Hasta La Gadget!

The Samsung Galaxy S25 Edge is expected to launch next month, and recent leaks have revealed key details about its design, display, and pricing. Despite its ultra-thin profile, Samsung assures that durability will not be compromised. However, a new certification from Denmark has confirmed that the device will feature the smallest battery capacity in the Galaxy S25 lineup.

Two battery models for the Galaxy S25 Edge have appeared in UL Demko’s database with the codes “EB-BS937ABY” and “EB-BS937ABE,” holding certifications “DK-162562-UL” and “DK-162516-UL.” These batteries have nominal and typical capacities of 3,786 mAh and 3,900 mAh, respectively.

With a 3,900 mAh battery, the Galaxy S25 Edge will have 100 mAh less capacity than the standard Galaxy S25, which already has the lowest battery size in the series—This suggests that battery life may not be one of its strongest features.

To achieve a slim 5.84mm thickness, Samsung has made some compromises, including a smaller battery and a rear camera setup with only two sensors. As for specifications, leaks suggest that the Galaxy S25 Edge will be powered by Qualcomm’s Snapdragon 8 Elite chipset and come with 12 GB of RAM. The device is expected to feature a 6.6-inch Dynamic AMOLED display with a 120 Hz refresh rate and 25W charging.

Its camera system will include a 200 MP primary sensor and a 50 MP ultrawide lens. It will run Android 15 with Samsung’s One UI 7.0. While the Galaxy S25 Edge is designed to be sleek and powerful, its battery capacity could be a drawback for users who prioritize long-lasting performance. Would you trade longer battery life for a slim profile? Let us know in the comments!

Samsung Galaxy S25 Edge: Slim Design Confirmed, But With Battery Trade-Offs

, original content from Ubergizmo. Read our Copyrights and terms of use.

Many years ago, I reviewed the Eero Pro 6E, which was a delightfully easy device to get along with. The hardware was powerful, unobtrusive and fit into my home pretty well, to the point where I had no complaints about living with it. But all of the good was undone by Eero’s constant arm-twisting to get you to pay for its monthly subscription. With an app that exists as little more than an advertisement and with so many basic features paywalled, I couldn’t in all good conscience recommend it. Thankfully, the advent of Wi-Fi 7 and the new Eero Pro 7 means Eero has a shot to make good on its previous errors and turn my opinion around. Which, it’ll take, right?

For Engadget’s mesh Wi-Fi testing methodology, please read our mesh Wi-Fi buyer’s guide.

Hardware

Daniel Cooper for Engadget

Since its birth, Eero has built its Wi-Fi nodes as rounded-off boxes that sit unobtrusively on side tables and bookshelves. Sadly, the sheer volume of stuff required to make Wi-Fi 7 work is bigger than the traditional body will allow. (The vanilla Eero 7 is actually lacking 6GHz support, which is why it’s in the older chassis, but has some gall pretending it’s a proper Wi-Fi 7 device.) Consequently, the Pro 7 ditches the classic body for the same casing found on Eero’s super-flagship Max 7. The vertical design is better for keeping the components cool without a fan, but it is noticeable, especially with prominent branding, defeating the point of making the gear anonymous.

Each node is identical, clad in piano gloss white and measuring 7.1 inches tall and 5.8 inches wide. Turn it around and you’ll find the USB-C power jack, reset button and two 5G ethernet ports with a theoretical top speed of 4.7 Gbps. The coterie of wireless radios (2×2 2.4Ghz, 2×2 5GHz and 2×2 6GHz) promise to reach the heights of 3.9 Gbps. Tucked inside are the usual smart home integrations including Zigbee, Thread, Matter, Amazon Connected Devices, Alexa and Bluetooth LE 5.0

Installation

Eero’s promise of “frustration-free setup” isn’t an empty one, and it remains the easiest mesh system to set up. Download the Eero app, hand over your Amazon login and plug in your cable modem, and everything else is taken care of within minutes. Each node was up and running two minutes after being plugged in, and most of the 15-minute set-up time was schlepping between rooms.

Once each node is ready, you’ll get a notification telling you your placement is good for signal strength. This is useful since some meshes won’t, and just expect you to troubleshoot the poor performance down the line. The app did tell me I’d get faster speeds if I moved the nodes closer to each other, but given the layout of my home, that would mean placing them all in the same damn room.

Performance

Eero’s bread and butter performance is never an issue, especially once the mesh has settled down after the first day or so. Much of what worked with previous versions remains in place here, and for home use, it’s excellent. My office, which is some distance away from any node, was still able to pull down 250 Mbps in artificial speed tests. The smart TV in this room was able to stream a 4K movie without any lag or buffering, letting me dance past the pre-roll ads.

I can’t imagine anyone wanting to throw out their Wi-Fi 6E system in favor of this, because you won’t see a massive uplift in performance. When I tested the Eero Pro 6E, I was easily getting speeds in my office around the 250 Mbps mark anyway. There are noticeable improvements in lag and reliability that can’t be sniffed at, but you’ll only notice them if you’re upgrading from really old gear.

If you are upgrading from an older Eero system, it’s worth keeping hold of that hardware to bolster your network. Every Eero node is capable of integrating with its older peers, even if you may find performance is degraded as a consequence. I grabbed a Pro 6E node and placed it in a notorious signal dead spot at the end of my home, just for the hell of it. Naturally, the older nodes are slower but, even so, the loss isn’t that painful. When I’d connected to the 6E node and ran speed tests, I was still pulling down 200 Mbps.

App and Eero Plus

When I wrote Engadget’s mesh Wi-Fi buyer’s guide, I spent months testing hardware from all the big names. Some were easy, some were fussy and some were designed for network engineers with no consideration for general users. None of them, however, irked me as much as Eero’s app, which is a textbook case in seizing defeat from the jaws of victory. Essentially, half of the splash screen is an ad for Eero Plus, the company’s subscription product. And Eero puts so many basic features behind a paywall that it’s impossible to recommend. But I’m getting ahead of myself.

Eero’s app is tidy and well-designed, offering a single pane listing each node and its signal strength. The icons signify how well the nodes are connected to each other, but there’s no sense of the network’s topography. Below it is a pane that tells you what devices are on the network right now, although it struggles to name many common products (including those owned by Amazon). You’re also unable to set traffic priorities for your device, which would be useful when I’m recording a podcast or on a Zoom call.

Daniel Cooper for Engadget

Take a look at this screenshot of the Activity Pane, and notice how empty it is, showing you just the top speeds and quantities of data up- and downloaded. Each one links to another pane with some more detailed information, but even so, the visualizations are more or less pointless. This speaks to the big issue with Eero’s software setup and business model more generally.

I imagine Engadget readers break into two camps: People who know DHCP has something to do with their internet but wouldn’t touch it for fear of breaking something, and the people who have 192.168.1.1 burned into their fingers’ muscle memory. Eero’s pitch probably irritates both since it robs you of even your most basic agency to run your own damn Wi-Fi.

For instance, you can set your Wi-Fi name and password, and set the same for your guest Wi-Fi but beyond that, oh boy. You can collect devices into groups, letting you set time limits for, say, your kids’ consoles or computers. You can set your DHCP to manual or Bridge mode, set a reservation or port forward and deactivate support for IPv6. And, uh, that’s about it.

That is, unless you spring $9.99 a month or $100 a year for Eero Plus, which then opens up the toolkit. For that, you get the ability to set a mobile hotspot as an internet backup if your Wi-Fi should go down. Subscribers will also get access to parental controls, historical data, ad and app blocking, the company’s advanced security suite, DDNS and content filters. Plus, you’ll get a subscription to Guardian VPN, Malwarebytes and 1Password thrown in, too.

Look, I get it. All hardware companies — even ones owned by Amazon — need to ensure they have multiple revenue streams to keep the lights on. And I’m sure there are lots of people who feel the added charges are probably worth it for peace of mind. But you need to know that Eero’s competition offers these features without asking for more money. Google’s Nest Wi-Fi includes parental controls and security updates in addition to guest networks. Though Nest hasn’t launched a Wi-Fi 7 product yet, so it’s not an equivalent comparison, the Eero Pro 6E was similarly limited with Amazon pushing a Plus subscription. If a company wants to charge me $700 for a product and then hold basic features back to wring another $100 a year out of me, I’m hostile by default. 

Price and the competition

The Eero Pro 7 is available in one, two or three-node packs, priced at $300, $550 and $700 respectively. Wi-Fi 7 systems are currently priced for early adopters, and you’ll spend big at whichever company you opt to buy from. I’m not going to do a direct apples-to-apples comparison here as there are a number of notable spec differences between various Wi-Fi 7 routers. For instance, Netgear’s Orbi 770 has a longer broadcast range and faster wireless speed but slower ethernet ports and can only handle half as many connected devices as the Pro 7. At this early stage, you’ll be looking at what specs to prioritize depending on your home’s specific needs. So I can’t say if the $900 Orbi 770 is a better fit for you than the $700 Eero Pro 7.

If you’re looking to upgrade and have your heart set on Eero, then it might be worth looking at last-generation hardware. At the time of writing, a three-pack of Eero Pro 6Es are priced at $550, and the performance it offers is pretty darn impressive. It has the same issues as its successor, but the backwards-and-forwards compatibility is a useful bonus. And Wi-Fi 6E is a major upgrade over whatever Wi-Fi you’re probably using at home right now.

Wrap-up

There are so many things to like about Eero’s mesh Wi-Fi systems that it galls me so much I can’t recommend them. They’re really easy to set up, really easy to use and the performance you get out of them, in terms of both speed and reliability, is staggeringly good. I’m quite fond of the hardware design, even if they are a bit more attention-grabbing than the older models. And I do think $700 for a whole-home Wi-Fi 7 system is pretty good when other companies are asking for a grand or more right now. That’s especially true for folks who aren’t interested in messing with every knob and dial to fine-tune their internet to the nth degree. This hardware passes the “would you be able to hand this to your technophobe family member” test with flying colors.

Unfortunately, I cannot get over how aggressive the nickel-and-diming is, to the point of holding back features that I’d say should be free. I’d argue that every router should offer at the very least, basic parental controls and some sort of URL blocking or content filtering. Even if you don’t use them, that those features would be held back to milk recurring revenue out of you is rough. If you were standing at a car dealership and someone tried to sell you a sedan with three wheels — the fourth is thrown in with CarSubscriptionPlus for just $9.99 a month! — you’d walk away in disgust.

This article originally appeared on Engadget at https://www.engadget.com/home/smart-home/eero-pro-7-review-paying-to-be-sold-a-subscription-171502767.html?src=rss

I wish I could say that I’m the type of person who has tried-and-true routines to carry me through all the things that need to be done in a day, but the reality is far from that. As someone with overlapping chronic illnesses trying to juggle a full-time job and a life outside of that, just getting out of bed often feels like a major feat. I’m caught in the tug of war between perpetual exhaustion and lack of motivation, and whether I’m able to cross anything off my to-do list is generally a gamble.

A few months ago, though, a friend recommended that I try the Finch app to help me establish some gentle structure and get a little more of what I want out of each day. I’d already been seeing ads for this “self-care pet” all over Instagram, and this was the tiny push I needed to actually give it a go. Now here we are, some four months later, and I’m still using it consistently as if it were my own adorable life coach.

Finch is a habit tracker, motivation app and virtual pet all in one. It gives you a little bird (okay, “birb”) to raise from an egg and look after as it grows up and learns about the world. But it’s not the kind of pet you need to worry about keeping alive, unlike my many needy Tamagotchis.

Taking care of your bird consists of dressing it up in cute outfits, petting it, changing up the decor in its home and sending it on little adventures. In turn, your bird will check in on you throughout the day, offering words of encouragement and reminders to complete your goals, and celebrating your wins when you get stuff done. I use the free version of the app, which I’ve found to be more than enough for my needs, but there’s also a subscription-based version that unlocks more items, a full library of guided exercises and more.

If you were to look at my goals list, it might at first seem extremely daunting; there are more than 20 tasks on there on any given day. But these vary in importance, and range from the bare minimum things I need to do to start my day — like getting out of bed, brushing my teeth and taking my morning meds — to those that require more commitment, like exercising or doing laundry. Finch doesn’t take the guilt approach to goal-tracking, so you won’t be scolded or shamed if you don’t finish everything on your list. There aren’t really any consequences. It’s more about highlighting what you did accomplish rather than focusing on what you didn’t, and forming healthy habits in the process.

You’re awarded rainbow stones for completing each of your goals, and those can be used as currency in the various shops to buy clothes, furniture and new colors for your bird. Over time, you can collect and raise cute “micropets” as companions for your bird too (kind of like the Petpets in Neopets).

Sometimes it’s more helpful to look at the bigger picture, and you can group tasks together as “Journeys” to get a better sense of your overall progress in certain areas. Journeys are color-coded and come with tiered rewards, which you’ll earn as you level up by hitting certain milestones with the related goals. I might not manage to check off my “Exercise for 30+ minutes” goal every day in a week, but the three days I did exercise will count toward my “Get moving, get healthy” Journey. There, I’ll also be able to see how many times I’ve completed the relevant goals since I started tracking them.

Just opening the app every day comes with some rewards as well. I like keeping up a streak, and I just recently got my longest one yet: 32 days! While I was a little bummed out when I finally messed it up by forgetting to check in on a really busy day, I still found myself more impressed at how many days in a row I’d committed to showing up for myself. It only made me want to do better. You’ll also be gifted themed items and rainbow stones as part of seasonal events and for tackling daily quests, like writing a reflection or sending good vibes to a friend.

The latter in particular is a big part of what makes Finch so special. There’s a strong “we’re in this together” kind of energy to the whole thing, and that’s backed up by features that allow you to actively support and receive support from other Finch users. You can add friends on the app using a code, and your birds can visit each others’ homes, bringing with them a little message or gift for the other user. My friend and I go back and forth randomly sending each other hugs, encouragement and other little tidbits of positivity from the list of options. Some users even exchange their codes with others online to make their support circles larger.

And, you can gift the paid version of the app, Finch Plus, to users who may not be able to afford it, if you want to go a step further in doing a kindness for a stranger. The app provides constant reminders that someone is rooting for you, whether it’s a little bird acting as your personal cheerleader or another real Finch user.

There are a bunch of built-in tools to help promote self-care, like guided breathing exercises, movement routines and prompts for written reflections. The app will ask you about your mood multiple times a day, and when you indicate that things aren’t going so great, it’ll present you with a little “First Aid Kit” offering some optional activities to help you work through your feelings or manage your anxiety in the moment (this is accessible in the menu at all times, too). It also links out to a website with helplines for confidential emotional support.

I’ve tried a few self-care and productivity apps over the years, but Finch is the first one I’ve actually stuck with for an extended period of time. I like how it can be tailored to your specific needs, with both pre-set and custom goals, and the low-stakes virtual pet element makes it a joy to use. I love my little birb, Ripper Jr., and all the little micropets we’ve been accumulating together (even the blobs, for all you haters). Maybe I won’t ever be a person who wakes up with the sunrise and accomplishes five things before 10AM, but me and lil Ripper Jr. are still getting stuff done.

This article originally appeared on Engadget at https://www.engadget.com/apps/this-self-care-virtual-pet-is-helping-me-get-my-act-together-160027169.html?src=rss

At Mobile World Congress (MWC) 2025 in Barcelona, NTT Corporation (NTT), NTT DOCOMO, and Nokia jointly demonstrated advanced 6G-enabling technologies at the Nokia booth. The focus was on NTT’s Inclusive Core Architecture and the In-network Service Acceleration Platform (ISAP), which aim to enhance data processing efficiency for emerging technologies such as artificial intelligence (AI), machine learning (ML), and immersive reality.

Enhancing AI with In-Network Computing

A key highlight of the demonstration was the application of ISAP to AI analysis during real-time video data transfer. Under conventional architectures, AI analysis achieved a 57% accuracy rate. However, with ISAP integrated into the Inclusive Core Architecture, this accuracy improved significantly to 90%. This improvement underscores the potential of in-network computing (INC) to optimize AI performance by transferring some application-layer processing to the network layer. By doing so, ISAP minimizes data exchange delays between terminals and servers, enhancing overall efficiency and accuracy.

ISAP is a crucial component of NTT’s Inclusive Core Architecture, designed to fuse computing and networking capabilities required for the 6G and IOWN (Innovative Optical and Wireless Network) era. By accelerating in-network information processing, ISAP facilitates advanced AI-integrated communication services, even with limited terminal resources.

Addressing the Challenges in Telecommunications

The telecommunications industry is under increasing pressure to upgrade networks to handle the growing demands of AI, IoT, robotics, and automation. Existing network infrastructures risk falling behind due to the rising need for ultra-high capacity, ultra-low latency, and low power consumption capabilities. In response, NTT and Nokia’s collaborative efforts focus on developing next-generation networking solutions to meet these demands.

The IOWN Vision: A Glimpse into the Future

NTT’s IOWN initiative, supported by major industry players like Sony, Intel, Nokia, Google, Nvidia, and Microsoft, envisions a transformative shift to optical-photonic-based network architecture by 2030. IOWN (Innovative Optical and Wireless Network) is an initiative by NTT aiming to revolutionize network infrastructure using optical-photonics technology. Its goals include reducing power consumption by 100x, increasing transmission capacity by 125x, and lowering latency by 200x. Key components are the All-Photonics Network, Digital Twin Computing, and Cognitive Foundation, which together support ultra-high capacity, low-latency, and intelligent resource management for applications like 6G, AI, IoT, and smart cities.

The Inclusive Core Architecture is a vital part of the IOWN vision, integrating three core components: the All-Photonics Network, Digital Twin Computing, and the Cognitive Foundation. This architecture aims to provide end-to-end network services that support a wide range of use cases, from AI-driven applications to Cyber-Physical Systems that seamlessly interact between digital and physical realms.

In-Network Computing: A Foundation for 6G

In-network computing (INC) is central to NTT’s 6G strategy. By shifting application processing functions to the network’s data transfer functions, INC reduces both latency and power consumption. This approach is crucial for supporting the high data rates and low latency required by 6G use cases, including AI, ML, and advanced sensing technologies.

ISAP, as an INC-enabling technology, facilitates seamless information processing between terminals and cloud services. This capability ensures that advanced services can be delivered irrespective of terminal specifications or access environments. By creating a cascading computing environment within the network, ISAP synchronizes data processing to match the service usage environment effectively.

Standardization and Collaboration Efforts

NTT and DOCOMO plan to continue their research on INC to advance computing services linked to mobile networks in the 6G era. In collaboration with Nokia, they aim to expand partnerships with telecommunication carriers, equipment manufacturers, cloud providers, and service providers. The goal is to contribute to the international standardization of 6G architecture under the 3GPP, with discussions set to begin in 2025.

The standardization process is essential for ensuring that INC and ISAP can be integrated into future mobile networks globally. By promoting a unified standard, NTT, DOCOMO, and Nokia seek to accelerate the deployment of 6G technologies and ensure compatibility across various platforms and devices.

The Road Ahead for 6G and IOWN

The successful demonstration at MWC 2025 highlights the feasibility of the Inclusive Core Architecture and ISAP in addressing the challenges posed by next-generation data processing needs. As the telecommunications industry moves closer to the 6G era, the integration of INC and optical-photonic technologies will be crucial.

NTT’s IOWN initiative, with its ambitious goals for power efficiency, transmission capacity, and latency reduction, represents a significant step forward in network evolution. If successful, this approach could redefine how data is processed, transmitted, and consumed, paving the way for new applications in AI, automation, and IoT.

For more information about NTT R&D related to next-generation networking infrastructure, refer to the whitepaper, “Inclusive Core: Integrative and Cooperative Network Architecture for the 6G/IOWN Era” and the webpage, “IOWN: the new technology that leads to a better future.”

NTT and Nokia Showcase 6G Innovations At MWC 2025

, original content from Ubergizmo. Read our Copyrights and terms of use.

At Mobile World Congress (MWC) 2025 in Barcelona, NTT Corporation (NTT), NTT DOCOMO, and Nokia jointly demonstrated advanced 6G-enabling technologies at the Nokia booth. The focus was on NTT’s Inclusive Core Architecture and the In-network Service Acceleration Platform (ISAP), which aim to enhance data processing efficiency for emerging technologies such as artificial intelligence (AI), machine learning (ML), and immersive reality.

Enhancing AI with In-Network Computing

A key highlight of the demonstration was the application of ISAP to AI analysis during real-time video data transfer. Under conventional architectures, AI analysis achieved a 57% accuracy rate. However, with ISAP integrated into the Inclusive Core Architecture, this accuracy improved significantly to 90%. This improvement underscores the potential of in-network computing (INC) to optimize AI performance by transferring some application-layer processing to the network layer. By doing so, ISAP minimizes data exchange delays between terminals and servers, enhancing overall efficiency and accuracy.

ISAP is a crucial component of NTT’s Inclusive Core Architecture, designed to fuse computing and networking capabilities required for the 6G and IOWN (Innovative Optical and Wireless Network) era. By accelerating in-network information processing, ISAP facilitates advanced AI-integrated communication services, even with limited terminal resources.

Addressing the Challenges in Telecommunications

The telecommunications industry is under increasing pressure to upgrade networks to handle the growing demands of AI, IoT, robotics, and automation. Existing network infrastructures risk falling behind due to the rising need for ultra-high capacity, ultra-low latency, and low power consumption capabilities. In response, NTT and Nokia’s collaborative efforts focus on developing next-generation networking solutions to meet these demands.

The IOWN Vision: A Glimpse into the Future

NTT’s IOWN initiative, supported by major industry players like Sony, Intel, Nokia, Google, Nvidia, and Microsoft, envisions a transformative shift to optical-photonic-based network architecture by 2030. IOWN (Innovative Optical and Wireless Network) is an initiative by NTT aiming to revolutionize network infrastructure using optical-photonics technology. Its goals include reducing power consumption by 100x, increasing transmission capacity by 125x, and lowering latency by 200x. Key components are the All-Photonics Network, Digital Twin Computing, and Cognitive Foundation, which together support ultra-high capacity, low-latency, and intelligent resource management for applications like 6G, AI, IoT, and smart cities.

The Inclusive Core Architecture is a vital part of the IOWN vision, integrating three core components: the All-Photonics Network, Digital Twin Computing, and the Cognitive Foundation. This architecture aims to provide end-to-end network services that support a wide range of use cases, from AI-driven applications to Cyber-Physical Systems that seamlessly interact between digital and physical realms.

In-Network Computing: A Foundation for 6G

In-network computing (INC) is central to NTT’s 6G strategy. By shifting application processing functions to the network’s data transfer functions, INC reduces both latency and power consumption. This approach is crucial for supporting the high data rates and low latency required by 6G use cases, including AI, ML, and advanced sensing technologies.

ISAP, as an INC-enabling technology, facilitates seamless information processing between terminals and cloud services. This capability ensures that advanced services can be delivered irrespective of terminal specifications or access environments. By creating a cascading computing environment within the network, ISAP synchronizes data processing to match the service usage environment effectively.

Standardization and Collaboration Efforts

NTT and DOCOMO plan to continue their research on INC to advance computing services linked to mobile networks in the 6G era. In collaboration with Nokia, they aim to expand partnerships with telecommunication carriers, equipment manufacturers, cloud providers, and service providers. The goal is to contribute to the international standardization of 6G architecture under the 3GPP, with discussions set to begin in 2025.

The standardization process is essential for ensuring that INC and ISAP can be integrated into future mobile networks globally. By promoting a unified standard, NTT, DOCOMO, and Nokia seek to accelerate the deployment of 6G technologies and ensure compatibility across various platforms and devices.

The Road Ahead for 6G and IOWN

The successful demonstration at MWC 2025 highlights the feasibility of the Inclusive Core Architecture and ISAP in addressing the challenges posed by next-generation data processing needs. As the telecommunications industry moves closer to the 6G era, the integration of INC and optical-photonic technologies will be crucial.

NTT’s IOWN initiative, with its ambitious goals for power efficiency, transmission capacity, and latency reduction, represents a significant step forward in network evolution. If successful, this approach could redefine how data is processed, transmitted, and consumed, paving the way for new applications in AI, automation, and IoT.

For more information about NTT R&D related to next-generation networking infrastructure, refer to the whitepaper, “Inclusive Core: Integrative and Cooperative Network Architecture for the 6G/IOWN Era” and the webpage, “IOWN: the new technology that leads to a better future.”

NTT and Nokia Showcase 6G Innovations At MWC 2025

, original content from Ubergizmo. Read our Copyrights and terms of use.