Pros

• Preem cyberpunk aesthetic
• Folds up tiny
• Dongle add-ons greatly increase usability

Cons

• Dim, though similar to other small portables
• No HDMI input
• Connectivity challenges

I’m trying to think of what the twisty Aurzen Zip Cyber most looks like. Perhaps a new ultra-foldable phone. Or a little robot snake. Maybe the Zat gun from Stargate. What it doesn’t look like is a projector. Well, except for the light which blasts from the front of it. With its cyberpunk-inspired decorations, the Aurzen looks quite futuristic.

With its 720p resolution and a claimed 100-lumen brightness, its performance matches its diminutive size. Then again, it’s one of the only projectors I’ve seen that can literally fit in your pocket. With a 5,000-mAh battery, it can give you a TV-sized screen just about anywhere. Anywhere that’s fairly dark.

The main issue with the Zip is its lack of an HDMI input. Some devices can connect to the Zip wirelessly, but are limited to non-copyrighted content (so no Netflix, etc). For that, you’ll also need to get either the CastPlay Pro or CastPlay HDMI wireless dongles. For a pocket-sized PJ, though, the Aurzen Zip Cyber is still pretty neat.

Specs and such

• Resolution: 720p 
• Lumens spec: 100 (claimed)
• Zoom: No
• Lens shift: No (though you can tilt the sections)
• Battery: 5,000 mAh, 1.5h claimed playtime
• Light source type and life: Not listed, likely LED

Cyberpunk is one of my favorite genres of sci-fi, and having recently re-read Gibson’s Sprawl trilogy for the 4th or 5th time, played about 250 hours of Cyberpunk 2077, plus enjoying countless other media, I am certainly, let’s say “predisposed,” to like the aesthetic. The Zip Cyber’s looks are preem, choom, though it’s basically cosmetic with a really good sticker and a different colored power button compared to Aurzen’s regular Zip. The suggested retail price is $30 more for the Cyber, or 7.5%. Personally, I’d pay the extra for the look, but as mentioned, I’m into it.

Stickers aside, it’s the form of the Zip that is unique. This is a squat little box that expands via two hinges that can rotate roughly 90 degrees each. Fully upright, the projector forms a right-angled “Z” or “S” shape depending on your perspective. Adjusting the two non-base segments is how you angle the projector, and automatic keystone correction tries to maintain a rectangular image. This feature can be disabled in the menu.

There are control buttons up top, which can be duplicated in the Aurzen app (which annoyingly requires you to create an account). Next to the power button on one side are volume controls, and on the other is a toggle for the high brightness mode. The latter kicks the fans into overdrive, making them quite noticeable, but results in an about 40% increase in brightness. This sounds like a lot, but subjectively it’s just a bit brighter.

As you’d probably expect, given the size and price, that brightness isn’t going to set any records. I measured approximately 88 lumens, which, given the differences in measurement techniques, is pretty close to their claims. Also, I wasn’t able to do my usual measurement suite because of the Zip’s main drawback, which is…

Connections

• HDMI inputs: 0
• USB port: 1 USB-C
• Audio output: 2 speakers, 1-watt total
• Internet: None
• Streaming interface: None
• Remote: N/A

There’s no HDMI input, just a single USB-C connection, which is also how you charge the battery. You can cast wirelessly to the Zip, or at least some devices can. Certain devices just can’t. For those devices, Aurzen also sells the CastPlay Pro, a USB-C dongle that connects to a source like your phone or tablet and streams its screen to the Zip. This is also the only way to send DRM-enabled (copy-protected) content like Netflix, Disney+, HBO and so on. Most USB-C iPhones and iPads should work; some Switch tablets work, as do many laptops. If you know your device supports video output from the USB-C connection, it should work. My Pixel 9 Pro, for example, wouldn’t cast to the Zip directly, but worked just fine with the dongle. My TCL tablet wouldn’t work with the dongle, but did cast directly, though not with DRM content.

Advertisement

Aurzen also has a CastPlay Wireless HDMI Dongle, which connects to an HDMI source to broadcast to the Zip, but this wasn’t available during my review, and as of this writing is sold out in most regions.

So the Zip is a bit odd to review because, depending on your devices and what accessories you add, you’ll have a radically different experience. I made a chart:

Basically, most modern iOS and non-Google devices should work with the Zip by itself, though you can’t watch DRM-enabled, copyrighted content (like what you get from the major streaming services). YouTube, Instagram, TikTok and similar will work fine, however. To connect other phones and devices, as long as it can output video via USB-C, the CastPlay Pro dongle will let you watch Netflix and other DRM-enabled streaming services (basically anything that’s not user-created). If you want to connect to a gaming console like a PlayStation or a streaming device like Roku, you’ll want the CastPlay HDMI. I think a lot of this confusion would have been solved with the addition of a Micro HDMI input somewhere, but I’m sure that would have added cost. 

Picture quality

Due to the compatibility challenges mentioned above, I wasn’t able to do my full measurements with the Zip. I’m confident these results are close, though, especially since they’re pretty similar to those of other inexpensive portable DLP projectors I’ve measured, like Anker’s Nebula Capsule Air.

While light output, in the high-brightness mode, was around 88 lumens, it was around 63 in the much quieter, lower-brightness mode. This is within a few lumens of the Capsule and Capsule Air, close enough that you’d be unlikely to notice any difference in light output. These are all small, dim projectors, among the dimmest I’ve tested. That’s fine, as it’s an understandable consequence of the size and price. As long as you keep the projected image to around TV-sized, it’s bright enough to enjoy in a dark room. 

Contrast is also fairly low, but within the same range as the competition. I measured an average contrast of approximately 401:1, which is about the same as the Capsules as well as some larger, more expensive portables like the Mars 3 Air (405:1). This is only slightly less than standouts like the TCL PlayCube (492:1) and even full-size projectors like the Epson Flex Plus (468:1). So while the image doesn’t pop as much as higher-end, and much larger/more expensive projectors, it’s still contrasty enough that it doesn’t look overly washed out. Again, size and price are the main attributes of the Zip, so it’s great to see that it also looks decent, graded on a curve with other small portables.

Advertisement

Color is a bit of a mixed bag, however. The overall color temperature is a little on the cool/blue side, but not enough that it’s distracting. Some colors, like blue and cyan, look fine. Greens are quite accurate too, which is a surprise. Most projector companies sacrifice a realistic green for more light output. Anything involving red is a bit off, however, with red itself being quite undersaturated, magentas are somewhat blue, and yellows are rather green. The most noticeable result is that many skin tones look a little pasty, and anything that should have a solid red looks more pastel.

Perhaps the most useful feature in the Zip speaks to how Aurzen expects people to use it. If you lay the Zip on its side, it will rotate the image 90 degrees. This means if you’re primarily watching 9×16 content like TikTok, it will fill the DLP chip, and you can take advantage of the entire 720p resolution. This makes watching vertical content much more satisfying compared with a heavily letterboxed image that only takes up the center portion of the projected image. Flipping it sideways does make it harder to position correctly, since there’s no rotation in the hinges in that direction, but oh well. Easy enough to just prop the front up with whatever’s handy.

The unit’s two tiny speakers don’t play particularly loudly, nor do they have any bass, no surprise there, but as long as you’re sitting close, they get the job done.

Blade running

For the most part, I really like the Aurzen Zip Cyber. It’s a clever design that looks futuristic even without the cyberpunk clothing. It’s one of the smallest projectors I’ve ever tested, and it performs similarly to its slightly larger portable competitors. The colors it produces aren’t great, but they’re better than many small, inexpensive projectors I’ve tested, like the various AAXA models.

My hesitation is with the connectivity. I think I have a worse perspective on this than most people since I have a Pixel phone and a tablet without DisplayPort Alt Mode, so neither works entirely with the Zip. Depending on your gear, you’ll have different luck. The lack of an HDMI input also means that to watch content from the main non-YouTube streaming providers, you have to get one of the dongles, adding $100 to the total price.  

That said, if you’re expecting to watch an endless scroll of TikTok or YouTube videos, and you have a device that will cast without the dongle, the Zip is a cool-looking gadget that can fit in a pocket and give you a TV-size image in rooms, vans or anywhere it’s fairly dark.

Enterprise teams building multi-agent AI systems may be paying a compute premium for gains that don’t hold up under equal-budget conditions. New Stanford University research finds that single-agent systems match or outperform multi-agent architectures on complex reasoning tasks when both are given the same thinking token budget.

However, multi-agent systems come with the added baggage of computational overhead. Because they typically use longer reasoning traces and multiple interactions, it is often unclear whether their reported gains stem from architectural advantages or simply from consuming more resources.

To isolate the true driver of performance, researchers at Stanford University compared single-agent systems against multi-agent architectures on complex multi-hop reasoning tasks under equal “thinking token” budgets.

Their experiments show that in most cases, single-agent systems match or outperform multi-agent systems when compute is equal. Multi-agent systems gain a competitive edge when a single agent’s context becomes too long or corrupted.

In practice, this means that a single-agent model with an adequate thinking budget can deliver more efficient, reliable, and cost-effective multi-hop reasoning. Engineering teams should reserve multi-agent systems for scenarios where single agents hit a performance ceiling.

Understanding the single versus multi-agent divide

Multi-agent frameworks, such as planner agents, role-playing systems, or debate swarms, break down a problem by having multiple models operate on partial contexts. These components communicate with each other by passing their answers around.

While multi-agent solutions show strong empirical performance, comparing them to single-agent baselines is often an imprecise measurement. Comparisons are heavily confounded by differences in test-time computation. Multi-agent setups require multiple agent interactions and generate longer reasoning traces, meaning they consume significantly more tokens.

Consequently, when a multi-agent system reports higher accuracy, it is difficult to determine if the gains stem from better architecture design or from spending extra compute.

Recent studies show that when the compute budget is fixed, elaborate multi-agent strategies frequently underperform compared to strong single-agent baselines. However, they are mostly very broad comparisons that don’t account for nuances such as different multi-agent architectures or the difference between prompt and reasoning tokens.

“A central point of our paper is that many comparisons between single-agent systems (SAS) and multi-agent systems (MAS) are not apples-to-apples,” paper authors Dat Tran and Douwe Kiela told VentureBeat. “MAS often get more effective test-time computation through extra calls, longer traces, or more coordination steps.”

Revisiting the multi-agent challenge under strict budgets

To create a fair comparison, the Stanford researchers set a strict “thinking token” budget. This metric controls the total number of tokens used exclusively for intermediate reasoning, excluding the initial prompt and the final output.

The study evaluated single- and multi-agent systems on multi-hop reasoning tasks, meaning questions that require connecting multiple pieces of disparate information to reach an answer.

During their experiments, the researchers noticed that single-agent setups sometimes stop their internal reasoning prematurely, leaving available compute budget unspent. To counter this, they introduced a technique called SAS-L (single-agent system with longer thinking).

Rather than jumping to multi-agent orchestration when a model gives up early, the researchers suggest a simple prompt-and-budgeting change.

“The engineering idea is simple,” Tran and Kiela said. “First, restructure the single-agent prompt so the model is explicitly encouraged to spend its available reasoning budget on pre-answer analysis.”

By instructing the model to explicitly identify ambiguities, list candidate interpretations, and test alternatives before committing to a final answer, developers can recover the benefits of collaboration inside a single-agent setup. 

The results of their experiments confirm that a single agent is the strongest default architecture for multi-hop reasoning tasks. It produces the highest accuracy answers while consuming fewer reasoning tokens. When paired with specific models like Google’s Gemini 2.5, the longer-thinking variant produces even better aggregate performance.

The researchers rely on a concept called “Data Processing Inequality” to explain why a single agent outperforms a swarm. Multi-agent frameworks introduce inherent communication bottlenecks. Every time information is summarized and handed off between different agents, there is a risk of data loss.

In contrast, a single agent reasoning within one continuous context avoids this fragmentation. It retains access to the richest available representation of the task and is thus more information-efficient under a fixed budget.

The authors also note that enterprises often overlook the secondary costs of multi-agent systems.

“What enterprises often underestimate is that orchestration is not free,” they said. “Every additional agent introduces communication overhead, more intermediate text, more opportunities for lossy summarization, and more places for errors to compound.”

On the other hand, they discovered that multi-agent orchestration is superior when a single agent’s environment gets messy. If an enterprise application must handle highly degraded contexts, such as noisy data, long inputs filled with distractors, or corrupted information, a single agent struggles. In these scenarios, the structured filtering, decomposition, and verification of a multi-agent system can recover relevant information more reliably.

The study also warns about hidden evaluation traps that falsely inflate multi-agent performance. Relying purely on API-reported token counts heavily distorts how much computation an architecture is actually spending. The researchers found these accounting artifacts when testing models like Gemini 2.5, proving this is an active issue for enterprise applications today.

“For API models, the situation is trickier because budget accounting can be opaque,” the authors said. To evaluate architectures reliably, they advise developers to “log everything, measure the visible reasoning traces where available, use provider-reported reasoning-token counts when exposed, and treat those numbers cautiously.”

What it means for developers

If a single-agent system matches the performance of multiple agents under equal reasoning budgets, it wins on total cost of ownership by offering fewer model calls, lower latency, and simpler debugging. Tran and Kiela warn that without this baseline, “some enterprises may be paying a large ‘swarm tax’ for architectures whose apparent advantage is really coming from spending more computation rather than reasoning more effectively.”

Another way to look at the decision boundary is not how complex the overall task is, but rather where the exact bottleneck lies.

“If it is mainly reasoning depth, SAS is often enough. If it is context fragmentation or degradation, MAS becomes more defensible,” Tran said.

Engineering teams should stay with a single agent when a task can be handled within one coherent context window. Multi-agent systems become necessary when an application handles highly degraded contexts. 

Looking ahead, multi-agent frameworks will not disappear, but their role will evolve as frontier models improve their internal reasoning capabilities.

“The main takeaway from our paper is that multi-agent structure should be treated as a targeted engineering choice for specific bottlenecks, not as a default assumption that more agents automatically means better intelligence,” Tran said.

from the making-America-late-on-interest-payments-again dept

The government needs more funding than ever, which is kind of hilarious when you realize the Tea Party of the Obama era was the predecessor of this Big Government version of the GOP.

The DHS can’t even get itself a budget at the moment. Sure, it will get some money thrown to it sooner or later and the administration won’t let the lack of tax revenue offsets stop it from feeding billions more into its Bigotry Machine.

But that’s not all. Behold our all-but-officially-declared war in Iran, currently headed by the Department of Defense War Little Excursion, which is adding billions of dollars weekly to the national deficit. After all, as right-leaning libertarians like to point out, the government doesn’t actually “make” anything. The private sector builds the bombs and missiles. And unlike TSA agents, they expect to be paid.

You know who could help this country offset some of its insane expenditures? It’s the same people we’re spending billions to remove from the country:

Immigrants accounted for more US income and generated more revenue for the government because they were, on average, over 12 percentage points more likely to be employed than the US-born population. This means that even if immigrants earn lower hourly wages, they can still account for more total income per capita than the US-born population by working cumulatively more hours. This higher employment rate was driven by the fact that immigrants were, on average, 20 percentage points more likely to be of working age. Immigrants usually arrive in the US as young adults and often leave before retirement.

More succinctly, immigrants out-punch their weight class when it comes to erasing budget deficits:

Accounting for savings on interest payments on the national debt, immigrants saved $14.5 trillion in debt over this 30-year period.

[…]

Without the contributions of immigrants, public debt at all levels would already be above 200 percent of US GDP—nearly twice the 2023 level and a threshold some analysts believe would trigger a debt crisis.

But that help is apparently no longer welcome. The Trump administration has succeeded in eliminating the firewall between the IRS and ICE, allowing ICE agents to use this data to hunt down taxpayers who work harder and pay more taxes than the white, natural-born citizens that this administration pretends make America great.

That’s going to cause even more problems for an administration that is spending far more liberally than any “liberal” it blames its current budget problems on. Here’s how that looks on the ground as Tax Day has come and gone in the United States:

By the time Tax Day rolls around every April 15, accountant María José Solís usually has more to do. More clients. More paperwork. More phones ringing, more emails and WhatsApp messages pinging.

But this year, she said, more than 550 of her regular clients have disappeared. That’s about 15 percent of her customer base at Toro Taxes, the bilingual firm in Wheaton, Maryland, that Solís runs.

There’s your anecdote, albeit one that’s being repeated around the nation. Here’s the data:

The Yale Budget Lab estimates that the IRS stands to lose between $147 billion and $479 billion over the next decade as migration to the U.S. declines, deportations increase and immigrants of various statuses disengage from the formal economy for what some experts say may be an extended period.

That estimate will likely be low if the Trump administration continues to purge migrants at the rate it has since Trump returned to office. It will definitely be lower if another similarly bigoted GOP lawmaker succeeds him as president.

And it’s not just the losses up front. There’s money leaking out the back as well. It’s a double-dip, because migrants with ITINs (individual tax identification numbers) pay taxes for services they can’t actually access, like Social Security and Medicare. They’re actually subsidizing citizens who pay fewer taxes, work fewer hours, and commit more crimes than they do.

This nation continues to become poorer, not just in terms of financial viability, but in heart and spirit. Migrants made this nation great. Now, a bunch of ungrateful people who hate people who aren’t white are not only driving us deeper into debt, but they’re eliminating a source of income that never asked for anything more than a chance to survive.

Filed Under: bigotry, cbp, dhs, ice, immigration, irs, mass deportation, trump administration

from the good-deals-on-cool-stuff dept

Dive into Godot – a rising star in the game engine world – with the 2026 Complete Godot Stack Development Bundle. You’ll learn to create platformers, RPGs, strategy games, FPS games, and more as you master this free and open-source engine with easily expandable systems. Plus, you’ll also explore techniques for game design and game asset creation – giving you the ultimate techniques to customize your projects. It’s on sale for $25.

Note: The Techdirt Deals Store is powered and curated by StackCommerce. A portion of all sales from Techdirt Deals helps support Techdirt. The products featured do not reflect endorsements by our editorial team.

Filed Under: daily deal

from the but-maybe-this-time-it-will! dept

Back in 2011 and 2012, one of the central technical objections that helped kill SOPA and PIPA was about DNS blocking. Engineers, internet architects, and cybersecurity experts all lined up to explain, in painstaking detail, why blocking at the DNS layer was a terrible idea. It would break the fundamental architecture of how the internet works. It would have massive collateral damage. It would undermine security protocols designed to protect users from exactly the kind of DNS manipulation that the bill proposed. And it wouldn’t even stop piracy, because anyone who actually wanted to get around DNS blocking could do so easily.

Congress, to its rare credit, actually listened to the technical experts (and widespread protests) and shelved the legislation. But the entertainment industry never gave up on the idea. They just went jurisdiction-shopping. And France, which has never met a maximalist copyright enforcement scheme it didn’t love, has been more than happy to oblige.

As recently reported by TorrentFreak, a Paris Court of Appeal validated DNS blocking orders requiring Google, Cloudflare, and Cisco to block access to pirate sites through their own DNS resolvers. This goes beyond traditional ISP resolvers, which France has been ordering blocked for years — this targets third-party resolvers — the ones that millions of people specifically choose to use because they offer better privacy, better security, and better reliability than their ISP’s default DNS.

But, of course, in France (and to the usual crew of Hollywood lobbyists), “better privacy, security, and reliability” can only mean one thing: used for piracy.

The court rejected all five appeals, and in doing so, articulated a legal principle so sweeping that it has no natural stopping point.

In this case, French pay-TV provider Canal+ went to court under Article L. 333-10 of the “French Sport Code,” which lets rightsholders request “all proportionate measures” against “any online entity in a position to help” block access to pirate sites. Canal+ argued that because users were simply switching to third-party DNS resolvers to circumvent ISP-level blocking, those resolvers should be conscripted into the blocking regime too.

Cloudflare and Cisco pushed back, arguing that their DNS resolvers serve a “neutral and passive function” — they translate domain names into IP addresses and that’s it. They compared their role to a phone book. The court’s response boiled down to: we don’t care.

The DNS resolution service allows its users, via the translation of a domain name into an IP address, to access websites on which sports competitions are broadcast in violation of rights-holders’ rights, and in particular to circumvent the blocking of those sites by ISPs.

The court found that the “neutral and passive” nature of DNS resolvers is “simply irrelevant to Article L. 333-10.” The law isn’t about liability at all — it only cares whether a service can help block access to pirate sites, which DNS resolvers clearly can. If you are technically capable of blocking access, you must.

Google, meanwhile, tried a different argument: that DNS blocking through third-party resolvers isn’t effective because users can just switch to a VPN or yet another resolver. The court wasn’t moved by that either:

Any filtering measure can be circumvented, and this possibility does not render the measures in question ineffective.

As long as DNS blocking stops some subset of users from reaching pirate sites, the court ruled, it’s “proportionate.” Under that line of thinking, any measure that inconveniences even a fraction of would-be pirates is legally justified, no matter how much collateral damage it causes for everyone else.

And if you think that principle has any limit, Canal+ has made it quite clear that they don’t think it does:

Canal+ said in a statement that the rulings are “more than a victory,” forming part of “a global approach that will be reinforced by the progressive deployment of complementary measures, including IP blocking.”

Canal+ has already been getting courts to order VPN providers to block as well. So now we have ISP DNS blocking mandated, third-party DNS resolver blocking mandated, VPN blocking mandated — and, per the TorrentFreak article, direct automated IP address blocking is coming too. They will not stop until the entire internet is broken.

Each step reaches further down the internet stack, breaks more of the internet for more people, and stops fewer actual pirates, because the people who are determined to pirate content are always one technical maneuver ahead. The people who get caught in the collateral damage are ordinary users who happen to use Cloudflare’s 1.1.1.1 or Google’s 8.8.8.8 for perfectly legitimate reasons like speed, reliability, and privacy.

Cisco, rather than comply with the original order, simply pulled its OpenDNS service out of France entirely. That’s the kind of collateral damage we’re talking about. French users who relied on OpenDNS for entirely lawful purposes completely lost access to the service. Because a copyright holder decided that the DNS layer was the right place to play whack-a-mole with pirate sites.

When Cisco argued on appeal that implementing geo-targeted DNS blocking would require 64 person-weeks of engineering work, the court waved it off, saying the estimate was “not supported by any objective evidence” and pointing out that Cisco already offers DNS filtering to enterprise customers. The fact that enterprise DNS filtering for corporate networks is a fundamentally different thing than mass geo-targeted blocking of domains at the resolver level for an entire country’s users apparently did not register as a meaningful distinction.

The court’s core reasoning — that any entity technically capable of blocking must do so, that circumvention doesn’t make blocking disproportionate, and that the “neutral and passive” function of an intermediary is irrelevant — creates a legal framework that can reach basically anything. If a DNS resolver can be conscripted because it’s “in a position to help,” what about browsers? What about operating systems? What about CDNs, or cloud hosting providers, or certificate authorities? The logic has no brake pedal. Every layer of the internet stack is, in some sense, “in a position to help” block access to content. The question the court’s reasoning cannot answer is: where does it end?

Under this reasoning, what’s to stop a rightsholder from arguing that browsers should block pirate URLs directly? Or that operating systems should refuse to resolve them at all?

That seems bad!

Of course, this kind of maximalist copyright enforcement is something of a French specialty. This is the same country that brought us HADOPI, the graduated response agency that cost French taxpayers €82 million over a decade while imposing a grand total of roughly €87,000 in fines. A staggering return on investment — if the goal was to light money on fire while accomplishing nothing. France has also been at the forefront of copyright exceptionalism that risks undermining the EU legal system more broadly, pushing interpretations of copyright law so aggressive that they threaten to distort the legal frameworks of neighboring countries.

France keeps doing the same thing over and over again: spend enormous sums, conscript more and more intermediaries, break more and more of the internet’s infrastructure, accomplish almost nothing in terms of actually reducing piracy, and then conclude that what’s really needed is… more of the same, but harder. The entertainment industry’s refusal to learn from twenty years of evidence that enforcement-maximalism doesn’t work is genuinely remarkable. Every study and every natural experiment shows the same thing: the most effective anti-piracy tool ever invented is convenient, reasonably priced legal access to content. But that requires adapting your business model, and it’s apparently much more satisfying to get courts to break the internet for you instead.

The ruling’s real danger is the template it sets. Other countries with similar legal frameworks will look at this appeals court validation and think: we can do that too. The “any entity in a position to help” standard, combined with the “doesn’t have to be perfectly effective” standard, combined with the “we don’t care about your neutral role in the architecture” standard, adds up to a legal toolkit for conscripting nearly any internet infrastructure provider into a copyright enforcement apparatus. And the costs get externalized onto those providers (and their users), while the rightsholders collect the benefits.

The engineers who fought SOPA warned about exactly this: DNS blocking breaks things, creates collateral damage, pushes enforcement into layers of the stack never designed for it — and doesn’t actually stop piracy, because the actual pirates just route around it while everyone else suffers. France apparently decided all of those concerns are, to quote the court, “simply irrelevant.” And now they’ve moving on to IP blocking.

At some point, you run out of layers of the internet to break. But apparently we’re going to have to find out where that point is the hard way.

Filed Under: copyright, dns blocking, france, sopa

Companies: canal plus, cisco, cloudflare, google

• Assassin’s Creed Black Flag Resynced will feature PSSR 2 on PS5 Pro
• Ubisoft confirms the game will have several modes on PS5 and PS5 Pro
• The game will also use the latest version of the studio’s Anvil engine

Ubisoft has confirmed Assassin’s Creed Black Flag Resynced will feature Sony‘s upgraded PSSR (PlayStation Spectral Super Resolution) AI upscaling technology.

The remake of the 2013 Assassin’s Creed pirate adventure has finally been revealed, and a new PlayStation Blog post following the world premiere trailer has outlined what players can expect from the PS5 and PS5 Pro versions.

Back in the early 1980s, Radio Shack sold a variety of gadgets that caught the eye of both curious children and tech enthusiasts. Among those goods was Gobble Man, a small handheld game that placed maze chases directly into your palms years before the larger portable consoles that came later. Bandai first released this in Japan during 1981 as a game known as Packri Monster. Tandy then scooped it up, licensing the design for its US stores before selling it as Gobble Man in 1983. To add to the confusion, Tandy sold the exact same units under the titles Hungry Monster and Ogre Eater.

Four AA batteries powered everything from start to finish. A vacuum fluorescent display, which was basically a tiny little screen, made the game feel extremely bright; even in a dark room or on a vehicle journey, you could see every wall and dot in the maze clearly. Inside the handheld was a Hitachi HD38800 chip, a specialized microcontroller designed specifically to operate this game and nothing else.

PlayStation 5 Portal Remote Player – Midnight Black

• Play Your Game Collection with Remote Play – PlayStation Portal Remote Player can play compatible games you have installed on your PS5 console…
• Cloud Streaming from the Game Catalog and Classics Catalog – Discover an awesome library of PS5 games on the PlayStation Portal Remote Player with…
• Cloud Streaming for PS5 Games in Your Library – With PlayStation Plus Premium, stream select digital PS5 games in Your Library from PlayStation Store…

Players took a rectangular plastic case about the size of a large paperback book to play with. A four-way joystick on the front let you to direct the yellow monster through the curving courses; the stick itself employed a dual pivot mechanism that required a forceful push to register every turn. The monster continued to move in the same direction until the player altered course or it collided with a wall. The controls included a start button and a power switch, as well as a small orange indicator that signaled when the gadget was turned on.

The music came from a very small built-in speaker that played the tunes and effects at the same constant volume, such as beeps and rudimentary melodies, and alerted you when something happened in the game. There was no volume control, so the cacophony was part of the experience, whether you liked it or not. The gameplay took place on a single fixed maze, with green food pellets to chew on. The goal was simple: move the monster so that it ate every pellet before the bogey caught up, and if it did, game over. Red power food would sometimes materialize in specific locations. Eating one of those would transform the monster into a coward who would back direction and flash briefly. For a certain period of time, you might pursue them and get some bonus points.

However, the difficulty level increased with each subsequent round. More enemies joined the chase, and speeds rose, giving the maze the sensation of closing in around you when the strain was on. Your score would skyrocket if you timed your power snacks perfectly and wiped the board clear without making a single error. Round after round, the whole thing just kept going until the batteries died or your thumbs gave out in frustration. Anyone who picked up Gobble Man in 1983 would immediately feel as if they understood the game because the rules were so familiar.

Gobble Man was never really trying to compete with the big boys, such as Pac-Man, home consoles, and coin-op machines. It was simply a nice little distraction to keep you engaged while on the run, regardless of where you were. Six years later, Nintendo released the Game Boy, which very well defined what portable gaming was all about. But first, Tandy created Gobble Man, which proved that the concept worked and left many people wanting more.