"If Lockheed Martin made a Game Boy, would you buy one?" That was the [rhetorical] question The Verge's Sean Hollister asked when he reviewed ModRetro's Game Boy-style handheld device back in 2024. He said it "might be the best version of the Game Boy ever made," though the connection to Palmer Luckey and his defense tech startup Anduril left him conflicted. "I don't remember my childhood nostalgia coming with a side of possible guilt and fear about putting money into the pocket of a weapons contractor," he wrote. "Feels weird!"

Those conflicted feelings have lingered ever since. TechCrunch recently cited Hollister's review while reporting that ModRetro is now seeking funding at a $1 billion valuation. The company is said to have additional retro-inspired hardware in development, including one designed to replicate the Nintendo 64. As for Anduril? It's reportedly in talks to raise a new funding round that would value the company at around $60 billion.

A new study from the Complexity Science Hub Vienna finds that as people's close social circles expanded from two to five friends around the rise of social media (2008-2010), polarization in society spiked. "The connection between these two developments could provide a fundamental explanation for why societies around the world are increasingly fragmenting into ideological bubbles," reports Phys.org. From the report: The researchers' findings confirm that increasing polarization is not merely perceived -- it is measurable and objectively occurring. "And this increase happened suddenly, between 2008 and 2010," says [says Stefan Thurner from the Complexity Science Hub (CSH)]. The question remained: what caused it? [...] The sharp rise in both polarization and the number of close friends occurred between 2008 and 2010 -- precisely when social media platforms and smartphones first achieved widespread adoption. This technological shift may have fundamentally changed how people connect with each other, indirectly promoting polarization.

"Democracy depends on all parts of society being involved in decision-making, which requires that everyone be able to communicate with each other. But when groups can no longer talk to each other, this democratic process breaks down," emphasizes Stefan Thurner. Tolerance plays a central role. "If I have two friends, I do everything I can to keep them -- I am very tolerant towards them. But if I have five and things become difficult with one of them, it's easier to end that friendship because I still have 'backups.' I no longer need to be as tolerant," explains Thurner.

What disappears as a result is a societal baseline of tolerance -- a development that could contribute to the long-term erosion of democratic structures. To prevent societies from increasingly fragmenting, Thurner emphasizes the importance of learning early how to engage with different opinions and actively cultivating tolerance. The research was published in Proceedings of the National Academy of Sciences.

Kohler has launched the Dekoda, a $599 smart toilet camera that analyzes users' waste to track hydration, gut health, and detect potential issues like blood. "It also comes with a rechargeable battery, a USB connection, and a fingerprint sensor to identify who's using the toilet," reports TechCrunch. From the report: The Dekoda is currently available for preorder, with shipments scheduled to begin on October 21. In addition to the hardware purchase fee, customers will need to pay between $70 and $156 per year for a subscription. If you're uneasy about the privacy implications of putting a camera right below your private parts, the company says, "Dekoda's sensors see down into your toilet and nowhere else." It also notes that the resulting data is secured via end-to-end encryption.

BrianFagioli writes: TP-Link has officially achieved the first successful Wi-Fi 8 connection using a prototype device built through an industry collaboration. The company confirmed that both the beacon and data throughput worked, marking a real-world validation of next-generation wireless tech. It's an early glimpse of what the next leap in speed and reliability could look like, even as the Wi-Fi 8 standard itself remains under development. The Verge adds: Like its predecessor, Wi-Fi 8 will utilize 2.4GHz, 5GHz, and 6GHz bands with a theoretical maximum channel bandwidth of 320MHz and peak data rate of 23Gbps, but aims to improve real-world performance and connection reliability. The goal is to provide better performance in environments with low signal, or under high network loads, where an increasing number of devices are sharing the same connection.

An anonymous reader quotes a report from NPR: Patrick Schlott often finds himself in a cellular dead zone during his drive to work. "You go down the road, you turn the corner and you're behind a mountain and you'll lose cell coverage pretty fast," he says. The 31-year-old electrical engineer says poor reception is a common frustration for residents of Vermont's Orange County. To address this issue, he's providing his community with a new way to stay connected.

Schlott has taken old pay phones, modified them to make free calls, and set them up in three different towns across the county. He buys the phones secondhand from sites like eBay and Craigslist and restores them in his home workshop. With just an internet connection, these phones can make calls anywhere in the U.S. or Canada -- no coins required. And Schlott covers all the operating costs himself. "It's cheap enough where I'm happy just footing the bill," he says. "You know, if I'm spending $20 a month on, say, Netflix, I could do that and provide phone service for the community. And to me, that's way more fun." Hundreds of calls have been made since the first phone was installed back in March last year. "I knew there would be some fringe cases where it would be really helpful," says Schlott. "But I never expected it to get daily use and for people to be this excited about it."

"One of the cornerstones that I want to stick to is, no matter what happens on the backend, the calls will always be free," he says. "And I will figure out a way to make that happen."

A recent Echelon firmware update has effectively bricked offline functionality for its smart gym equipment, cutting off compatibility with popular third-party apps like QZ and forcing users to connect to Echelon's servers -- even just to view workout stats. Ars Technica reports: As explained in a Tuesday blog post by Roberto Viola, who develops the "QZ (qdomyos-zwift)" app that connects Echelon machines to third-party fitness platforms, like Peloton, Strava, and Apple HealthKit, the firmware update forces Echelon machines to connect to Echelon's servers in order to work properly. A user online reported that as a result of updating his machine, it is no longer syncing with apps like QZ, and he is unable to view his machine's exercise metrics in the Echelon app without an Internet connection. Affected Echelon machines reportedly only have full functionality, including the ability to share real-time metrics, if a user has the Echelon app active and if the machine is able to reach Echelon's servers.

Viola wrote: "On startup, the device must log in to Echelon's servers. The server sends back a temporary, rotating unlock key. Without this handshake, the device is completely bricked -- no manual workout, no Bluetooth pairing, no nothing." Because updated Echelon machines now require a connection to Echelon servers for some basic functionality, users are unable to use their equipment and understand, for example, how fast they're going without an Internet connection. If Echelon were to ever go out of business, the gym equipment would, essentially, get bricked. Viola told Ars Technica that he first started hearing about problems with QZ, which launched in 2020, at the end of 2024 from treadmill owners. He said a firmware update appears to have rolled out this month on Echelon bikes that bricks QZ functionality. In his blog, Viola urged Echelon to let its machines send encrypted data to another device, like a phone or a tablet, without the Internet. He wrote: "Users bought the bike; they should be allowed to use it with or without Echelon's services."

An anonymous reader quotes a report from TechCrunch: On Sunday, Block CEO and Twitter co-founder Jack Dorsey launched an open source chat app called Bitchat, promising to deliver "secure" and "private" messaging without a centralized infrastructure. The app relies on Bluetooth and end-to-end encryption, unlike traditional messaging apps that rely on the internet. By being decentralized, Bitchat has potential for being a secure app in high-risk environments where the internet is monitored or inaccessible. According to Dorsey's white paper detailing the app's protocols and privacy mechanisms, Bitchat's system design "prioritizes" security.

But the claims that the app is secure, however, are already facing scrutiny by security researchers, given that the app and its code have not been reviewed or tested for security issues at all -- by Dorsey's own admission. Since launching, Dorsey has added a warning to Bitchat's GitHub page: "This software has not received external security review and may contain vulnerabilities and does not necessarily meet its stated security goals. Do not use it for production use, and do not rely on its security whatsoever until it has been reviewed." This warning now also appears on Bitchat's main GitHub project page but was not there at the time the app debuted.

As of Wednesday, Dorsey added: "Work in progress," next to the warning on GitHub. This latest disclaimer came after security researcher Alex Radocea found that it's possible to impersonate someone else and trick a person's contacts into thinking they are talking to the legitimate contact, as the researcher explained in a blog post. Radocea wrote that Bitchat has a "broken identity authentication/verification" system that allows an attacker to intercept someone's "identity key" and "peer id pair" -- essentially a digital handshake that is supposed to establish a trusted connection between two people using the app. Bitchat calls these "Favorite" contacts and marks them with a star icon. The goal of this feature is to allow two Bitchat users to interact, knowing that they are talking to the same person they talked to before.

Earlier this week looters who stole iPhones "got an unexpected message from Apple," reports the Economic Times.

"Please return to Apple Tower Theatre. This device has been disabled and is being tracked. Local authorities will be alerted."

Stolen phones "were remotely locked and triggered alarms, effectively turning the devices into high-tech bait. Videos circulating online show the phones flashing the message while blaring loudly, making them impossible to ignore." According to LAPD Officer Chris Miller, at least three suspects were apprehended in connection to the Apple Store burglary. One woman was arrested on the spot, while two others were detained for looting.

"The ubiquitous ESP32 microchip made by Chinese manufacturer Espressif and used by over 1 billion units as of 2023 contains an undocumented 'backdoor' that could be leveraged for attacks," writes BleepingComputer.

"The undocumented commands allow spoofing of trusted devices, unauthorized data access, pivoting to other devices on the network, and potentially establishing long-term persistence." This was discovered by Spanish researchers Miguel Tarascó Acuña and Antonio Vázquez Blanco of Tarlogic Security, who presented their findings yesterday at RootedCON in Madrid. "Tarlogic Security has detected a backdoor in the ESP32, a microcontroller that enables WiFi and Bluetooth connection and is present in millions of mass-market IoT devices," reads a Tarlogic announcement shared with BleepingComputer. "Exploitation of this backdoor would allow hostile actors to conduct impersonation attacks and permanently infect sensitive devices such as mobile phones, computers, smart locks or medical equipment by bypassing code audit controls...."

Tarlogic developed a new C-based USB Bluetooth driver that is hardware-independent and cross-platform, allowing direct access to the hardware without relying on OS-specific APIs. Armed with this new tool, which enables raw access to Bluetooth traffic, Targolic discovered hidden vendor-specific commands (Opcode 0x3F) in the ESP32 Bluetooth firmware that allow low-level control over Bluetooth functions. In total, they found 29 undocumented commands, collectively characterized as a "backdoor," that could be used for memory manipulation (read/write RAM and Flash), MAC address spoofing (device impersonation), and LMP/LLCP packet injection.

Espressif has not publicly documented these commands, so either they weren't meant to be accessible, or they were left in by mistake.
Thanks to Slashdot reader ZipNada for sharing the news.

AT&T and Verizon have successfully completed their first cellphone-to-satellite video calls using AST SpaceMobile's satellites, marking a significant step toward commercial satellite networks. The Verge reports: Verizon has completed its first cellphone-to-satellite video call, while AT&T has completed its first using satellites that will be used as part of a commercial network. [...] Verizon pulled off "a live video call between two mobile devices with one connected via satellite and the other connected via Verizon's terrestrial network connection," according to a company press release.

In AT&T's case, "AT&T and AST SpaceMobile have successfully completed another video call by satellite to an everyday smartphone over AT&T spectrum," per AT&T's press release. Both phone companies relied on AST's constellation of five BlueBird satellites that were launched last September for the tests. AT&T's initial video call test happened in June 2023.

Apple has released emergency security updates for iOS 18.3.1 and iPadOS 18.3.1 to patch a zero-day vulnerability (CVE-2025-24200) that was exploited in "extremely sophisticated," targeted attacks. The flaw, which allowed a physical attack to disable USB Restricted Mode on locked devices, was discovered by Citizen Lab and may have been used in spyware campaigns; users are strongly advised to install the update immediately. BleepingComputer reports: USB Restricted Mode is a security feature (introduced almost seven years ago in iOS 11.4.1) that blocks USB accessories from creating a data connection if the device has been locked for over an hour. This feature is designed to block forensic software like Graykey and Cellebrite (commonly used by law enforcement) from extracting data from locked iOS devices.

In November, Apple introduced another security feature (dubbed "inactivity reboot") that automatically restarts iPhones after long idle times to re-encrypt data and make it harder to extract by forensic software. The zero-day vulnerability (tracked as CVE-2025-24200 and reported by Citizen Lab's Bill Marczak) patched today by Apple is an authorization issue addressed in iOS 18.3.1 and iPadOS 18.3.1 with improved state management.

The list of devices this zero-day impacts includes: - iPhone XS and later,
- iPad Pro 13-inch, iPad Pro 12.9-inch 3rd generation and later, iPad Pro 11-inch 1st generation and later, iPad Air 3rd generation and later, iPad 7th generation and later, and iPad mini 5th generation and later

An anonymous reader quotes a report from The Register: China's Electronics Video Industry Association last week signed off on a standard for a universal remote control -- a gadget Beijing thinks locals need because they're struggling with multiple remotes, but which is also a little more significant in other ways. The standard requires remote controls to allow voice control, and to use one of three means of wireless comms: Bluetooth, infrared, and Star Flash -- more on that later. It has been hailed as a boon for consumers who apparently struggle to find the right remote control to use as they navigate between televisions and set-top boxes.

This standard reportedly detects which device a user wants to control, makes the connection, and eases the chore of directing a stream from a set-top box to a display. Device-makers have been told that televisions and set-top boxes must support the standard, and they've quickly complied: local media report that Chinese consumer electronics outfit Konka has already delivered the first Smart TV capable of handling the universal remote. Building a standard ecosystem for universal remotes has obvious benefits for consumers, who should be able to use one unit across multiple devices and won't be tied to proprietary tech. But this move has other benefits for Beijing, thanks to its requirement to use China's home-grown Bluetooth alternative, Star Flash.

Star Flash is one of the projects run by the SparkLink Alliance -- a group that lists hundreds of Chinese developers and manufacturers as members. Huawei contributes tech to the group. Chinese IoT hardware vendor Qogrisys has described it as an upgrade to both Bluetooth and Wi-Fi that incorporates ideas used in 5G networks, is capable of handling multiple simultaneous device connections, sips power sparingly so battery-powered devices go longer between recharges, and can stream lossless stereo audio. Chinese consumer electronic and automotive brands are already keen to use Star Flash, and the Alliance is promoting its use in industrial settings too. China will promote use of universal remotes in 2025 -- meaning the protocol may soon appear in millions of domestic devices, giving manufacturers scale to justify further investment.

America's telecom-regulating Federal Communications Commission "has opened up the entire 6 GHz frequency band to very low-power devices," reports the Register, "alongside other unlicensed applications such as Wi-Fi kits." The FCC said it has adopted extra rules to allow very low-power device operation across the entire 1,200 MHz of the 6 GHz band, from 5.925 to 7.125 GHz, within the US. The agency had already opened up 850 MHz of the band to small mobile devices a year ago, and has now decided to open up the remaining 350 MHz.

It hopes that this will give a shot in the arm to an ecosystem of short-range devices such as wearables, healthcare monitors, short-range mobile hotspots, and in-car devices that will be able to make use of this spectrum without the need of a license. These applications often call for low power transmission across short distances, but at very high connection speeds, the FCC says — otherwise, existing technologies like Bluetooth could suffice. "This 1,200 MHz means unlicensed bandwidth with a mix of high capacity and low latency that is absolutely prime for immersive, real-time applications," said Jessica Rosenworcel, the FCC's outgoing chair. "These are the airwaves where we can develop wearable technologies and expand access to augmented and virtual reality in ways that will provide new opportunities in education, healthcare, and entertainment."

Because these are such low-power devices, no restrictions have been placed on where they can be used, and they will not be required to operate under the control of an automatic frequency coordination system, as some Wi-Fi equipment must to avoid interference with existing services that use the 6 GHz spectrum. However, to minimize the risk of any potential interference, the devices will be required to implement a transmit power control mechanism and employ a contention-based protocol, requiring a device to listen to the channel before transmission. They are, however, prohibited from operating as part of any fixed outdoor infrastructure.

"Steven Adair, of cybersecurity firm Veloxity, revealed at the Cyberwarcon security conference how Russian hackers were able to daisy-chain as many as three separate Wi-Fi networks in their efforts to attack victims," writes Longtime Slashdot reader smooth wombat. Wired reports: Adair says that Volexity first began investigating the breach of its DC customer's network in the first months of 2022, when the company saw signs of repeated intrusions into the customer's systems by hackers who had carefully covered their tracks. Volexity's analysts eventually traced the compromise to a hijacked user's account connecting to a Wi-Fi access point in a far end of the building, in a conference room with external-facing windows. Adair says he personally scoured the area looking for the source of that connection. "I went there to physically run down what it could be. We looked at smart TVs, looked for devices in closets. Is someone in the parking lot? Is it a printer?" he says. "We came up dry."

Only after the next intrusion, when Volexity managed to get more complete logs of the hackers' traffic, did its analysts solve the mystery: The company found that the hijacked machine which the hackers were using to dig around in its customer's systems was leaking the name of the domain on which it was hosted -- in fact, the name of another organization just across the road. "At that point, it was 100 percent clear where it was coming from," Adair says. "It's not a car in the street. It's the building next door." With the cooperation of that neighbor, Volexity investigated that second organization's network and found that a certain laptop was the source of the street-jumping Wi-Fi intrusion. The hackers had penetrated that device, which was plugged into a dock connected to the local network via Ethernet, and then switched on its Wi-Fi, allowing it to act as a radio-based relay into the target network. Volexity found that, to break into that target's Wi-Fi, the hackers had used credentials they'd somehow obtained online but had apparently been unable to exploit elsewhere, likely due to two-factor authentication.

Volexity eventually tracked the hackers on that second network to two possible points of intrusion. The hackers appeared to have compromised a VPN appliance owned by the other organization. But they had also broken into the organization's Wi-Fi from another network's devices in the same building, suggesting that the hackers may have daisy-chained as many as three networks via Wi-Fi to reach their final target. "Who knows how many devices or networks they compromised and were doing this on," says Adair. Volexity had presumed early on in its investigation that the hackers were Russian in origin due to their targeting of individual staffers at the customer organization focused on Ukraine. Then in April, fully two years after the original intrusion, Microsoft warned of a vulnerability in Windows' print spooler that had been used by Russia's APT28 hacker group -- Microsoft refers to the group as Forest Blizzard -- to gain administrative privileges on target machines. Remnants left behind on the very first computer Volexity had analyzed in the Wi-Fi-based breach of its customer exactly matched that technique. "It was an exact one-to-one match," Adair says.

Wi-Fi 8 (also known as IEEE 802.11bn Ultra High Reliability) is expected to arrive around 2028, prioritizing an enhanced user experience over speed by optimizing interactions between devices and access points. While it retains similar bandwidth specifications as the previous standard, Wi-Fi 8 aims to improve network efficiency, reducing interference and congestion for a more reliable and adaptive connection. PCWorld's Mark Hachman reports: As of Nov. 2024, MediaTek believes that Wi-Fi 8 will look virtually identical to Wi-Fi 7 in several key areas: The maximum physical layer (PHY) rate will be the same at 2,880Mbps x 8, or 23Gbits/s. It will also use the same four frequency bands (2, 4, 5, and 6GHz) and the same 4096 QAM modulation across a maximum channel bandwidth of 320MHz. (A Wi-Fi 8 router won't get 23Gbps of bandwidth, of course. According to MediaTek, the actual peak throughput in a "clean," or laboratory, environment is just 80 percent or so of the hypothetical peak throughput, and actual, real-world results can be far less.)

Still, put simply, Wi-Fi 8 should deliver the same wireless bandwidth as Wi-Fi 7, using the same channels and the same modulation. Every Wi-Fi standard has also been backwards-compatible with its predecessors, too. What Wi-Fi 8 will do, though, is change how your client device, such as a PC or a phone, interacts with multiple access points. Think of this as an evolution of how your laptop talks to your home's networking equipment. Over time, Wi-Fi has evolved from communications between one laptop and a router, across a single channel. Channel hopping routed different clients to different bands. When Wi-Fi 6 was developed, a dedicated 6GHz channel was added, sometimes as a dedicated "backhaul" between your home's access points. Now, mesh networks are more common, giving your laptop a variety of access points, channels, and frequencies to select between. For a detailed breakdown of the upcoming advancements coming to Wi-Fi 8, including Coordinated Spatial Reuse, Coordinated Beamforming, and Dynamic Sub-Channel Operation, read the full article.

An anonymous reader shared this report from the Washington Post: Look at the top right corner of your phone. You might see an icon with "5G" and another with vertical bars showing the strength of your internet connection. Those symbols don't mean what you think they do.

If your phone shows "5G," you're not necessarily connected to the latest and zippiest cellphone network technology. It might just mean that 5G connections are available nearby. And the bars are a cellular version of a shrug. There is no standard measure of how much signal strength each bar represents. "The connection icon is a lie," said Avi Greengart, president of the technology analysis firm Techsponential...

The good news is you might not need 5G, anyway. Most of the time, your phone calls, texting and web surfing are perfectly fine on the prior generation of wireless technology called 4G or sometimes "LTE." Many phone networks will funnel you over 5G service when it makes a real difference, like if you're on a video call or playing an intense video game.

If you see more specific types of 5G icons, like "5G UW" used by Verizon or "5G UC" if you're on T-Mobile service, Hyers said you're probably connected to a 5G network at that moment. Those extra letters or symbols sometimes indicate types of 5G technology that are capable of faster and more reliable connections, but they aren't always better, depending on your circumstances. Confusingly, AT&T has showed "5G E" icons on phones. That is not 5G service at all.
Here's how major carriers responded to the Post's reporter:

• "AT&T said its '5G' indicators on phones line up with a telecommunications standards organization that established the icon to mean 5G networks are available."

• "Verizon didn't respond to my questions."

• "T-Mobile said for most of its cellphone network, your phone accurately reflects if you're on 5G."

The article suggests setting your phone to just automatically switch to 5G networks when high-bandwidth applications are in use...

During a 2023 deployment, senior enlisted leaders aboard the Navy ship USS Manchester secretly installed a Starlink Wi-Fi network, allowing them exclusive internet access in violation of Navy regulations. "Unauthorized Wi-Fi systems like the one [then-Command Senior Chief Grisel Marrero] set up are a massive no-no for a deployed Navy ship, and Marrero's crime occurred as the ship was deploying to the West Pacific, where such security concerns become even more paramount among heightened tensions with the Chinese," reports Navy Times. From the report: As the ship prepared for a West Pacific deployment in April 2023, the enlisted leader onboard conspired with the ship's chiefs to install the secret, unauthorized network aboard the ship, for use exclusively by them. So while rank-and-file sailors lived without the level of internet connectivity they enjoyed ashore, the chiefs installed a Starlink satellite internet dish on the top of the ship and used a Wi-Fi network they dubbed "STINKY" to check sports scores, text home and stream movies. The enjoyment of those wireless creature comforts by enlisted leaders aboard the ship carried serious repercussions for the security of the ship and its crew. "The danger such systems pose to the crew, the ship and the Navy cannot be understated," the investigation notes.

Led by the senior enlisted leader of the ship's gold crew, then-Command Senior Chief Grisel Marrero, the effort roped in the entire chiefs mess by the time it was uncovered a few months later. Marrero was relieved in late 2023 after repeatedly misleading and lying to her ship's command about the Wi-Fi network, and she was convicted at court-martial this spring in connection to the scheme. She was sentenced to a reduction in rank to E-7 after the trial and did not respond to requests for comment for this report. The Navy has yet to release the entirety of the Manchester investigation file to Navy Times, including supplemental enclosures. Such records generally include statements or interview transcripts with the accused.

But records released so far show the probe, which wrapped in November, found that the entire chiefs mess knew about the secret system, and those who didn't buy into it were nonetheless culpable for not reporting the misconduct. Those chiefs and senior chiefs who used, paid for, helped hide or knew about the system were given administrative nonjudicial punishment at commodore's mast, according to the investigation. All told, more than 15 Manchester chiefs were in cahoots with Marrero to purchase, install and use the Starlink system aboard the ship. "This agreement was a criminal conspiracy, supported by the overt act of bringing the purchased Starlink onboard USS MANCHESTER," the investigation said. "Any new member of the CPO Mess which then paid into the services joined that conspiracy following the system's operational status."

Records obtained by Navy Times via a Freedom of Information Act request reveal a months-long effort by Marrero to obtain, install and then conceal the chiefs Wi-Fi network from superiors, including the covert installation of a Starlink satellite dish on the outside of the Manchester. When superiors became suspicious about the existence of the network and confronted her about it, Marrero failed to come clean on multiple occasions and provided falsified documents to further mislead Manchester's commanding officer, the investigation states. "The installation and usage of Starlink, without the approval of higher headquarters, poses a serious risk to mission, operational security, and information security," the investigation states.

Aria Alamalhodaei reports via TechCrunch: Hubble Network has become the first company in history to establish a Bluetooth connection directly to a satellite -- a critical technology validation for the company, potentially opening the door to connecting millions more devices anywhere in the world. The Seattle-based startup launched its first two satellites to orbit on SpaceX's Transporter-10 ride-share mission in March; since that time, the company confirmed that it has received signals from the onboard 3.5mm Bluetooth chips from over 600 kilometers away.

The sky is truly the limit for space-enabled Bluetooth devices: the startup says its technology can be used in markets including logistics, cattle tracking, smart collars for pets, GPS watches for kids, car inventory, construction sites, and soil temperature monitoring. Haro said the low-hanging fruit is those industries that are desperate for network coverage even once per day, like remote asset monitoring for the oil and gas industry. As the constellation scales, Hubble will turn its attention to sectors that may need more frequent updates, like soil monitoring, to continuous coverage use cases like fall monitoring for the elderly. Once its up and running, a customer would simply need to integrate their devices' chipsets with a piece of firmware to enable connection to Hubble's network.

An anonymous reader quotes a report from Popular Science: In the average American house, any download rate above roughly 242 Mbs is considered a solidly speedy broadband internet connection. That's pretty decent, but across the Atlantic, researchers at UK's Aston University recently managed to coax about 1.2 million times that rate using a single fiber optic cable -- a new record for specific wavelength bands. As spotted earlier today by Gizmodo, the international team achieved a data transfer rate of 301 terabits, or 301,000,000 megabits per second by accessing new wavelength bands normally unreachable in existing optical fibers -- the tiny, hollow glass strands that carry data through beams of light. According to Aston University's recent profile, you can think of these different wavelength bands as different colors of light shooting through a (largely) standard cable.

Commercially available fiber cabling utilizes what are known as C- and L-bands to transmit data. By constructing a device called an optical processor, however, researchers could access the never-before-used E- and S-bands. "Over the last few years Aston University has been developing optical amplifiers that operate in the E-band, which sits adjacent to the C-band in the electromagnetic spectrum but is about three times wider," Ian Phillips, the optical processor's creator, said in a statement. "Before the development of our device, no one had been able to properly emulate the E-band channels in a controlled way." But in terms of new tech, the processor was basically it for the team's experiment. "Broadly speaking, data was sent via an optical fiber like a home or office internet connection," Phillips added. What's particularly impressive and promising about the team's achievement is that they didn't need new, high-tech fiber optic lines to reach such blindingly fast speeds. Most existing optical cables have always technically been capable of reaching E- and S-bands, but lacked the equipment infrastructure to do so. With further refinement and scaling, internet providers could ramp up standard speeds without overhauling current fiber optic infrastructures.

"My goal is to have a firewall that I trust," writes Slashdot reader eggegick, "not a firewall that comes from the manufacture that might have back doors." I'm looking for a cheap mini PC I can turn into a headless Linux-based wireless and Ethernet router. The setup would be a cable modem on the Comcast side, Ethernet out from the modem to the router and Ethernet, and WiFi out to the home network.
Two long-time Slashdot readers had suggestions. johnnys believes "any old desktop or even a laptop will work.... as long as you have a way to get a couple of (fast or Gigabit) Ethernet ports and a good WiFi adapter... " Cable or any consumer-grade broadband doesn't need exotic levels of throughput: Gigabit Ethernet will not be saturated by any such connection...

You can also look at putting FOSS firewall software like DD-WRT or OpenWrt on consumer-grade "routers". Such hardware is usually set up with the right hardware and capabilities you are looking for. Note however that newer hardware may not work with such firmwares as the FCC rules about controlling RF have caused many manufacturers to lock down firmware images.

And you don't necessarily need to roll your own with iptables: There are several BSD or Linux-based FOSS distributions that do good firewall functionality. PFSense is very good and user-friendly, and there are others. OpenBSD provides an exceptionally capable enterprise-level firewall on a secure platform, but it's not designed to be user-friendly.
Long-time Slashdot reader Spazmania agrees the "best bet" is "one of those generic home wifi routers that are supported by DD-WRT or OpenWrt." It's not uncommon to find something used for $10-$20. And then install one or the other, giving a Linux box with full control. Add a USB stick so you have enough space for all the utilities.

I just went through the search for mini-PCs for a project at work. The main problem is that almost all of them cool poorly, and that significantly impairs their life span.I finally found a few at the $100 price point that cooled acceptably... and they disappeared from the market shortly after I bought the test units, replaced with newer models in the $250 ballpark.
Share your own thoughts and experiences in the comments.

Can you roll your own home router?