok, though it is a bit long. Over all, I can live with it.
Hopefully Ulefone will be able to establish itself in the North American market. It’s models are very attractive, and offer something different from most other makers. These big battery phones are great, and just what I want in a phone, and there’s not much out there currently that can match it.
I am most excited about lightweight objects and chained accessors, which will make it much easier to work with nested data structures.
Lightweight objects are more like what developers who are used to other languages think of as “objects”. In GameMaker, an “Object” had a number of built-in properties and behaviors, which enabled GameMaker Objects to be used in an intuitive way by users working with GameMaker’s engine. A “Lightweight object” is simply a named instance that can hold data, as defined by the user, without the overhead of GameMaker’s built-in properties and Event handlers. Before Lightweight Objects, developers had little choice but to create a traditional GameMaker Object, and make it invisible and use it to store whatever instance variables the game needed to store “somewhere”. This was suboptimal for performance, as these objects didn’t need to have x, y position, or a sprite, or collision mask, or most of the other features that are built-in by default for a traditional GameMaker object. With a lot of data-holder objects in the game, they could impose a enough unnecessary overhead that it could be detrimental to runtime performance.
If you’ve worked with GML’s data structures, and ever wanted to be able to store a List inside of a Map, well now you can a lot more easily, thanks to chained accessors. This enhancement to GML’s syntax makes it easier to reference a structure stored inside another structure. Previously, it was a pain to manage nested data structures, requiring convoluted syntax and multiple lines of code.
Other new features
GML will also receive Garbage Collection and an Exception handling system. I don’t know that I’ve ever actually needed either of these. I certainly haven’t missed them in my own GameMaker projects. But they are features of most object-oriented languages, and programmers who are used to having these features will appreciate being able to use them in GML now.
Overall, it’s very good to see the GML language adding these language features.
Analogue was announcing that their new Mega Sg, a FPGA-based Sega Genesis clone, would be shipping in April. But I was pleasantly surprised to receive mine, preordered a few months ago when they were announced, early last week, only a day or two after early bird reviews started hitting my favorite YouTube channels.
It’s pointless for me to do a review after GameSack and My Life In Gaming so thoroughly covered every conceivable aspect of the system, but I’m pleased and impressed that Analogue delivered this not just on-time, but a week early. And really, when they told me April, I was expecting it would be more like mid or late April, which makes this about a month early. In an age of crowdfunded preorder projects that are always later than projected, this impresses me. Kudos to Analogue.
Yeah, they’re still at it. After about a year of relative silence from the VCS project, the other day they made a Big Announcement, which is that they are delaying the project to late 2019.
Surprise! No, not really. Everyone pretty much called this before they finished their initial round of crowdfunding.
But, so as to be able to spin this delay as a positive thing, they are changing the hardware specs to a more powerful system. Still not world beating hardware by any means, not that it ever needed to be. And more is always better, I guess. But I don’t think the actual hardware is all that relevant to this product. Really, it’s just taking a commodity small form factor AMD64 architecture system, and putting it in a nice looking case that evokes the classic, original Atari VCS. Basically, Atari can place an order with AMD to produce the boards and chips, and install them in custom designed cases that they can pay an injection mold company to manufacture, and pay someone else to assemble them.
Atari’s real job is to focus on the software, the operating system, user environment, and the games. Especially the games. And their announcement was, again, suspiciously silent on these topics.
We know the OS will be a linux distribution, with some kind of customized desktop environment designed to provide a good user experience as a game console.
We know that they will include some emulator(s) to enable playing of classic Atari-era games. We know that there are already dozens of platforms that already do this, so while it’s nice, and to be expected, it doesn’t seem to me that this is a compelling reason for anyone to buy an Atari VCS. Atari Classics have been repackaged and resold on every platform for decades, since the NES and Game Boy. While keeping these games around and still available is great, if you already have them on an older system, Atari have to do something extra-special to make them compelling to consumers to make them want to buy them again, like online leaderboards, social media integration, video streaming integration, something. And we’ve heard nothing about it for about two years since they made their crowdfunding goal.
We know that Atari wants to provide modern reinterpretations of classic Atari games. Apart from Tempest 4K, we haven’t heard anything. And Tempest 4K is already out, and has been for about a year now, on the PlayStation 4 and other platforms. Non-exclusive updated classics will not move units. Why would anyone spend $300 on yet another console when they can just buy the game for a console they already own?
We also know they’re supposed to be shipping modern reinterpretations of the classic Atari CX40 joystick, a modern-looking gamepad with Atari aesthetics, and (one would hope, but I have yet to see anything about this) some kind of paddle controller, but there’s been no mention of these either.
So, another year has gone by, and Atari just announces that they’re revising the hardware specs, before they even got the original hardware specs out the door. And we still have no idea what’s going to run on this system, beyond vague “It will run Linux” and barely anything, really next to nothing, about the actual games. Which is the whole reason anyone buys a game console, to play the games.
This is sad, and exactly what I expected from the beginning.
I would have really enjoyed a resurgent Atari with new games based on classic IPs, too.
Google recently announced a new game platform, called Stadia, at the 2019 Game Developers Conference in San Francisco, CA.
It can run though any device that is capable of running Chrome, which means that they already have a huge install base ready to consume. This should make the service very lucrative, potentially, as there’s almost barrier to trying the service out. It streams over high speed internet, meaning that there’s no need for any hardware beyond what is necessary to run a web browser, nothing new to buy, well, except for the gamepad. Which, see below.
I’m immediately disinterested in any game platform that I can’t own in the traditional, tangible sense of own. Streaming games do not appeal to me. I like physical media, I like the ability to go back and play old games that I own, whenever I wish. Streamed content is always in the control of the vendor, and is subject to updating, being discontinued, and so on. There’s no guarantee that streaming resources will continue to stream forever, and it’s virtually certain that at some point the stream will either “run dry” or stream something different than original.
The downside (I guess) of traditional owned-media is that over time you accumulate a vast library which becomes difficult to store and manage, and may deteriorate over time. If you don’t like it, you can always sell it, trade it in, give it away, or throw it in the trash, so I don’t really see why that would be a downside, but if you’re a collector like I am, you like the fact that you can keep old tech and go back and use it 10, 20, 30, even 40 or more years after it’s no longer being supported, as long as the devices that drive it continue to function or be repairable.
But that’s just me. There seems to be a lot of evidence to suggest that a convenient, well-managed service would be popular and profitable with consumers who don’t all care about history and preservation as much as I do. Look at Netflix. They are doing very well, and while people are occasionally bummed out when Netflix drops a movie from its offerings, that doesn’t seem to stop them from having a profitable business selling subscriptions to a service. If Google nails the execution, there’s no reason to believe they won’t likewise be as successful, if not more.
A very standard, generic looking dual analog stick gamepad. Initial impressions are that it doesn’t look especially comfortable in the hand compared to the competition. Google didn’t need to innovate here, gamepad design is pretty mature today, even if companies like Nintendo continue to dare to try new ideas (Switch, Wii U, Wii). Still, I’m not sure why Google would emphasize their controller given that it is so very unremarkable in its design. Given that the controller appears to offer nothing new, one wonders why Stadia wouldn’t simply leverage any/all existing “standard” dual-stick gamepads.
To answer that question, there are two additional buttons: a youtube integration button, and a help button. The help button enables gamers to request help with overcoming some part of the game, somehow, without having to leave the game. Which, I guess is appealing, but man, I’m gonna miss the brutal, unforgiving difficulty, and the completely arcane hidden secrets that you can only figure out if someone tells you what to do, so you had to go buy a book or magazine that made you want to kill yourself from the NES and Atari era. I guess the help button takes the place of the magazine, but it’s just not going to be the same. The youtube button makes it so easy to set up a gamer streaming channel that everyone in the world can do it, which means billions of youtube channels that no one will be able to wade through to find the good ones. Probably. This will likely also kill the professional youtuber/patreon beggar gig that so many of the popular streamers have been doing for the past few years. I guess that’s maybe a bit harsh, naive, and premature, but the bottom line it will become very competitive and difficult to differentiate yourself from other random streamers, so the ones that will stand out will have to be unbelievably good and work very hard to attract and keep an audience.
Do we need another gaming platform?
I’m intrigued by anything Google does, and they have the resources and innovative thinking to do things that few other companies can. That said, I’m not really seeing a need for yet another new game platform. Whether Google can differentiate itself from Microsoft, Sony, Nintendo, Steam, etc. remains to be seen. While it’s hard to bet against a company with the resources that Google has, they’ve had notable failed ventures in the past: Wave, Plus, etc. and have been known to discontinue even popular projects (Reader) leaving fans with little recourse. Will it work? Probably. Even if it doesn’t, it’ll probably be a few years before Google pulls the plug on it or pivots to something else. But it seems like they’re serious about competing in this already-crowded sphere.
It will be interesting to watch.
The Writing on the Wall
What really strikes me about this is, if Google can stream applications as powerful and resource hungry and demanding as videogames, instantly, anywhere, they can do that for any software. What does this say about IT departments in every other company on the planet? We’re pretty much obsolete at that point, aren’t we? It might be a good time to think about early retirement, and finding a second career. Maybe a livestreaming channel.