Honor is committing $10 billion over the next five years to drive the AI transformation of its devices, intending to transition from a smartphone manufacturer to an AI-focused technology company.

CEO James Li Jian introduced the company’s “Alpha” initiative in Barcelona ahead of MWC 2025, describing a strategy for integrating AI across smartphones, tablets, wearables, and PCs. He emphasised the importance of industry collaboration, urging partners to share AI capabilities and support a more open AI ecosystem.

“This includes the industry becoming truly open, enabling seamless collaboration across different operating systems,” Li said, underscoring Honor’s goal of building an AI-powered multi-device experience.

Honor expands software support for Magic series

As part of its broader strategy, Honor is extending software support for its Magic series devices, providing seven years of major Android updates and security patches. The announcement follows Qualcomm’s decision to offer eight years of software support for its latest Snapdragon 8 and 7 series chipsets.

The extended update policy places Honor among the few global brands offering long-term software support, ensuring that Magic series users receive at least six major Android updates. The company states that this initiative aligns with its sustainability efforts, aiming to reduce e-waste by encouraging consumers to keep their devices for longer.

Honor says the move aligns with the EU’s Circular Economy and Ecodesign Regulation, which promotes longer product life cycles and environmental sustainability.

Honor’s AI push and market challenges

Honor has been working to integrate AI across its devices, recently incorporating DeepSeek’s R1 model into its Yoyo virtual assistant and search engine for smartphones and laptops.

The company has also formed alliances with big Chinese tech companies, such as Alibaba, Tencent, and ByteDance, to improve AI capabilities in its devices. Internationally, Honor collaborates with Google to integrate Gemini AI models into its devices.

Once a Huawei subsidiary, Honor was sold in 2020 to a consortium of buyers following US sanctions that limited Huawei’s access to key components. Honor continues to operate independently since then, but the Chinese smartphone market is becoming increasingly competitive.

According to IDC, Honor smartphone shipments in China declined 14.9% year on year in Q4 2023. The company’s market share dropped from 16.8% to 13.7%, leaving it fifth behind Apple, Vivo, Huawei, and Xiaomi.

Global expansion and growing market presence

While facing challenges in China, Honor has expanded in other markets. Shipments in the Middle East increased by 67% last year, reaching 3.2 million units, according to Canalys.

The company has also gained ground in Western Europe, surpassing Samsung Electronics to become the top foldable handset maker in Q2 2023, according to Counterpoint Research.

Honor’s global expansion efforts are ongoing, with the firm announcing plans to launch more than 30 products in Indonesia in 2025 as part of a larger strategy to enhance its presence in Southeast Asia.

Long-term vision for AI and sustainability

Honor’s focus on AI-driven devices and long-term software support complies with its goal of building a multi-device AI ecosystem. By providing longer software support, the company intends to extend the usability of its products and contribute to sustainability efforts.

As the battle for AI-driven smartphones heats up, Honor’s ability to differentiate itself through device longevity, AI-powered features, and international expansion will be critical to its growth strategy.

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Once the dominant force in the premium smartphone segment in China, Apple has faced unprecedented challenges in 2024 as its market position eroded significantly amid rising competition from domestic manufacturers.

According to Canalys’s latest market analysis, Apple’s smartphone shipments in China fell 17% year-over-year (YoY), dropping from 51.8 million units in 2023 to 42.9 million in 2024. The decline was particularly pronounced in the fourth quarter of 2024, where Apple’s shipments plummeted 25% compared to the same period last year, despite this traditionally being Apple’s peak season following new iPhone launches.

While Apple maintained its leading position in Q4 with 13.1 million units shipped, its market share contracted significantly from 24% to 17%. Local manufacturers have emerged as the primary beneficiaries of Apple’s retreat.

Vivo led the market for the year with a 17% share, shipping 49.3 million units. Huawei demonstrated remarkable resilience, securing second place with a 16% share and 46 million units shipped, achieving 37% YoY growth.

Several factors have contributed to the shift in market dynamics:

1. Domestic innovation: Chinese manufacturers have made strides in technological advancement, particularly in artificial intelligence integration, operating system development (including Huawei’s HarmonyOS NEXT and Xiaomi’s HyperOS), and foldable device technology.
2. Competitive pricing: Companies like Vivo, OPPO, and HONOR have targeted the mass market with affordable devices featuring premium designs and robust durability. The strategy has proven particularly effective in capturing price-sensitive consumers.
3. Government support: The implementation of nationwide smartphone subsidy policies provided additional momentum for domestic brands. Notably, Apple’s premium-priced iPhones were reportedly ineligible under the new subsidy scheme. The policy has widened the competitive gap between domestic and international brands.
4. Patriotic consumer sentiment: According to a South China Morning Post’s report, US-China tensions have contributed to increased patriotic support for domestic brands, notably Huawei, which has seen rapid growth since it introduced new home-grown chips in 2023.

Market recovery

The overall Chinese smartphone market showed signs of recovery in 2024, growing by 4% to reach 285 million units shipped, marking a positive turn after two years of decline. The fourth quarter was robust, with a 5% YoY growth and total shipments reaching 77.4 million units. The high-end peak season, government subsidies, and year-end promotions drove this growth.

Xiaomi has emerged as another significant player, ranking fourth in Q4 2024 with 12.2 million units shipped and achieving the highest annual growth among top vendors at 29%. The company’s success can be attributed to its strategic focus on premium devices and the synergies created through its ecosystem offerings, including home appliances and EV products.

Apple in China: Response and strategic adjustments

In response to these challenges, Apple has initiated various strategies to attempt to maintain its market position:

• Enhanced retail experience: The company has improved its channel management and customer service to strengthen brand loyalty.
• Financial flexibility: Expanded trade-in programs and increased coverage of interest-free instalment plans have been implemented to make products more accessible.
• Pricing strategy: Apple has begun offering rare (in the rest of the world) discounts to Chinese consumers, including new price cuts on iPhones and other products in early 2025.

Future outlook and industry implications

The Chinese smartphone market shows promising growth potential, with Canalys forecasting shipments to exceed 290 million units in 2025. Several factors support this optimistic outlook:

• Anticipated steady demand recovery,
• Stable and improving macroeconomic environment,
• Healthy channel operations,
• Continued technological innovation in areas like battery life, design, and AI integration.

The shifting dynamics in China’s smartphone market highlight the growing capabilities of domestic manufacturers and underscore the challenges global brands face in maintaining market share in one of the world’s largest consumer markets. For Apple, regaining its former position will require technological innovation and a deeper understanding of evolving Chinese consumer preferences and market conditions.

As competition intensifies and local brands continue to innovate, the battle for market share in China’s smartphone industry will likely become more challenging. The success of domestic manufacturers is a testament to China’s growing technological capabilities and the increasing sophistication of its consumer electronics industry.

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Google’s Pixel lineup has evolved to include a number of models, starting with the base Pixel, the Pro variations, and, most recently, the Pro Fold model.

The Pixel 9 is the latest addition to Google’s flagship series, offering some enhancements and retaining core strengths. Released alongside Android 15, the device combines refined hardware and software to deliver a compelling user experience. However, while the Pixel 9 stands out in many ways, it faces strong competition from the rest of its own lineup, particularly the Pixel 9 Pro and Pro XL.

Tech Wire Asia had the opportunity to review the Pixel 9. Here’s a closer look at the strengths and limitations of this year’s base model.

Design and build: Sleek but imperfect

The Pixel 9 introduces subtle yet impactful design refinements to the lineup. Its flatter profile and grippable frame make it comfortable to hold, with improved ergonomics compared to its predecessor. The return to uniform bezels around the display adds to its sleek, symmetrical appearance, appealing to users who value minimalist aesthetics.

However, the glossy backplate detracts from the overall premium feel, especially when compared to the polished matte finishes found on competing smartphones. The addition of more premium case options from third-party manufacturers would enhance protection without sacrificing style — a demand we hope Google addresses in the future.

Display and audio: Bright and balanced

As expected, the Pixel 9 continues Google’s tradition of delivering excellent displays. The screen’s better brightness ensures usability in a variety of lighting conditions, including direct sunlight. While the overall quality is not a significant leap from the Pixel 8, the display remains one of the device’s best qualities.

The audio experience has also improved, with speakers delivering richer sound. However, the maximum volume could benefit from a further boost to match the immersive quality of other flagship devices. The multimedia experience, when combined with the responsive haptics, is one of the phone’s highlight.

Performance: Reliable but not groundbreaking

The Pixel 9 is powered by Google’s Tensor G4 processor, which brings minor but effective improvements in performance and thermal management. With an additional four gigabytes of RAM compared to the Pixel 8, the device feels noticeably more responsive during daily use, easily handling multitasking and routine tasks.

That said, the use of UFS 3.1 storage creates a bottleneck, particularly when switching between apps or transferring data. Faster storage technology could have significantly boosted the device’s overall responsiveness. While the Pixel 9 is not designed for heavy gaming or benchmarking, it performs adequately for everyday tasks, showcasing Google’s focus on optimisation rather than raw processing power.

Camera: Reliable but limited

The Pixel 9 continues to excel in photography, capturing sharp, vibrant, and detailed images thanks to its dual-camera configuration. Edge detection in portrait mode has improved with updates, while the Magic Editor feature allows users to make meaningful post-capture adjustments, such as removing unwanted elements from photos. The Google Camera app continues to be a market leader.

However, the absence of a telephoto lens limits the camera’s versatility, especially for users accustomed to optical zoom. While Google’s computational photography algorithms compensate to some extent, a specialised telephoto lens would have added value to the camera system.

Furthermore, the difference between what is shown in the viewfinder and the final processed image remains a concern, particularly in modes such as portrait photography.

Battery life: A reliable companion

The Pixel 9’s battery life has improved following the Android 15 update. Previously, users could deplete the battery in a day, but power management improvements have extended its endurance to keep up with other smartphones in its class. While these changes are not groundbreaking, they make the Pixel 9 a more dependable choice for daily use.

Charging speed, however, remains an area for improvement. Faster charging would significantly enhance the overall user experience. Users who require greater storage, especially for tasks like 4K video recording, will benefit from the 256-gigabyte model, which provides more flexibility without frequent file management.

AI features: Promising but region-locked

One of the Pixel 9’s standout features is its integration of AI tools, such as Gemini and Pixel Screenshots. Pixel Screenshots, in particular, allows users to efficiently search and organise screenshots, saving time and improving productivity. Magic Editor and other AI-powered features add creative flexibility for editing photos and videos.

However, many of these features are region-locked, which diminishes their universal appeal. Tools like Call Notes remain unavailable in certain regions, limiting the Pixel 9’s ability to fully leverage its AI-driven potential. Google needs to address these regional limitations to make the device’s AI capabilities universally attractive.

Pricing and competition: A tough sell

At its recommended retail price of $790, the Pixel 9 positions itself as a premium mid-range device. It provides a well-rounded package but other phones provide more value when it comes to performance and features. Discounts, trade-ins, and rebates make the Pixel 9 more attractive, but it is still outperformed by the Pixel 9 Pro and Pro XL, which deliver enhanced capabilities with fewer compromises.

The Pixel lineup spans a diverse price range, from about $800 to $1,800, with the goal of catering to a variety of users’ budgets. However, there is a noticeable gap between the $1,200 and $1,800 price points, which could be filled by a Pixel Pro Flip in the future.

Additionally, Google plans to introduce the Pixel 9a in mid-2025, a budget-friendly option that is expected to scale back features to achieve a lower price point and broaden the lineup’s appeal.

Verdict: A solid base model with caveats

The Pixel 9 exemplifies Google’s commitment to refining its flagship lineup. With a strong display, dependable battery life, and reliable cameras, it delivers a well-rounded experience. However, it falls short of its Pro siblings in terms of regional AI availability, storage technology, and overall versatility.

For those looking for a sleek and capable phone, the Pixel 9 delivers. But those willing to spend a little more may find better value in the Pro models.

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• Apple modem to appear in handsets and iPads next year.
• Less capable than its Qualcomm alternative.
• Slated for use in the company’s cheaper products.

Apple’s long-maintained preference to keep every aspect of its products, both hardware and software, in-house sees the company take the step of slating its own 5G modem for appearance in the next version of the iPhone SE.

Modems are the components that liaise between a phone and the network service provider, usually a telecoms company, providing users with access to data, messaging and voice calls.

Apple currently sources its modems from Qualcomm, a US-based company with which Apple has a dual relationship; both a partner in its supply chain, and competitor – one which Apple has had legal beef with in the past.

To overcome the challenges inherent in designing and manufacturing such a complex element in a cellphone, Apple has hired multiple ex-Qualcomm employees and invested billions of dollars worldwide in research and development. The result is a modem known as Sinope, which is said will also appear in 2025 in lower-end iPads as well as a rumoured lighter, thinner iPhone SE.

Apple modem’s technical details

However, according to a report in Bloomberg, Apple’s Sinope lacks the capability and speed of the Qualcomm equivalent, which will continue to be used in Apple’s higher-end devices. That’s down to Sinope not supporting mmWave technology as used by several carriers in the US and around the world. Instead, the new, low-end devices will rely on so-called Sub-6 standards, which lab tests have shown to be slower in wireless information transfer speeds. Additionally, the Sinope modem supports only four carrier bands (four-carrier aggregation), compared to the six or more supported by Qualcomm modems that also supports mmWave.

Apple has planned for a second-generation modem to be ready by 2026, code-named Ganymede, with support for mmWave technologies providing eight-carrier aggregation, in addition to six-carrier aggregation using Sub-6. There are also plans for a third generation of hardware to appear in 2027 that could offer satellite communication capabilities and (as you might expect given this story’s 2024 provenance) AI capability.

Research and development activities into the next-generation modems and Sinope have been taking place in Munich, Germany and at Apple’s Cupertino headquarters. Sources close to the matter have reported that some staff have been equipped with phones sporting the Sinope modem to provide the company with real-life performance metrics.

The new (historically lower-powered) iPhone SE is rumoured offer a full, edge-to-edge screen, and be thinner than the current iPhone SE. Having a slower, less-capable modem will, the company hopes, not impact the user experience of its new model’s owners, and it seems unlikely that Sinope will appear in the company’s high-end, more expensive iPhone models: Customers paying over US$1000 for a phone tend to be a less-forgiving demographic.

The Apple modem could mean that users suffer from worse connectivity in terms of available networks, and may even have calls drop – the latter a problem that Apple will be working hard to solve between now and the iPhone SE’s launch, early next year.

In 2017 Apple sued Qualcomm in a dispute over Qualcomm’s charges it levied against Apple for the use of Qualcomm patents. In a legal tit-for-tat, Qualcomm attempted to get the sale of iPhones banned in the US, China and Europe because of violations of patents it holds. It’s speculated that Apple’s decision to create its own modem hardware was taken in direct response to the disagreement. Regardless, Apple’s preference for owning as much of its means of production in software and hardware as it can continues.

The post Apple’s modem hardware to debut in 2025 appeared first on TechWire Asia.

You know, there once was a time when handheld gaming devices ruled the scene. Remember the PSP, GameBoy, and Nintendo 3DS era? It seemed like those days had faded into nostalgia, but recently, there’s been a resurgence. Lenovo, not one to be left behind, has jumped into the fray with an eye-catching and sleek device.

The Lenovo Legion Go is something to behold. It marks its territory in the realm of handheld gaming with the prowess to run high-quality AAA games on a Windows 11 platform. Under the hood, it boasts AMD’s latest Ryzen Z1 Extreme processor and RDNA 3 graphics, promising a remarkable power-to-size ratio. The generous 8.8-inch QHD+ clarity display delivers stunning visuals and fluid gameplay. And the durability and responsiveness of the Hall effect joysticks are nothing short of impressive.

For those marathon gaming sessions, the device includes a kickstand and two USB 4.0 ports for easy docking and expansion. However, what really sets it apart is its detachable controllers, introducing a unique FPS mode that’s a game-changer. Not to overlook the Legion Space software launcher, which simplifies accessing and managing games.

How do we review the Lenovo Legion Go?

Having Windows 11 on such a device feels slightly unconventional, admittedly. It lacks the seamless, portable gaming experience that Valve’s Steam OS provides. Nonetheless, the Legion Go shines as a versatile portable PC capable of delivering solid gaming performance, making it a worthy consideration for Windows enthusiasts.

Regarding pricing, the Legion Go competes closely with the Asus ROG Ally, yet it’s brimming with features that set it apart. It essentially functions as a potent Windows tablet, enhanced with detachable controllers reminiscent of the Nintendo Switch, and is supported by a handy kickstand. The inclusion of two USB-C ports, each offering extensive bandwidth, facilitates the connection of a wide array of peripherals without the hassle of unplugging your charger—a notable advantage over the single USB-C port found on both the Steam Deck and ROG Ally.

The device’s screen size is particularly striking. An 8.8-inch display on a handheld device is a rarity, providing ample visual real estate that negates the need for squinting, which is common with smaller screens.

Comparing the Legion Go’s screen to the Steam Deck OLED, it’s clear that the OLED model offers unparalleled color richness, deep blacks, and striking HDR, ideal for dim environments. Meanwhile, the ROG Ally’s smooth variable refresh rate ensures that games not only look but also feel quicker, even if the Legion Go pushes more frames per second.

Yet, the Legion Go’s display is in a league of its own. With a resolution of 2560 x 1600, a 144Hz refresh rate, 500 nits of brightness, and a 97% DCI-P3 color gamut, all protected by tough Gorilla Glass 5, it excels not only in gaming but also in web browsing, reading, and video streaming. This, combined with the fact that it minimizes the need for squinting during gameplay, adds to its appeal.

Performance and usability

However, the device’s weight presents a challenge. At 1.88 pounds, it’s significantly heavier than its counterparts, a factor that becomes noticeable during extended use. Fortunately, the lighter controllers help distribute this weight more evenly when held with both hands, though the abundance of additional buttons Lenovo included can lead to accidental presses.

For longer gaming sessions, I find myself preferring to use the device propped up with its detachable controllers, much like one might with a Nintendo Switch. This setup not only alleviates the weight issue but also introduces an added level of comfort and flexibility in how the device can be enjoyed.

Yet, Lenovo may have attempted to integrate too much into these controllers. The combination of a detachable mouse, Joy-Con-like controllers, a touchpad, and extra buttons, while innovative, can feel overwhelming. The joystick and buttons perform adequately, and the triggers are satisfying to use, but the small trackpad and merely adequate D-pad and speakers leave room for improvement.

Delving deeper into the controllers, Lenovo’s launch emphasis on FPS mode was notable. Transforming the right controller into a makeshift mouse is particularly useful in scenarios where a traditional mouse isn’t available. This feature significantly enhances the experience of navigating Windows and playing strategy games like Frostpunk.

Despite the odd button layout in FPS mode, the true value of these detachable controllers lies in their contribution to the device’s overall comfort. Mimicking the convenience of a Nintendo Switch, the Legion Go establishes itself as one of the most user-friendly handhelds I’ve had the pleasure of using.

Lenovo’s innovative design allows for the controller to be rotated 90 degrees, aligning the buttons with your fingers and thumb to emulate a five-button vertical mouse, complete with a 1,800 DPI optical mouse sensor and a compact scroll wheel. Although the process of transforming the controller into a mouse involves a few steps, the functionality it provides is undeniable.

Despite the appeal of this feature for Windows navigation, I’d personally prefer improved speakers for a better overall experience.

Balancing power with portability

When it comes to performance, the Legion Go stands out from its competition, offering the flexibility to boost performance at the expense of battery life—a trade-off that may not suit all users. The device’s battery life is a notable concern, especially as it diminishes more rapidly when nearing depletion.

While a step in the right direction, the Legion Space software still lags behind in terms of features and customization options compared to alternatives. Achieving full-screen game launches on Windows remains a challenge; a frustration echoed by many users seeking a seamless gaming experience.

Avoiding a rehash of the “Windows vs. gaming handhelds” debate, it’s clear the Legion Go’s large screen and detachable controllers offer significant advantages, simplifying navigation and interaction within Windows. This makes the device particularly appealing for casual use and browsing from the comfort of your couch.

Personally, I’d lean towards not purchasing a Legion Go. My preference sways more towards gaming on a laptop, where the larger screen and more intuitive control layout enhance my gaming experience. It might seem a bit unfair to compare a handheld device directly to a laptop, as they serve distinct purposes and offer different experiences. However, I have a fondness for the classic feel of handheld devices like the PSP or GameBoy. There’s a nostalgic simplicity to them that I really appreciate, where everything feels straightforward and uncluttered.

Despite not acquiring the device immediately upon release, feedback suggests that subsequent updates have significantly improved its performance and user experience, indicating that Lenovo has addressed initial concerns to deliver a more polished product.

The post What do we think about the Lenovo Legion Go? The review appeared first on TechWire Asia.

In an era where digital privacy is paramount, Apple is integrating PQ3 into iMessage. This announcement marks a watershed moment in messaging security, propelling iMessage to unprecedented heights of protection. As the first widely deployed messaging app to achieve Level 3 security, what does the announcement mean for iPhone users, and why should they care?

At the heart of Apple’s PQ3 integration lies a revolutionary cryptographic protocol designed to withstand the challenges posed by quantum computing. Unlike traditional encryption methods, which may be vulnerable to future quantum attacks, PQ3 provides robust protection against even the most sophisticated adversaries. Using advanced cryptographic techniques, PQ3 ensures that iMessage conversations remain secure and private, regardless of the evolving threat landscape.

“To our knowledge, PQ3 has the strongest security properties of any at-scale messaging protocol in the world,” Apple’s Security Engineering and Architecture (SEAR) team stated in a blog post a week ago.

A quantum leap in messaging security

Traditionally, messaging platforms rely on classical public key cryptography like RSA, elliptic curve signatures, and Diffie-Hellman key exchange for secure end-to-end encryption. These algorithms are based on complex mathematical problems deemed computationally intensive for conventional computers, even with Moore’s law in play. However, the advent of quantum computing poses a new challenge.

A powerful enough quantum computer could solve these mathematical problems in novel ways, potentially jeopardizing the security of end-to-end encrypted communications. While quantum computers capable of decryption aren’t yet available, well-funded attackers can prepare by exploiting cheaper data storage. They accumulate encrypted data now, planning to decrypt it later with future quantum technology—a tactic termed “harvest now, decrypt later.”

When iMessage launched in 2011, it became the first widely available messaging app with default end-to-end encryption. Over the years, Apple has continually enhanced its security features. In 2019, the iPhone maker bolstered its cryptographic protocol by transitioning from RSA to elliptic curve cryptography (ECC) and safeguarding encryption keys within the secure enclave, increasing protection against sophisticated attacks. 

“Additionally, we implemented a periodic rekey mechanism for cryptographic self-healing in case of key compromise. These advancements underwent rigorous formal verification, ensuring the robustness of our security measures,” the blog post reads. The cryptographic community has been developing post-quantum cryptography (PQC) to address the threat of future quantum computers. These new public key algorithms can run on today’s classical computers without requiring quantum technology. 

Designing PQ3

Designing PQ3 involved rebuilding the iMessage cryptographic protocol to enhance end-to-end encryption, meeting specific goals:

1. Post-quantum cryptography: PQ3 protects all communication from current and future adversaries by introducing post-quantum cryptography from the start of a conversation.
2. Mitigating key compromises: It limits the impact of critical compromises by restricting the decryption of past and future messages with a single compromised key.
3. Hybrid design: PQ3 combines new post-quantum algorithms with current elliptic curve algorithms, ensuring increased security without compromising protocol safety.
4. Amortized message size: To minimize additional overhead, PQ3 spreads message size evenly, avoiding excessive burdens from added security.
5. Formal verification: PQ3 undergoes standard verification methods to ensure robust security assurances.

According to Apple, PQ3 introduces a new post-quantum encryption key during iMessage registration, using Kyber post-quantum public keys. These keys facilitate the initial critical establishment, enabling sender devices to generate post-quantum encryption keys for the first message, even if the receiver is offline.

Furthermore, PQ3 implements a periodic post-quantum rekeying mechanism within conversations to self-heal from crucial compromise and protect future messages. This mechanism creates fresh message encryption keys, preventing adversaries from computing them from past keys.

The protocol utilizes a hybrid design, combining elliptic curve cryptography with post-quantum encryption during initial critical establishment and rekeying. Rekeying involves transmitting fresh public key material in line with encrypted messages, with the frequency of rekeying balanced to preserve user experience and server infrastructure capacity.

PQ3 continues to rely on classical cryptographic algorithms for sender authentication and essential verification to thwart potential quantum computer attacks. These attacks require contemporaneous access to a quantum computer and cannot be performed retroactively. But Apple noted that future assessments will evaluate the need for post-quantum authentication as quantum computing threats evolve.

Why PQ3 on iMessage matters for iPhone Users

Integrating PQ3 into iMessage signifies a huge leap forward in privacy and security for iPhone users. With the exponential growth of data and the looming specter of quantum computing, traditional encryption methods face unprecedented challenges. PQ3 mitigates these risks by providing quantum-resistant protection, ensuring that your conversations remain shielded from future threats. 

PQ3’s implementation in iMessage demonstrates Apple’s interest in safeguarding user privacy and staying ahead of emerging security threats. Beyond its robust encryption capabilities, PQ3 introduces a host of additional security features designed to enhance the overall integrity of iMessage. These include secure fundamental establishment mechanisms, cryptographic self-healing protocols, and real-time threat detection capabilities. 

By incorporating these advanced security measures, Apple hopes to ensure that iMessage remains a bastion of privacy in an increasingly interconnected world.

When can iPhone users expect the update?

Support for PQ3 will begin with the public releases of iOS 17.4, iPadOS 17.4, macOS 14.4, and watchOS 10.4. Already available in developer previews and beta releases, PQ3 will automatically elevate the security of iMessage conversations between devices that support the protocol. As Apple gains operational experience with PQ3 globally, it will gradually replace the existing protocol within all sustained conversations throughout the year.

The post Apple adds PQ3 protocol into iMessage appeared first on TechWire Asia.

In a typical e-commerce landscape where competition is fierce and attention spans are fleeting, companies are constantly seeking innovative ways to remain top-of-mind for consumers. Temu, a Chinese fast-fashion giant backed by Nasdaq-listed PDD Holdings, has recently made headlines with a surprising tactic: splurging on Super Bowl ads in the US. This move has sparked curiosity and speculation about Temu’s position in the US market and its strategy for staying relevant in an ever-evolving industry.

In the fast-paced world of e-commerce in the US, two giants have emerged as frontrunners in the battle for consumer attention: Temu and Shein. Their sleek interfaces, vast product offerings, and attractive deals have captured the hearts—and wallets—of millions of shoppers across America. But competition is also peaking, and Temu has been facing increasing pressure, especially from Shein.

The fast-growing Chinese e-commerce platform has to protect its market share from being constantly eroded. Temu has been forced to reevaluate its approach to maintaining relevance in the fiercely competitive US market. Last weekend, Temu splashed at the Super Bowl, airing its ad six times and dishing out a jaw-dropping US$10 million in giveaways, all in a bid to breathe new life into its waning US presence.

The Super Bowl is an event known not only for its electrifying football showdown but also for its highly coveted advertising slots. A 30-second commercial during Sunday night’s game cost about US$7 million. With millions of viewers tuned in from around the world, the Super Bowl presents an unparalleled opportunity for brands to showcase their products and capture the attention of a captive audience.

Temu’s American shopping base is dwindling, with Second Measure data showing a decline. A late January Morgan Stanley survey revealed nearly a third of users plan to decrease app usage over three months, with only eBay and Etsy showing weaker forecasts. Sales took a nosedive for Temu, plummeting 12.5% in December and 4.8% in January, a stark contrast to its 50% growth in mid-2023. Despite Temu’s struggle, overall US retail sales surged in December.

For Temu, this year’s Super Bowl represented more than just a chance to advertise its latest gadgets—it’s a strategic move to reclaim its position as a frontrunner in the tech industry. These insights, drawn from Bloomberg’s Second Measure data track a slice of US credit and debit card transactions. 

But why the sudden emphasis on splashy advertising, especially in an era dominated by digital marketing and social media influencers? The answer lies in Temu’s recognition of the power of storytelling and emotional connection in shaping consumer perceptions. By investing in high-profile ad placements during one of the most-watched events of the year, Temu aims to create memorable experiences that resonate with audiences long after the final whistle blows.

Temu’s decision to splurge on Super Bowl ads is not without risks. With advertising costs reaching new heights, there’s no guarantee that the investment will yield the desired returns. The company faces fierce competition from other tech giants vying for the spotlight during the big game. While web searches for the app spiked when its ads aired, according to Google Trends data, searches have steadily declined since early July 2023.

Overall, Temu, which made it into the US market in September 2022, spent a staggering US$3 billion last year on marketing, per Bernstein Research. And if its Super Bowl campaign is any indication, it’s not pumping the brakes anytime soon. The spending spree underscores the challenge ahead: Temu aims to attain prominence in the West that has eluded most Chinese-owned enterprises, with only Shein and TikTok managing to carve out substantial niches thus far.

The post Is Temu’s Super Bowl splurge a last-ditch effort amid fading US interest? appeared first on TechWire Asia.

Apple’s recent initiatives have thrust it into the spotlight, especially due to significant changes in the European Union, including updates to the App Store and iOS, as well as the release of new iPad and MacBook Air models. These developments suggest a future where the iPhone is more inclusive and less restrictive, a shift Apple may not have originally planned.

Apple Inc.’s extensive updates to its iPhone software, App Store, and Safari browser in the European Union go beyond mere regional adjustments. They provide insight into the potential future of the platform, a direction that could be adopted globally.

This overhaul addresses long-standing demands from users, developers, and regulators. Apple is set to introduce third-party app marketplaces, alternative in-app payment methods, and comprehensive game streaming services. Additionally, external companies will gain the ability to create tap-to-pay applications, making it simpler for users to switch their default browsers.

These modifications will lead to a more adaptable iPhone that is more accommodating to external software. But these changes are not without controversy. Alterations to the commission structure—the fees Apple levies on third-party app developers—might provoke new disputes with companies like Spotify Technology SA and Meta Platforms Inc., potentially reshuffling industry winners and losers.

The Apple strategy shifts in the face of new EU regulations

Apple’s adoption of these reforms appears somewhat reluctant, largely in response to the EU’s Digital Markets Act, which imposes strict new regulations on tech giants beginning in March.

Publicly, Apple has raised concerns about potential privacy and security risks as reasons for its resistance. Despite this, the company is taking significant measures to mitigate these issues. As it liberalizes the iPhone’s software, Apple is rolling out new anti-malware tools and warnings for both consumers and developers. Additionally, apps downloaded from outside the App Store are required to undergo a basic review and notarization process.

Bloomberg reports that a significant factor in Apple’s reluctance is the loss of control and potential revenue impact. The DMA poses substantial challenges to Apple’s services business, including an App Store operation that generates over US$20 billion per quarter. This includes the diminishing of Apple’s longstanding commission on external software, which ranges from 15% to 30% of transactions, and the threat to Apple Pay’s retail transaction revenue, as third-party tap-to-pay apps diminish Apple’s dominance on the iPhone.

Apple’s strategy to comply with the DMA is creative, but has already begun to irritate some developers. In response to EU regulator demands, Apple has significantly altered its commission structure, affecting its interactions with developers and the broader ecosystem of third-party billing services and app stores.

Under the new EU regulations, Apple has reduced the commission for developers who earned less than US$1 million in the previous year from 15% to 10%, as part of its recent “small-business program.” This lowered rate also applies to subscriptions after their first year. For developers earning over US$1 million, and for first-year subscriptions, the commission is now set at 17%, a marked decrease from the usual 30%.

These adjustments could motivate developers to remain within Apple’s ecosystem rather than seeking alternatives like potential iPhone App Stores from companies such as Microsoft Corp., Meta, or others.

Apple is introducing two new fees to compensate for the revenue lost from these reduced commissions. First, an in-app purchase billing fee of 3% is added to the 10% and 17% commission rates, although this fee is waived if developers use an external payment processor. Second, Apple has implemented a “core technology” fee, charging developers €0.50 for each app installation that exceeds 1 million annually. This fee applies to installations and updates via Apple’s App Store, third-party stores, the web, or the TestFlight testing service.

These supplementary fees are part of Apple’s strategy to balance its revenue streams while adhering to the new EU mandates and adapting to the changing digital market.

Emerging controversies and developer reactions between Apple and EU regulations

Spotify has recently lambasted Apple’s approach to complying with the Digital Markets Act as “a complete and total farce.” Starting in early March, developers will have the option to introduce alternative app stores on iPhones and circumvent Apple’s in-app payment system, which currently imposes commissions of up to 30%, per the bloc’s new rules.

Yet, under Apple’s new EU framework, developers will still be required to pay a “core technology fee” of 50 euro cents for each user account annually.

Spotify recently expressed dissatisfaction with this arrangement, noting that Apple has consistently shown reluctance to comply with the DMA and has now devised an unappealing alternative to the current system. Spotify would have to pay a 17% commission if it stays in the App Store and uses its own in-app payment method under the new terms.

In response, Apple clarified that developers can choose to continue under the existing terms, and with the new terms, more than 99% of developers would end up paying the same or even less to Apple.

Apple is at risk of severe repercussions if its App Store modifications do not comply with the forthcoming regulations, as the EU’s industry chief pointed out in a recent exclusive interview with Reuters.

Fortnite back to iPhones

In related developments, the well-known video game Fortnite is poised to make a comeback on iPhones after a four-year absence. Epic Games, the developer of Fortnite, will be allowed to operate its own app store on Apple devices, thanks to a new EU law designed to enhance competition. IPhone users are limited to downloading apps solely from Apple’s App Store, but starting in March, Apple will be required to let its EU customers access alternative app stores on iOS devices.

Apple has consistently maintained that its rules are necessary to protect user security. Through a post on X, Fortnite announced its intention to return to iOS, adding a message to Apple: “The world is watching.”

Epic Games previously removed Fortnite from the App Store due to a disagreement with Apple’s policies, resulting in its unavailability there since 2020, although it remains accessible through the web. Apple has faced criticism for creating what some perceive as a monopoly, compelling customers and developers to solely use its channels and charging up to 30% in commissions to developers.

The EU’s Digital Markets Act, soon to be implemented, aims to regulate significant companies that control access to services such as search engines and app stores. The goal is to establish a fairer market for established large and smaller companies. While these changes are not set to apply in the UK initially, the UK’s Digital Markets Bill, currently under parliamentary discussion, will likely subject Apple’s practices to comparable regulatory examination.

Tim Sweeney, the CEO of Epic Games, has strongly criticized Apple’s announcement, referring to it as “hot garbage” and specifically pointing out “junk fees on downloads.” This criticism likely targets the core technology fee, which charges developers €0.50 for each user who downloads their app beyond the first million. This charge applies to app developers, not to the consumers themselves.

Furthermore, Apple has announced its intention to broaden browser choices for EU users, enabling them to opt out of using Safari from the outset. However, the company cautions that this increased openness to alternative apps and stores could heighten security risks, potentially exposing customers to malware, fraud, and scams hidden in apps from other sources.

Apple insists that the changes it implements meet the requirements of the EU’s DMA while attempting to safeguard EU users from the increased privacy and security risks associated with the regulation. Apple, known for its premium-priced products and a focus on security, has noted that for apps using alternative payment processing, it will have limited ability to issue refunds and offer support to customers encountering issues, scams, or fraud. Unlike Apple, Android apps are available from a broader range of stores, leading to a higher incidence of malware on Android devices than those from Apple.

The primary objective of both the new EU regulations and the UK is to maintain open and competitive markets where various companies can operate successfully.

Apple’s upcoming products and industry competition

Apple’s electric vehicle project, reminiscent of Tesla’s efforts, has encountered further delays, pushing its launch to around 2028. Initially envisioned with a Level 4 self-driving system, Apple has scaled back to Level 2+ technology. The decade-long venture has been marred by leadership changes, layoffs, and strategy shifts. Apple’s board is now heavily involved, with the project’s future at stake: a failure of the current strategy could lead to the team’s dissolution.

Samsung is following Apple’s lead in digital healthcare innovation. The company is developing technologies like noninvasive glucose monitoring and continuous hypertension tracking, similar to Apple’s initiatives. Samsung’s latest watches also feature advanced sleep tracking and sleep apnea detection, indicating a competitive race in health-related features.

Upcoming Apple products, including new MacBook Airs and iPads, are nearing release. The lineup, expected in March, includes a significantly revamped iPad Pro, updated iPad Air models, and MacBook Airs with M3 processors. The new iPad Pros and 13-inch MacBook Air are already in production, with the first beta of iOS 17.4 hinting at new accessories and a landscape Face ID camera for the iPad Pros.

Following a period of stagnant sales, Apple’s next earnings report on February 1 is critical. Investors and analysts are bracing for flat revenue, marking Apple’s longest sales slump in years. Any revenue growth would be a significant turnaround. The report will be closely watched, particularly for insights into Apple’s performance in the challenging Chinese market.

The post Apple responds to EU regulations and unveils its latest tech innovations appeared first on TechWire Asia.

Yiiiiiipeee! Excitement is brewing in the gaming world as there are whispers of Nintendo potentially unveiling a new Switch console this year. Analysts are buzzing about this possibility, especially as Nintendo aims to use the widespread appeal of its iconic characters, ranging from Mario to Animal Crossing, Pokémon, Zelda, and others.

The Nintendo Switch, first released in March 2017, revolutionized gaming with its hybrid design. The innovative console allowed gamers to seamlessly transition from playing on their TVs to gaming on the move by attaching a controller to a tablet-like device.

This fusion of traditional console gaming with the flexibility of mobile gaming resonated strongly with the gaming community. To date, Nintendo has sold an impressive 132.46 million units of the Switch, securing its position as the company’s second-most successful console, trailing only behind the handheld Nintendo DS.

The success of the Switch has been a significant growth driver for Nintendo, with the company’s shares soaring over 200% since the console’s launch. The Switch’s enduring appeal has been bolstered by a continuous stream of first-party games featuring beloved characters, with titles involving Mario, Zelda, and Pokémon being some of the top sellers for the console.

A glimpse into the Switch’s commercial success and future prospects

However, recent financial reports indicate a slowdown in sales, suggesting that it might be time for Nintendo to introduce something fresh and exciting. The company reported a 4% drop in revenue and a 19% decline in profit in its September-quarter results.

Launching a new console this year could be a strategic move for Nintendo, particularly in capitalizing on the growing popularity of its key characters, amplified by recent movie releases. The Super Mario Bros. Movie, for instance, grossed over US$1 billion since its April release, contributing to a spike in Nintendo’s revenue in the June quarter of last year. Additionally, Nintendo has announced plans for a live-action film adaptation of The Legend of Zelda, one of its most celebrated franchises.

So, what do we know about the so-called Switch 2? At this point, details are scarce as Nintendo remains tight-lipped about its future plans. The gaming community, however, is abuzz with speculation about a potential fall 2024 release, aligning with the expected launch of the PS5 Pro.

Sources like Laptop Mag have pointed to leaks suggesting a September 24, 2024, release date for the Switch 2, codenamed “NG.” There’s also talk of a backup release date in November 2024 if the initial target proves too ambitious.

Amid various rumors and insider discussions, the consensus leans toward a fall 2024 release, although some speculate it could arrive as early as March or April 2024. This speculation is supported by insights from TechInsights and MoneyDJ, which forecast a sales boost for the upcoming console.

In terms of pricing, leaks suggest the standard Switch 2 could be priced at US$449, with a possible digital-only version at US$399, marking a significant new direction for Nintendo into the realm of digital-only consoles. Compared to the current Switch models, this pricing seems reasonable, especially if the Switch 2 features an OLED display and enhanced internal specs. However, these are still predictions at this stage.

Switch 2’s potential features and gaming innovations

Display technology is another area of speculation. Following the success of the Switch’s OLED model, there’s a possibility that the Switch 2 might also adopt OLED technology. However, rumors from sources like NateTheHate and Andy Robinson suggest a move to a larger 8-inch LCD panel as a cost-saving measure, aligning with Nintendo’s history of balancing performance with affordability.

The processor is also a point of interest. Rumors suggest the continuation of a custom Nvidia Tegra chip in the Switch 2, with Eurogamer hinting at a custom variant of Nvidia’s T234 processor. This processor, reportedly the T239, could feature an octa-core ARM A78C CPU cluster and a custom graphics unit, potentially putting the Switch 2 on par with the Xbox One and PlayStation 4 in terms of performance.

Other speculative features include the possibility of a co-processor chip for enhanced docked performance, increased onboard storage of up to 512GB, and improvements in design and ergonomics, particularly addressing the Joy-Con drift issues.

Battery life, always a critical factor in handheld gaming, is currently estimated to be between 4.5 to 9 hours for the existing Switch models. With more powerful hardware, there are high hopes for an increase in battery life for the Switch 2. Anticipated connectivity upgrades, such as Wi-Fi 6 and Bluetooth 5.1, are also on the horizon.

Backward compatibility is a crucial aspect of the Switch 2’s appeal, with the gaming community strongly expecting this feature, as discussed in various forums and supported by statements from Nintendo’s president.

In terms of games, there is a flurry of rumors, mainly from the tipster Zippo, predicting titles such as a new Mario game using Unreal Engine 4, a 2D Donkey Kong game, and other exciting possibilities.

While the gaming world eagerly anticipates confirmation, the details surrounding the Switch 2 remain largely speculative. However, the buzz about its potential release in 2024 continues to grow. Given the success and enduring popularity of the original Switch, it’s plausible that Nintendo might opt for an evolutionary upgrade rather than a complete overhaul of the console. This strategy would align with their history of building upon successful platforms while introducing new technologies and features.

Nintendo Switch 2 vs Steam Deck – Who will win in 2024?

As we look towards 2024, the handheld gaming landscape is poised for an exciting showdown with the anticipated release of Nintendo’s Switch 2 and Valve’s recently launched OLED Steam Deck. Both platforms promise to elevate the gaming-on-the-go experience, each with unique strengths and offerings.

The Switch 2, still shrouded in speculation, is expected to feature an OLED display similar to its predecessor, potentially up to 8 inches. This upgrade would match and potentially surpass the visual fidelity of the Steam Deck’s 7.4-inch HDR OLED display. While the Steam Deck impresses with its vivid and colorful visuals, the Switch 2’s larger screen size might offer a more immersive gaming experience.

Regarding performance, the Switch 2 might incorporate an advanced Nvidia custom Tegra processor, significantly enhancing its gaming capabilities. This upgrade could put it on par with, if not surpass, the Steam Deck’s power-efficient AMD APU processor. Moreover, the rumored addition of a co-processor in the Switch 2 for docked performance could be a game-changer, offering flexibility that the Steam Deck, despite its robust 16GB RAM and up to 1TB storage, might not match.

Battery life and portability are critical in handheld gaming, and here, the Steam Deck’s OLED model takes a slight edge with its 50Whr battery offering up to 50% more life and faster charging. However, the Switch 2’s anticipated improvements in battery life could level the playing field, maintaining Nintendo’s reputation for efficient and durable handheld devices.

User experience is another crucial aspect. While the Steam Deck OLED has been lauded for its improved touchscreen responsiveness and enhanced haptics, the Switch 2 is expected to continue Nintendo’s tradition of user-friendly interfaces. If rumors about improved Joy-Con ergonomics materialize, it could offer a more comfortable and intuitive gaming experience.

The game library and compatibility will be a decisive factor for many. The Switch 2 is rumored to be backward compatible, providing access to a vast and beloved library of Switch titles. In contrast, the Steam Deck offers an expansive PC gaming library through Steam, appealing to a different segment of gamers who prefer PC titles.

Pricing will also play a significant role in consumer choice. The speculated pricing of the Switch 2 places it in a competitive position against the Steam Deck OLED, which starts at US$549 for the 512GB model. This pricing strategy might make the Switch 2 a more attractive option for budget-conscious gamers.

The battle between the Switch 2 and the Steam Deck OLED in 2024 will hinge on what gamers value most: the Switch 2’s potential for a larger screen, Nintendo’s exclusive game library, and user-friendly design, or the Steam Deck’s robust performance, extensive PC game library, and premium display technology. Both platforms are set to offer unique and compelling experiences, making the choice a reflection of personal gaming preferences and styles.

The post How will the Nintendo Switch 2 perform compared to the Steam Deck OLED? appeared first on TechWire Asia.

5G and Wi-Fi have been backbones for most of AI’s workloads, ensuring low latency so there is no compromise on the use cases to which the technology is applied. While the hype in 2023 has generally been about generative AI, a key enabler for the technology to work best is the strength of its network.

In fact, 5G in 2023 has continued to see rapid development. With 5G already available in most countries in the world, the network has lived up to its expectations, providing users with a seamless connected experience. Currently, the countries with the fastest 5G speeds include South Korea and Singapore, according to a report by OpenSignal.

The growth of 5G has also allowed more use cases to be launched around the world. For example, there has been an increase in autonomous vehicles and robots for security and deliveries, something that requires a strong network connection with really low latency to perform well. In Singapore for example, there has been increased usage of 5G-powered machines, catering to public use cases.

At the same time, there has been an increase in the adoption of Private 5G. Compared to the public 5G network, a private 5G network allows an organization to provide restricted access to a licensed or unlicensed wireless spectrum. With similar capabilities to the public 5G network, private 5G is normally used by manufacturing plants, factories or even offices that want to have their employees working on a private dedicated network.

In Malaysia, for instance, oil and gas company Petronas is the country’s first organization to adopt a commercial private 5G network at its Regasification Terminal Sungai Udang (RGTSU) in Melaka. Petronas explained that the deployment of private 5G has improved operational efficiency and safety, supporting its business and sustainability targets.

5G in 2024

Femi Oshiaga, vice president of service providers, APAC and MEA at CommScope, commented that while industry reports estimate that mobile internet reaches 1.2 billion users currently in the Asia Pacific (excluding China), and the number of 5G users in the region is set to reach over 600 million in 2028, 4G networks still continue to be the predominant choice for mobile broadband users despite the push for faster 5G rollout and adoption.

“As we move into 2024, there will be a renewed focus on surfacing new use cases for 5G networks, and more operators using AI, and ML to optimize operations and drive revenue. The ability to make deployments easier and coverage wider will also be a key consideration for them as we see a decline in operator spending globally and in the number of investments. Easier deployments will help to drive down the cost of networking in general, while broader coverage will enable new use cases such as remote operations across vast isolated sites like oil drilling, mining, and other heavy industries,” said Oshiaga.

Oshiaga also pointed out that the path to 5G will remain challenging as telecommunications businesses think about monetizing their existing networks while coping with existing challenges such as ESG efforts and bridging the digital divide.

From 5G to Wi-Fi 7 in 2024

Apart from 5G, Wi-Fi is also expected to see more changes in 2024. As businesses continue to improve their network connectivity with Wi-Fi 6, Wi-Fi 7 is expected to make its debut in early 2024. According to the Wi-Fi Alliance, Wi-Fi 7 builds upon Wi-Fi 6 and focuses on WLAN indoor and outdoor operation with stationary and pedestrian speeds in the 2.4Ghz, 5GHz and 6Ghz frequency bands.

Reports also stated that Wi-Fi 7 is expected to offer a theoretical maximum throughput of 46 Gbit/s. This is achieved through features like 4096-QAM, Multi-Link Operation (MLO), and 16 spatial streams. Wi-Fi 7 also aims to provide 100 times lower latency compared to Wi-Fi 6, with 15 times better AR/VR performance.

Some of the core features of Wi-Fi 7 include:

• 4096-QAM: enables each symbol to carry 12 bits rather than 10 bits, resulting in 20% higher theoretical transmission rates than Wi-Fi 6’s 1024-QAM.
• Contiguous and non-contiguous 320/160+160 MHz and 240/160+80 MHz bandwidth: increases capacity by simultaneously sending and receiving data across different frequency bands and channels.
• Multi-link operation (MLO): allows for flexible channel utilization and can theoretically reduce latency by as much as 99%.
• Flexible channel utilization: interference can currently negate an entire Wi-Fi channel. With preamble puncturing, a portion of the channel that is impacted by interference can be blocked off while the rest of the channel continues in use.

Other candidate features of Wi-Fi 7 include multi-access point (AP) coordination, enhanced link adaptation and retransmission protocol, and integrating time-sensitive networking (TSN).

“With exceptional digital experiences the norm across key industries such as education, hospitality, healthcare and high-density events, enabling wider adoption of new network standards and unlocking all available spectrum including the newest 6 GHz band, will help elevate the speed, capacity and performance of connected experiences in 2024,” commented Sanjiv Verma, vice president, Ruckus Networks, APAC at CommScope.

Verma explained that Wi-Fi 7 is 4 times faster than Wi-Fi 6. Wi-Fi 7 can deliver on applications such as uninterrupted streaming and cloud gaming and enables real-time social engagement during high traffic, like concerts or trade shows, with its better capacity and reduced latency.

In classrooms, Verma explained that the benefits of Wi-Fi 7 emerged from a seamlessly supported learning environment, with greater capacity to connect more users and classrooms to stream videos, collaborate on shared documents or assignments, and support reliable virtual classes including exams; and in hospitality, this translates to an elevated guest experience, especially for those who use hotel Wi-Fi for video conferencing.

“Wi-Fi is poised to play an even more critical role as new technologies continue to emerge. Wi-Fi is well-suited to most connectivity needs, as it’s an economical and efficient way to connect users, IoT devices and other infrastructure, while cellular networks offer superior mobility over large distances and high speeds. As a result, we anticipate a convergence of both cellular and Wi-Fi networks, creating a unified platform that seamlessly shifts between technologies driving innovation, augmenting connectivity, and delivering superior user experiences,” he concluded.

The post How 5G connectivity and Wi-Fi 7 will shape up in 2024 appeared first on TechWire Asia.