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wyattstone — Mon, 21 Sep 2026 04:45:15 +0000

wyattstone

Sep 21

Ukraine Launches Largest Drone Attack on Moscow

#naga5000 #slotnaga5000 #ukraine #russiawar

5 min read

Ukraine Launches Largest Drone Attack on Moscow

wyattstone — Mon, 21 Sep 2026 04:45:04 +0000

Ukraine Launches Largest Drone Attack on Moscow

Ukraine launched a massive wave of drones toward Russia, including hundreds aimed at Moscow, in what the city's mayor described as the largest drone attack on the capital to date. The attack came on the final day of Russia's parliamentary elections and damaged an oil refinery and a residential building, while officials reported deaths and injuries in the wider Moscow region. The scale of the Moscow drone attack marked another major escalation in the long-range aerial campaign between Russia and Ukraine.

Hundreds of Drones Target Moscow

Moscow Mayor Sergei Sobyanin said hundreds of Ukrainian drones were directed toward the Russian capital. Reuters reported that Russian authorities said more than 1,600 drones had been intercepted across the country since Saturday, including around 450 heading toward Moscow.

The Russian Defense Ministry separately reported that its forces had destroyed 1,110 Ukrainian drones across Russia, occupied areas of Ukraine, Crimea and the Black Sea during the previous 24 hours. The differing figures reflect the various geographic areas and time periods covered by Russian officials' statements.

Sobyanin described the attack as unprecedented and said Russian air defenses had managed to repel the main wave before it could disrupt the parliamentary vote. Ukrainian authorities have not publicly accepted the Russian description of the number of drones aimed specifically at Moscow.

Oil Refinery Damaged

One of the most significant reported impacts occurred at the Moscow Oil Refinery, a major facility supplying fuel to the capital.

Russian officials said a section of the refinery was damaged after several drones reached the facility. Reuters witnesses reported hearing explosions and seeing large plumes of smoke rising from the refinery area.

The refinery has been targeted previously during the war. According to Reuters, the plant processed about 11.6 million metric tons of crude oil in 2024 and produced approximately 2.9 million tons of gasoline and 3.2 million tons of diesel.

The facility is therefore important not only as an industrial site but also as part of the fuel infrastructure serving Moscow.

Residential Buildings Also Hit

The attack was not limited to industrial infrastructure.

Russian regional authorities reported damage to residential buildings in the wider Moscow region. In one incident, around 400 people, including 70 children, were evacuated from a 21-story apartment building in the Ramenskoye district.

AP reported that two people were killed and 20 injured across the wider Moscow region in the initial account of the attack. Reuters later reported that a third person died from injuries, bringing the reported death toll to three.

The reports illustrate the human consequences of the increasingly frequent long-range attacks carried out by both sides.

Attack Came During Russia's Election

The timing of the Ukraine drone strike on Moscow was particularly significant because Russia was holding the final day of its parliamentary election.

Sobyanin said the attack was deliberately planned to disrupt the vote, a claim that has not been independently established. Russian officials accused Ukraine of attempting to interfere with the electoral process, while Ukraine has described its military operations as targeting infrastructure connected to Russia's war effort.

Russia's Defense Ministry said it would intensify strikes against Ukrainian military targets in response.

The attack therefore unfolded against both a military and political backdrop, with Moscow attempting to complete the parliamentary election while dealing with a major aerial assault.

Ukraine Says Infrastructure Was the Target

Ukrainian President Volodymyr Zelenskyy said Ukraine had used a combination of domestically produced drones and missiles against oil and logistics facilities.

According to AP, Zelenskyy said the strikes were intended to place pressure on infrastructure that supports Russia's military capabilities. He also referred to the economic costs associated with maintaining Russia's war effort.

Ukraine has increasingly relied on long-range drones to strike targets deep inside Russian territory. These operations have included attacks against refineries, fuel depots, military facilities and other infrastructure.

Kyiv has argued that such strikes are part of its effort to reduce Russia's ability to sustain military operations.

Russia Vows a Response

Russian officials responded by promising additional strikes against Ukraine.

The Russian Defense Ministry said it would intensify attacks on Ukrainian military targets following the drone barrage. Russian authorities have repeatedly framed Ukrainian strikes deep inside Russia as attacks requiring retaliation.

The latest exchange highlights the continuing cycle of long-range attacks between the two countries.

While much of the ground fighting remains concentrated along the front in eastern and southern Ukraine, drones have allowed both sides to strike targets hundreds of kilometers away from active battlefields.

Ukraine's Expanding Drone Capabilities

Ukraine has invested heavily in domestic drone production throughout the war.

The country's long-range drones have increasingly been used to reach targets inside Russia, including facilities associated with energy production and logistics. AP described Ukraine as having become a major force in military drone technology since Russia's full-scale invasion.

The development has changed the nature of the conflict. Targets that were once largely outside the immediate reach of Ukrainian forces can now face attacks from relatively inexpensive unmanned systems.

Russia has responded by expanding air-defense operations and attempting to intercept incoming drones before they reach major cities and infrastructure.

The Broader Impact on Moscow

Large-scale drone attacks have become an increasingly visible part of life in Moscow and surrounding areas.

The capital remains far from the main ground front, but repeated aerial attacks demonstrate that the war can still affect Russia's political and economic center.

The latest strike also caused disruptions around transport and security operations as authorities attempted to protect the city from additional incoming drones.

For residents, the attacks have brought a conflict that once seemed geographically distant closer to everyday life.

The Attack and the Wider War

The latest Moscow drone attack is part of a broader escalation in long-range strikes between Russia and Ukraine.

Both countries have increasingly targeted energy infrastructure, logistics facilities and other strategic sites. Ukraine has attacked Russian refineries and fuel infrastructure, while Russia has continued launching drones and missiles against Ukrainian cities and energy systems.

The exchange has created pressure on both countries' infrastructure while increasing risks for civilians.

AP also reported that Russian strikes in Ukraine around the same period killed civilians, including children, underscoring the continuing human cost of the wider conflict.

What Happens Next

The immediate question is how Russia will respond to the scale of the attack.

Russian officials have already indicated that further strikes against Ukrainian military targets are likely. At the same time, Ukraine has shown that it can continue launching long-range attacks against important Russian infrastructure.

The pattern suggests that drone warfare will remain an important component of the conflict, particularly as both sides seek ways to damage strategic targets without relying exclusively on conventional aircraft or ground operations.

Final Thoughts

The Moscow drone attack represents one of the largest reported Ukrainian drone operations against the Russian capital since the full-scale war began. Russian authorities said hundreds of drones were directed toward Moscow, while more than 1,000 were reportedly intercepted across Russia and surrounding areas.

The attack damaged part of the Moscow Oil Refinery and residential property, while Russian authorities reported multiple deaths and injuries in the wider Moscow region. The timing was also significant because the assault occurred on the final day of Russia's parliamentary election.

Ukraine has framed its long-range strikes around military and economic infrastructure, while Russia has promised retaliation. The latest exchange shows how drone warfare continues to expand the geographic reach of the Russia-Ukraine conflict, bringing strategic infrastructure and major population centers increasingly into the range of attack.

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wyattstone — Sat, 19 Sep 2026 06:45:46 +0000

wyattstone

Sep 19

Nvidia Expects Chip Sales to Double in 2027

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6 min read

Nvidia Expects Chip Sales to Double in 2027

wyattstone — Sat, 19 Sep 2026 06:45:35 +0000

Nvidia Expects Chip Sales to Double in 2027

Nvidia CEO Jensen Huang has given one of his strongest signals yet that demand for artificial intelligence hardware remains high, saying the company expects to sell twice as many chips next year as it does this year. His comments come as businesses and governments continue expanding AI infrastructure and investing heavily in computing capacity.

The forecast adds to Nvidia's already aggressive growth outlook. While the company does not disclose a single total figure for all chip shipments, Huang's statement points to continued expansion across Nvidia's broad hardware portfolio. For investors and the semiconductor industry, the comments offer another indication of how quickly AI infrastructure spending could continue to grow.

Jensen Huang's Chip Sales Forecast

Huang made the comments to reporters in Scotland ahead of an AI summit convened by King Charles III. He said he expects Nvidia to sell twice as many chips in the coming year, attributing the expected increase to growing AI investment across industries and economies around the world.

The statement is significant because Nvidia already operates at enormous scale. The company has become a central supplier of GPUs and other computing components used to train and operate modern AI systems.

For those following Nvidia chip sales 2027, the most important detail is that Huang was referring to unit volume rather than saying Nvidia's revenue will necessarily double. The company sells a wide range of products with very different prices, meaning a doubling in chip volume does not automatically translate into a doubling of revenue.

AI Investment Is Driving Demand

Huang linked the expected increase directly to the continued expansion of artificial intelligence.

According to his comments, AI is increasingly contributing to different industries and economies, encouraging companies and governments to invest in computing infrastructure. Nvidia has benefited from this trend because advanced AI models require substantial quantities of GPUs and related networking technology.

The expansion is no longer limited to a small group of technology companies. AI is being adopted across sectors such as finance, healthcare, manufacturing, transportation, scientific research, and enterprise software.

As more organizations move from AI experimentation toward large-scale deployment, demand for computing resources can increase significantly. This creates opportunities not only for Nvidia but also for semiconductor manufacturers, memory suppliers, data center operators, and networking companies.

Nvidia's Forecast Does Not Mean Revenue Will Double

One important distinction is the difference between chip shipments and revenue.

Nvidia's product portfolio includes data-center GPUs, CPUs, networking components, optical communication products, notebook chips, and Jetson modules for robotics and vehicles. Because these products have different prices and applications, selling twice as many total chips would not necessarily produce twice the amount of revenue.

Nvidia's existing financial outlook also points to very strong but different growth expectations. The company has projected approximately 70% revenue growth for its next fiscal year, with market estimates putting potential revenue at around $673 billion for the fiscal year ending in January 2028.

That difference illustrates why shipment volume should not be treated as a direct forecast for financial results.

Blackwell and New AI Hardware

Nvidia's growth is closely tied to the rollout of increasingly powerful AI computing systems.

The company has been expanding production of its Blackwell platform while preparing newer generations of hardware. Huang previously said Nvidia had shipped millions of Blackwell GPUs over a four-quarter period, highlighting the scale of the company's current operations.

Nvidia's newer systems combine GPUs with CPUs and high-speed networking components to create complete AI computing platforms. This approach means the company's business is increasingly centered on entire AI infrastructure systems rather than individual graphics processors.

The continued development of these platforms will be important if Nvidia is to meet the level of demand Huang described.

Memory Suppliers Could Also Benefit

Nvidia's expected growth has implications beyond the company itself.

Advanced AI accelerators require high-bandwidth memory, or HBM, which allows processors to access large amounts of data at very high speeds. Samsung Electronics and SK hynix are among the major companies supplying this type of memory.

Reports following Huang's comments noted that investors are watching whether stronger Nvidia chip demand will accelerate the transition toward newer HBM generations.

The relationship between AI processors and memory is becoming increasingly important. If Nvidia increases production substantially, suppliers throughout the semiconductor ecosystem may need to expand their own capacity to keep pace.

However, expanding HBM production can also create pressure on conventional memory supply because manufacturers have limited production capacity and must decide how much to allocate to different products.

Supply Could Become a Major Challenge

Strong demand is positive for Nvidia, but it also creates a significant operational challenge: producing enough hardware.

AI chips require complex manufacturing processes and depend on a large network of suppliers. Advanced GPUs also require high-performance memory, packaging, networking components, and sophisticated data-center systems.

Huang's comments therefore raise an important question about whether Nvidia and its suppliers can expand production quickly enough to meet demand.

Nvidia has previously indicated that customer demand could support even stronger revenue growth if sufficient supply were available. The company's current outlook already reflects a balance between substantial demand and supply limitations.

AI Infrastructure Spending Continues to Expand

The forecast also reflects a broader shift in the technology industry.

Companies are increasingly building dedicated AI data centers and upgrading existing infrastructure to support large language models, generative AI applications, recommendation systems, autonomous technologies, and other workloads.

Cloud providers are purchasing large numbers of GPUs, while major AI developers are securing long-term computing capacity. Governments and enterprises are also investing in domestic AI infrastructure as they seek greater access to advanced computing resources.

This broader expansion explains why Huang remains confident about AI chip demand even as investors debate whether the current AI investment cycle can continue at its current pace.

Competition Is Growing

Nvidia's position in AI computing remains strong, but the competitive landscape is becoming more complicated.

Large cloud companies including Microsoft, Google, and Amazon are developing their own AI accelerators. AI companies are also exploring custom silicon and alternative computing architectures. Meanwhile, specialized semiconductor companies are attempting to compete in areas where Nvidia has traditionally held significant market share.

Nvidia therefore needs to maintain a rapid development cycle while convincing customers that its platforms offer enough performance and software support to justify their cost.

Its CUDA software ecosystem remains an important part of that strategy, helping developers build and optimize AI applications around Nvidia hardware.

Huang Also Discusses AI Safety

Huang's comments about chip demand came during a broader discussion about the future of artificial intelligence and concerns surrounding AI safety.

While maintaining his optimistic view of AI's economic potential, Huang also said AI companies have a responsibility to test their systems properly before releasing them. He argued that companies should move quickly but should not release technology before it is ready.

The comments highlight the tension facing the AI industry: companies are racing to develop more capable systems while simultaneously facing increasing pressure to manage potential risks.

For Nvidia, the growth of AI safety discussions does not remove the need for computing infrastructure. Instead, increasingly sophisticated AI systems may require more computing resources for both development and testing.

What the Forecast Means for Nvidia

Huang's prediction does not guarantee that Nvidia will actually double its chip shipments. It is an executive forecast based on his assessment of global AI demand, while actual production and sales will depend on supply, customer spending, competition, and broader economic conditions.

Still, the statement provides a clear indication of Huang's expectations for the market.

Nvidia has already grown into one of the world's most important semiconductor companies because of the AI boom. If demand continues expanding across industries, the company could remain at the center of the infrastructure buildout.

At the same time, investors will need to distinguish between shipment growth, revenue growth, profitability, and the costs required to maintain Nvidia's technological lead.

Conclusion

Jensen Huang's expectation that Nvidia will sell twice as many chips next year underscores the continuing scale of global AI investment. The forecast refers to chip volume rather than revenue, making it different from Nvidia's separate projection for roughly 70% revenue growth in its next fiscal year.

The outlook reflects strong demand for AI computing across industries and countries, while also highlighting the importance of supply chains, advanced memory, data centers, and semiconductor manufacturing capacity.

Whether Nvidia can achieve the projected increase will depend on how quickly the company and its suppliers can expand production and how long the current wave of AI infrastructure investment continues. For now, Huang's comments indicate that Nvidia expects AI computing demand to remain a major driver of the semiconductor industry into 2027.

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wyattstone — Fri, 18 Sep 2026 08:09:57 +0000

wyattstone

Sep 18

Must-See Gadgets: Next-Level Performance & Smart Design

#naga5000 #slotnaga5000 #smarttechnology #gadgets

6 min read

Must-See Gadgets: Next-Level Performance & Smart Design

wyattstone — Fri, 18 Sep 2026 08:09:52 +0000

Must-See Gadgets: Next-Level Performance & Smart Design

The newest generation of gadgets is moving toward a balance between performance, intelligent features, and practical design. From must-see gadgets 2026 to smart technology devices, manufacturers are developing products that can handle demanding tasks while becoming thinner, more connected, and easier to use. Smartphones, laptops, cameras, audio devices, wearables, and smart-home products are all contributing to this rapidly changing technology landscape.

Performance Is Becoming More Intelligent

Raw performance remains important, but modern gadgets are increasingly designed to use their hardware more efficiently. New processors can combine traditional computing cores with specialized hardware for graphics, machine learning, and other demanding workloads.

Artificial intelligence is one of the biggest reasons for this change. Instead of relying exclusively on general-purpose processing, newer devices can use dedicated AI hardware to handle compatible workloads more efficiently.

For users, this can translate into faster image processing, improved voice recognition, smarter photography, real-time effects, and more responsive productivity features.

The practical benefit depends on software support, however. Powerful hardware becomes much more useful when applications are optimized to take advantage of it.

Smartphones Are Becoming More Flexible

Smartphones remain one of the most competitive gadget categories. Manufacturers continue to improve cameras, displays, processors, battery efficiency, and industrial design while experimenting with new form factors.

Foldable phones are among the most visible examples. A foldable device can provide a conventional smartphone experience while offering a larger screen when opened.

This design can be useful for multitasking, reading documents, watching videos, editing photos, and browsing websites. The larger display gives users more space without requiring them to carry a traditional tablet.

At the same time, manufacturers continue to make conventional smartphones thinner and lighter. This creates two different approaches to premium mobile design: maximizing flexibility through folding or maximizing portability through a traditional slim body.

Cameras Are More Capable Than Ever

Smartphone cameras have become powerful enough to replace dedicated cameras for many everyday situations.

Computational photography plays a major role in this development. Modern phones can combine multiple exposures, analyze scenes, improve low-light images, and apply sophisticated processing within seconds.

Video capabilities are also expanding. Stabilization, high-resolution recording, advanced microphones, and automatic editing features make smartphones increasingly useful for creators.

Dedicated cameras remain important for professional photography and specialized workflows, but smartphones continue to win on convenience. The ability to capture, edit, and publish content from one device makes them particularly useful for social media creators.

Laptops Are Entering a New Era

Laptops are also changing as manufacturers attempt to combine high performance with portability.

Modern notebooks can include powerful CPUs, dedicated GPUs, fast SSD storage, high-resolution displays, and specialized AI processors. This combination allows compact machines to handle tasks that previously required much larger desktop systems.

For creative professionals, this development is especially significant. Video editors can work with high-resolution footage, designers can use demanding creative software, and 3D artists can benefit from stronger GPU performance.

Gaming laptops are also benefiting from these improvements. Better processors and graphics systems can deliver strong gaming performance while supporting applications such as rendering, simulation, and content creation.

Smart Design Means More Than Appearance

A well-designed gadget is not necessarily the thinnest or most visually striking product.

Smart design also involves ergonomics, cooling, battery management, accessibility, durability, and ease of use.

For example, reducing laptop thickness can make a computer easier to carry, but manufacturers must still provide sufficient cooling for its processor. Similarly, adding more camera hardware to a smartphone can improve photography while increasing weight and thickness.

The best hardware designs therefore involve balancing different priorities rather than maximizing one specification.

Displays Are Getting Better

Displays remain one of the most noticeable areas of improvement across modern devices.

OLED technology can deliver strong contrast and deep blacks, while high-refresh-rate displays can provide smoother motion. Higher brightness can improve visibility in bright environments, and accurate color reproduction is particularly useful for photography and video editing.

Different users need different display characteristics.

A gamer may prioritize refresh rate and response time, while a photographer may care more about color accuracy. Someone using a laptop primarily for office work may place greater importance on text clarity, brightness, and comfortable viewing.

This makes display selection a personal decision rather than a simple specification contest.

Portable Power and Charging

Battery technology remains a central part of gadget design.

As devices become more powerful, manufacturers need to find ways to deliver longer endurance without significantly increasing size or weight. Improvements in processor efficiency and charging technology can help address this challenge.

Fast charging has also become increasingly common. It allows users to recover useful battery capacity during relatively short charging periods.

Charging accessories are evolving as well. Multi-device chargers, magnetic charging systems, compact power banks, and intelligent charging stations can simplify the process of keeping phones, laptops, earbuds, and wearables powered throughout the day.

Audio Gadgets Are Getting Smarter

Wireless earbuds and headphones are no longer limited to basic music playback.

Active noise cancellation, transparency modes, adaptive audio, better microphones, multipoint connections, and improved voice processing have become increasingly common across premium audio products.

For people working remotely, microphone quality can be just as important as sound quality. Better voice processing can make calls clearer in noisy environments.

The same technology can also benefit content creators who need compact equipment for recording interviews, travel videos, or short-form content.

Wearables Continue to Expand

Smartwatches and other wearable devices are becoming increasingly integrated into everyday routines.

Beyond displaying notifications, modern wearables can support communication, navigation, fitness tracking, media control, and various convenience functions.

Their biggest advantage is accessibility. Information can be viewed quickly without requiring users to reach for a smartphone.

The category is also expanding beyond watches. Smart rings, glasses, fitness trackers, and other wearable devices are exploring new ways to provide information without requiring a conventional screen.

Smart-Home Devices Are More Connected

Smart-home technology is another major part of the gadget ecosystem.

Lights, cameras, speakers, thermostats, appliances, sensors, and security systems can increasingly communicate with one another through connected platforms.

The goal is not simply to add internet connectivity to household products. A useful smart-home system should reduce repetitive tasks and provide convenient control.

Voice commands, automated routines, remote monitoring, and device-to-device interaction can make everyday household management more efficient.

However, compatibility remains important. Consumers should check whether new products support the platforms and communication standards already used in their homes.

Storage Is Getting Smaller and Faster

Portable storage continues to evolve alongside cameras, laptops, and smartphones.

High-resolution video and photography create large files, increasing demand for fast external storage. Modern portable SSDs can provide substantial capacity in compact formats, making them useful for creators who regularly move large projects between devices.

Fast storage can also improve workflows by reducing the time required to transfer footage, back up projects, or access large files.

For professionals, a reliable backup strategy remains important regardless of storage speed or capacity.

Connectivity Connects the Ecosystem

Modern gadgets increasingly work as parts of larger ecosystems.

A smartphone can connect to wireless earbuds, a smartwatch, a laptop, a camera, a portable SSD, and a smart display. A laptop can communicate with external monitors, storage devices, phones, and other accessories.

This connectivity can improve productivity by reducing the friction involved in moving between devices.

USB-C, Wi-Fi, Bluetooth, wireless displays, cloud services, and device synchronization are all contributing to this more connected environment.

What to Consider Before Upgrading

The excitement surrounding new technology can make it easy to upgrade unnecessarily. A more practical approach is to identify the limitations of your current device first.

Consider these questions:

Is performance actually limiting your work or entertainment?
Do you need better battery life?
Would a better display improve your daily workflow?
Are newer AI features genuinely useful for your tasks?
Will the device work with your existing accessories?
How long will software updates and security support continue?
Can the device be repaired or upgraded if necessary?
Does the price make sense for the features you will actually use?

These questions can help distinguish meaningful upgrades from minor specification changes.

The Future of Everyday Gadgets

The technology industry is moving toward devices that combine several capabilities into smaller and more efficient packages.

Phones are becoming more capable cameras and productivity tools. Laptops are becoming powerful mobile workstations with dedicated AI capabilities. Earbuds are becoming communication devices, while wearables and smart-home products are becoming increasingly connected.

This convergence creates a technology ecosystem in which individual products can work together rather than operating independently.

The result is a market where design and performance are increasingly connected. A device must not only be powerful but also efficient, portable, compatible, and easy to integrate into everyday routines.

Final Thoughts

The most interesting gadgets of 2026 are not defined by performance alone. Their appeal comes from the combination of powerful hardware, intelligent software, thoughtful design, portability, and connectivity.

From advanced smartphones and high-performance laptops to smart audio, wearables, portable storage, and connected-home products, the latest technology is becoming more versatile.

For consumers, the most useful upgrade is not necessarily the newest gadget available. It is the device that solves a real problem, improves an existing workflow, and provides features that remain useful long after the initial excitement of a new product launch has passed.

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wyattstone — Thu, 17 Sep 2026 08:56:44 +0000

wyattstone

Sep 17

Is the Samsung Galaxy S24 Still Worth Buying in 2026?

#naga5000 #slotnaga5000 #samsunggalaxy #samsunggalaxys24

6 min read

Is the Samsung Galaxy S24 Still Worth Buying in 2026?

wyattstone — Thu, 17 Sep 2026 08:56:36 +0000

The Samsung Galaxy S24 launched in early 2024 as a compact flagship, but more than two years later, the phone faces a very different market. Newer Galaxy models have arrived, while Android manufacturers continue to push better batteries, faster processors and longer-lasting hardware. Still, the S24 remains an interesting option because of its compact design, flagship-level features and unusually long software-support commitment. Samsung Galaxy S24 2026 remains relevant, but whether it makes sense to buy one now depends heavily on the price. Galaxy S24 worth buying is therefore less about whether the phone is still capable and more about whether the deal is good enough.

The Galaxy S24 Is Still a Capable Phone

There is little doubt that the Galaxy S24 remains powerful enough for everyday use.

Its compact 6.2-inch Dynamic AMOLED 2X display offers a 1–120Hz adaptive refresh rate, while the phone combines a flagship processor with 8GB of RAM. Depending on the market, the S24 uses either Qualcomm's Snapdragon 8 Gen 3 or Samsung's Exynos 2400.

In practical use, that means the phone can still handle common tasks comfortably, including social media, photography, video streaming, productivity apps and demanding games.

The S24 also has a premium design that has aged relatively well. Its smaller body and 168-gram weight make it considerably easier to handle than many modern phones that have moved toward larger screens and heavier batteries.

That compact size remains one of the S24's biggest selling points.

Seven Years of Software Support Changes the Equation

One of the strongest reasons to consider a Galaxy S24 in 2026 is Samsung's software-support policy.

Samsung promised up to seven years of operating-system and security updates for the S24 series. Since the phone launched with Android 14, the commitment potentially takes support into 2031.

That is important for buyers considering an older flagship.

Normally, buying a two-year-old Android phone can mean accepting a much shorter remaining software lifespan. The Galaxy S24 is different because Samsung significantly extended its support period starting with this generation.

As a result, an S24 purchased in 2026 can still have several years of official software support ahead of it.

Of course, software support does not automatically mean the phone will feel identical to a brand-new Galaxy model. Newer hardware will continue receiving features designed specifically around newer processors and components.

The Camera System Still Has Plenty to Offer

The Galaxy S24 also remains competitive as a camera phone.

Its rear setup includes a 50MP main camera, a 12MP ultrawide camera and a 10MP telephoto camera with 3x optical zoom. That gives it more flexibility than many newer mid-range smartphones that may have high-resolution main cameras but lack a dedicated telephoto lens.

Samsung's image processing remains one of the phone's strengths. Photos generally have the bright, processed look associated with Galaxy devices, while the dedicated telephoto camera provides useful flexibility for portraits and distant subjects.

However, newer flagships have continued to improve computational photography, low-light performance and video processing.

If camera performance is the main reason for buying a phone in 2026, the S24 should therefore be compared directly with newer alternatives rather than judged only against phones from 2024.

Battery Life Is the Main Weakness

The biggest concern with the regular Galaxy S24 is its battery.

The phone has a 4,000mAh battery, which is relatively modest compared with many current Android phones. Larger devices and newer mid-range models can offer substantially bigger batteries.

For light and moderate users, the S24 can still provide a full day depending on usage. Heavy gaming, extensive camera use, navigation or high mobile-data usage can put more pressure on the battery.

This becomes especially important when buying a used S24.

A phone that has been heavily used for two years may have noticeably less battery capacity than a new unit. Buyers should therefore pay close attention to battery condition when considering second-hand devices.

Storage Matters More Than You Might Expect

The base S24 configuration is another area buyers should consider carefully.

Some 128GB versions use UFS 3.1 storage, while the 256GB model uses faster UFS 4.0 storage. Community discussions also frequently point out the distinction between the two storage configurations.

For most people, 128GB can still be enough if photos and videos are regularly backed up to cloud storage.

However, creators, gamers and people who keep large amounts of media on their phones should strongly consider 256GB.

The additional capacity can also make the phone more comfortable to keep for several years.

What About the Price in 2026?

This is where the decision becomes much more interesting.

Current Indonesian listings vary considerably. Search results show new or officially warranted Galaxy S24 256GB units listed around the Rp9.5 million–Rp12.5 million range, while some used 256GB listings appear below Rp8 million. Samsung Galaxy S24 5G 256GB Garansi Resmi SEIN

These prices can change quickly, especially across marketplaces and depending on warranty status, storage capacity and seller reputation.

The used market can make the S24 much more attractive. A clean 256GB unit with good battery health and complete accessories can offer flagship hardware at a considerably lower price than a current flagship.

At around Rp10 million or more, however, the calculation becomes harder because newer phones may provide better battery life and longer remaining hardware relevance.

The S24 vs Newer Mid-Range Phones

One of the biggest challenges facing the Galaxy S24 in 2026 is not necessarily newer flagship phones.

It is newer mid-range phones.

Modern mid-range devices have become surprisingly capable. Some offer larger batteries, newer processors, higher charging speeds and longer support periods at prices that can overlap with discounted older flagships.

Recent analysis of the S24 market has similarly noted that refurbished S24 models can become difficult to justify when their prices approach newer mid-range phones.

The S24 still has advantages, particularly its compact flagship design, telephoto camera, premium materials and Samsung's broader flagship feature set.

But buyers should compare specifications rather than assuming that an older flagship automatically beats a newer mid-range phone.

Who Should Still Buy the Galaxy S24?

The S24 makes the most sense for a few specific types of buyers.

Buyers Who Want a Compact Phone

The regular S24 is relatively small by modern flagship standards. If you dislike huge phones, this alone can make the device attractive.

Buyers Who Want Samsung's Flagship Features

The S24 provides features that are not always available on cheaper Galaxy models, including a versatile camera system, premium display and flagship processor.

Buyers Finding a Good Used Deal

A properly priced second-hand S24 can be significantly more interesting than a new unit at a high price.

The key is checking battery health, display condition, cameras, charging port, IMEI status, warranty and whether the phone has been repaired.

Who Should Skip It?

The S24 becomes less attractive if battery life is your highest priority.

Users who spend many hours gaming, recording video or using mobile data may prefer a newer phone with a larger battery.

It is also harder to justify when the S24 costs close to a current-generation Galaxy model or another new flagship.

In those situations, paying more for newer hardware can provide better long-term value.

Buying a Used Galaxy S24: What to Check

If you decide to buy a second-hand unit, do not focus only on the asking price.

Check these points before paying:

Battery condition — heavy battery degradation can turn a cheap phone into an expensive replacement project.
Display — check for burn-in, dead pixels, scratches and unusual color changes.
Cameras — test every lens, autofocus and video recording.
USB-C port — make sure charging and data transfer work properly.
IMEI and network status — verify that the phone is legitimate and usable with local networks.
Samsung account — make sure the previous owner's account has been removed.
Repair history — ask whether the display, battery or motherboard has been replaced.
Storage capacity — confirm whether the phone is 128GB or 256GB before purchasing.

A slightly more expensive unit with a clean history can be preferable to a suspiciously cheap phone.

Final Thoughts

The Samsung Galaxy S24 is not obsolete in 2026. Its flagship processor, excellent display, versatile cameras, compact design and seven-year software-support commitment mean it still has plenty of life left.

The real question is price.

A reasonably priced Galaxy S24, particularly a clean 256GB used unit, can still make sense for someone who wants a compact Samsung flagship without paying current flagship prices. But if the price approaches newer Galaxy models or capable new mid-range phones, the S24 becomes harder to justify.

In short, the Galaxy S24 can still be a good buy in 2026 — but only when the price reflects its age and the condition of the specific unit.

[Boost]

wyattstone — Wed, 16 Sep 2026 08:59:01 +0000

wyattstone

Sep 16

Trillions Wiped Out: What’s Happening to Bitcoin?

#bitcoin #naga5000 #slotnaga5000 #daftarnaga5000

5 min read

Trillions Wiped Out: What’s Happening to Bitcoin?

wyattstone — Wed, 16 Sep 2026 08:58:55 +0000

Bitcoin is facing another period of heavy selling pressure in 2026, with the wider cryptocurrency market losing trillions of dollars in value from its previous peak. The latest decline has pushed Bitcoin back toward the mid-$70,000 range and raised fresh questions about whether the market is entering another prolonged downturn.

The recent weakness is not being driven by a single factor. Investors are reacting to regulatory uncertainty, expectations for tighter monetary policy, declining risk appetite and large amounts of leveraged trading across digital assets.

Bitcoin Falls Toward $76,000

Bitcoin dropped sharply on September 15 after the U.S. Senate failed to advance the CLARITY Act, a major cryptocurrency market-structure bill. Bitcoin fell nearly 4% to around $76,092, while Ethereum and XRP experienced even larger declines.

The move continued a broader period of weakness for digital assets. MarketWatch reported that Bitcoin traded as low as $75,560 during the session, approaching its lowest closing level since August 20.

Why the Crypto Market Is Losing Value

The cryptocurrency market has experienced several major waves of selling during 2026. Reuters previously reported that the global crypto market had lost roughly $2 trillion from its peak, highlighting how quickly valuations can change when investors move away from riskier assets.

Bitcoin's decline has also affected thousands of other digital assets. Because Bitcoin remains the largest cryptocurrency by market capitalization, sharp movements in BTC often trigger broader selling across the market.

Regulation Becomes a Major Catalyst

The latest sell-off was closely linked to the U.S. Senate's failure to move forward with the CLARITY Act.

The procedural vote ended 49-50, falling short of the 60 votes needed to advance the legislation. The bill was designed to establish a clearer regulatory framework for digital assets, making the vote an important event for cryptocurrency investors.

The result increased uncertainty over when the United States might establish broader rules for the cryptocurrency industry.

Investors Are Also Watching the Federal Reserve

Regulation is only part of the story. Monetary policy remains another important factor for Bitcoin and other risk assets.

Reuters reported on September 16 that markets were focused on the Federal Reserve's policy decision, with investors expecting a potential 25-basis-point rate increase. U.S. Treasury yields had also moved sharply higher, adding pressure to assets considered more sensitive to financial conditions.

Higher interest rates can make cash and fixed-income assets relatively more attractive while reducing the appeal of speculative investments. Bitcoin can therefore react strongly when expectations for interest rates change.

The Market Is Still Dealing With Leverage

Another important element is leverage.

Crypto traders frequently use borrowed funds to increase the size of their positions. When Bitcoin falls quickly, leveraged long positions can be automatically liquidated, adding additional selling pressure to an already declining market.

Recent market coverage has pointed to large-scale liquidations as one reason Bitcoin's declines can accelerate so quickly. The combination of falling prices and forced selling can create a feedback loop in which traders exit positions at increasingly lower prices.

Bitcoin's Decline Has Been Larger Than a Normal Correction

The current weakness looks more significant when measured against Bitcoin's previous record.

Bitcoin reached a record of roughly $126,000 before entering its extended decline. By June 2026, reports showed the cryptocurrency trading near $60,000 at one point, representing a substantial reduction from its peak and eliminating more than $1 trillion in Bitcoin market value.

Although Bitcoin later recovered from those lows, the market has remained volatile rather than returning immediately to its previous highs.

Investors Are Becoming More Selective

The cryptocurrency market is also competing with other areas of the financial markets for investor capital.

During periods of uncertainty, investors can rotate between technology stocks, commodities, bonds and cryptocurrencies depending on expectations for economic growth, interest rates and corporate earnings. That means Bitcoin does not operate in isolation from the wider financial system.

The recent market environment has included elevated Treasury yields, concerns about inflation and uncertainty surrounding monetary policy, all of which can influence demand for speculative assets.

What Happened to the Bull Market?

The sharp decline has naturally raised questions about whether the cryptocurrency bull market has ended.

There is no single indicator that can definitively answer that question in real time. Bitcoin can experience large corrections even during longer-term uptrends, while deeper market declines can also develop into extended bear markets.

The current data shows substantial volatility and a significant decline from previous highs, but it does not by itself establish how the next major market cycle will develop.

Institutional Interest Remains Important

Despite the sell-off, institutional participation remains an important part of the Bitcoin market.

Spot Bitcoin exchange-traded funds have helped connect traditional financial markets with cryptocurrency, giving investors another way to gain exposure to BTC. Recent market weakness has included periods of ETF outflows, which can add pressure when demand through these investment products declines.

The balance between institutional buying and selling will therefore remain an important factor for Bitcoin's price.

Why Trillions Can Disappear So Quickly

The phrase “trillions wiped out” refers primarily to the decline in total market capitalization rather than money literally leaving the cryptocurrency ecosystem in an amount equal to the headline figure.

Market capitalization is calculated by multiplying an asset's price by its circulating supply. When prices fall across thousands of cryptocurrencies simultaneously, the combined market capitalization can decrease by trillions of dollars.

That does not mean investors collectively withdrew exactly that amount of cash. Instead, it reflects the lower market value assigned to those assets at current prices.

What Happens Next?

Bitcoin's next moves will likely remain sensitive to several factors, including Federal Reserve policy, U.S. cryptocurrency legislation, ETF flows, broader market risk appetite and leverage levels.

The failure to advance the CLARITY Act has introduced another source of uncertainty for crypto investors, while monetary-policy decisions could influence the broader appetite for risk assets.

For now, Bitcoin remains in a highly volatile environment rather than following a clearly established new trend.

Overall

Bitcoin's latest decline is the result of several pressures arriving at the same time. Regulatory uncertainty intensified after the CLARITY Act failed to advance, while higher yields and expectations around Federal Reserve policy added pressure to risk assets. Heavy leverage has also made price movements more severe.

The broader cryptocurrency market has lost trillions in market value from previous peaks, but the headline figure needs to be understood as a change in market capitalization rather than an equivalent amount of cash disappearing.

For Bitcoin, the key question is no longer simply how far the price has fallen. Investors are now watching whether regulatory uncertainty, monetary policy and market sentiment stabilize enough to create a sustained recovery or whether further volatility continues.

PC Games That Do Not Require High Specifications

wyattstone — Tue, 15 Sep 2026 09:32:44 +0000

Accessible Gaming on Ordinary Computers

Low-spec PC games are a practical choice for players who want to enjoy gaming without owning an expensive computer. Many players use office PCs, older desktops, or entry-level laptops that may not have powerful graphics hardware. Fortunately, there are plenty of games designed with modest hardware requirements that can still provide engaging and enjoyable experiences.

Games for Regular Computers

A computer does not always need high-end components to run an enjoyable game. Many titles use efficient engines, simple visual styles, or carefully optimized environments that allow them to operate on ordinary hardware. These games can be suitable for players who want entertainment without upgrading their entire computer system.

Lightweight and Smooth Gameplay

Lightweight PC games can place less demand on the processor, graphics hardware, and memory. This can help provide more consistent performance on computers with limited resources. Players can also adjust resolution, texture quality, shadows, and other graphical options when a game provides customizable settings.

Different Genres for Low-Spec PCs

Low-spec gaming is not limited to one particular genre. Players can find strategy games, puzzle adventures, platformers, simulation titles, role-playing games, racing experiences, and competitive games that work well on modest systems. Choosing a genre based on personal interests can make the experience more enjoyable regardless of hardware limitations.

Checking System Requirements

Before installing a game, players should always review its minimum and recommended system requirements. Important specifications can include the processor, RAM, graphics processor, operating system, and available storage. A title with modest requirements may still perform differently depending on the overall condition and configuration of the computer.

Optimizing an Ordinary PC

Small adjustments can sometimes improve gaming performance. Closing unnecessary background applications, keeping graphics drivers updated, maintaining sufficient storage space, and selecting appropriate graphics settings can help reduce the workload on the system. Lowering demanding visual effects may also improve frame stability on older hardware.

Storage and Performance Considerations

Storage space is another factor worth considering. Smaller games can be more convenient for computers with limited disk capacity, while large modern releases may require significantly more space. Keeping enough free storage can also help maintain general system performance and provide room for updates.

Finding Games That Match Your Hardware

The best low-spec game depends on both personal preference and computer capability. Players should consider whether they prefer single-player campaigns, casual gameplay, strategy, simulation, or multiplayer experiences. Checking recent community feedback can also provide useful information about optimization and real-world performance.

Overall

Overall, low-spec PC games make computer gaming more accessible for players using ordinary or older hardware. By choosing well-optimized titles, checking system requirements, managing graphics settings, and maintaining the computer properly, players can enjoy lightweight and smooth gaming without needing a high-end PC.