And Shin Jeong-eun became the first professional chess player to lose by two points to KataGo in a formal competition.

It is reported that this competition is equipped with four RTX 3090 graphics cards, totaling 96GB of video memory.

Shen Zhenyi has a basic time limit of 5 hours per game and a 30-second countdown. KataGo has no basic time limit, but each move must be calculated and made within 20 seconds.

It is worth noting that in the first game of the event held on July 17th, Shin Jeong-eum conceded defeat after 245 moves.
In the first game, Shin Jeong-eum was caught off guard by KataGo’s unexpected moves at the beginning. The expected winning rate, which was as high as 99%, began to decline after the 70th move, and by the 102nd move, it had been reversed.

At the start of the second game, Shin Jeong-eun’s expected winning rate was also 99%, and she held a lead of 18 and a half points on the board.

He actively initiated the large-scale pattern in the lower right corner, reducing the playable space on the chessboard. This large-scale pattern continued until the 53rd move, with the playing area occupying nearly a quarter of the entire board. However, its predicted winning rate remained stable at 99%.
After that, in the face of KataGo’s successive aggressive moves, Shin Jeong-yeub successfully neutralized each one, and maintained the advantage until 150 moves later.

The variable in the game emerged during the battle in the center. Shin Jeong-eun launched an attack on the central white king piece and, on the 160th move, decisively cut off the white pieces. His positional advantage increased from 6 points to 8 points, but the expected winning rate dropped from 99% to 98% for the first time.

Although this move brought immediate gains, it also made the situation more complicated. Shin Jeong-yeub then began to waver, and his expected winning rate dropped to as low as 89%.

Especially when Shin Zhenyi attempted to cut off the white pieces, KataGo immediately launched a counterattack, causing the situation to become extremely tense. However, in the face of this unexpected counterattack, Shin Zhenyi eventually found a way to win and, in the subsequent central battle, executed a more precise sequence.

The two sides engaged in a fierce battle for approximately 4 hours and 50 minutes. After 290 moves of the game, Shin Jeong-eun won by a half-point, thus tying the best-of-three match score at 1-1.
On July 21st, the two sides will have the final round to determine the winner of this human-machine competition.

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Turner has been conducting AI security research at DeepMind for over two years. In his article, he detailed how Google gradually compromised with the Pentagon and eventually signed this unrestricted military AI agreement.

The project that has sparked the greatest controversy is Project Nimbus. This agreement involves the use of Google’s AI technology for large-scale surveillance and autonomous weapon systems. There has long been concern that AI technology could thus be weaponized.

Turner criticized the top management of Google and several AI ethics leaders for failing to prevent this agreement. He argued that Google’s shift from “Don’t be evil” to a complete lack of ethical boundaries marks the substantive failure of the tech giant’s commitment to AI ethics.

Many technology companies have explicitly prohibited the use of AI for large-scale surveillance and lethal autonomous weapons. Google’s recent transgression of the line has caused a shockwave in the industry. At the same time, this incident has also exacerbated public concerns about the weaponization of AI.

Turner’s lengthy article has sparked extensive discussions within the global AI community. As of now, Google has not made a formal response to this incident, and Alex Turner himself has not disclosed his future plans.

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Nubia and Doubao Deepen AI Partnership

During the event, Ni Fei, Senior Vice President of ZTE Corporation and President of Nubia, highlighted the strategic partnership behind the NaviX Ultra.

According to Ni Fei, Doubao contributes its advanced large language models and AI agent capabilities, while Nubia brings years of expertise in smartphone hardware, software optimization, manufacturing, quality control, distribution, and after-sales services. He noted that the collaboration has evolved through multiple generations of technical validation and product refinement, from the early M153 project to today’s NaviX Ultra.

AI-Centric Design with Four Distinctive Colors

The Nubia NaviX Ultra will be available in four color options:

• Blue Realm
• Dream Fantasy
• Radiant Black
• Snowfield

Among them, the Dream Fantasy edition stands out with a unified pink finish that extends across the entire device, including the camera module, creating a highly recognizable appearance.

The phone also introduces a unique horizontal camera island on the rear panel, departing from the increasingly common circular camera designs. The module houses a triple-camera system that includes a dedicated telephoto lens.

On the side frame, Nubia has added a dedicated orange AI button, allowing users to instantly launch the intelligent assistant with a single press.

The front features a centered punch-hole display with slim, symmetrical bezels, giving the handset a clean and modern flagship aesthetic.

AI Built Around Four Core Principles

Nubia says the NaviX Ultra has been designed around four core AI capabilities:

• Understanding user intent naturally
• Task execution across multiple applications
• Long-term memory for personalized experiences
• Privacy and security

Unlike traditional voice assistants, the Doubao-powered AI agent is designed to understand natural language across different scenarios and autonomously complete complex multi-step tasks. Examples include:

• Comparing product prices across shopping platforms
• Completing purchases
• Planning travel itineraries
• Coordinating actions between multiple applications without manual intervention
  

A major emphasis has been placed on on-device AI processing. Nubia says core AI model computations are performed locally on the smartphone, minimizing reliance on cloud processing and ensuring that personal data remains on the device whenever possible.

The company also states that the AI platform incorporates officially certified generative AI compliance measures designed to reduce data leakage risks and improve user privacy.

Flagship Hardware Expected

While Nubia has yet to release complete specifications, the information shared during the unveiling suggests the NaviX Ultra will feature flagship-grade hardware, including:

• Qualcomm Snapdragon 8 Elite Gen5 processor (expected)
• Massive 7,000mAh silicon-carbon battery
• 90W or 100W wired fast charging
• Wireless charging support
• Triple rear camera system consisting of:
  • 50MP primary camera
  • Ultra-wide camera
  • Telephoto camera
• 50MP front-facing selfie camera

These specifications position the NaviX Ultra among the next generation of premium Android smartphones focused on combining high-end hardware with advanced AI functionality.

Price and Availability

Nubia has not yet announced the official retail price or launch schedule for the NaviX Ultra. Additional details are expected in the coming weeks as the company prepares for its commercial release.

Early Outlook

The Nubia NaviX Ultra reflects the industry’s growing shift from AI-powered features toward AI-native smartphones, where intelligent agents become deeply integrated into the operating system and daily workflows rather than functioning as standalone assistants.

By combining powerful on-device AI processing, cross-application automation, and flagship hardware, Nubia aims to position the NaviX Ultra as a glimpse into the next generation of mobile computing. Whether this AI-first approach can redefine the smartphone experience will become clearer once the device reaches consumers later this year.

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According to a recent leak shared by a technology blogger, the iPhone 18 Pro Max will continue Apple’s partnership with Sony as its exclusive camera sensor supplier. The leaked information reveals a complete camera configuration that focuses on higher-resolution imaging, improved low-light performance, and more professional-level control.

Triple 48MP Rear Camera System with Sony Sensors

The iPhone 18 Pro Max is reportedly equipped with three 48-megapixel rear cameras, including:

• Main camera: Sony IMX905 sensor, featuring variable aperture technology
• Ultra-wide camera: Sony IMX972 sensor
• Telephoto camera: Sony IMX973 sensor

For selfies and video calls, the device is expected to use an 18-megapixel Sony IMX914 front-facing camera sensor.

Compared with the previous-generation iPhone 17 Pro Max, the biggest imaging upgrade is reportedly the introduction of a variable aperture main camera, a technology that has traditionally been associated with professional cameras and selected high-end smartphones.

Variable Aperture Brings More Professional Photography Control

Unlike traditional smartphone cameras with fixed apertures, a variable aperture system allows the camera to physically adjust the amount of incoming light based on shooting conditions.

In low-light environments, the aperture can reportedly open wider to capture more light. This can reduce the need for higher ISO settings, helping minimize image noise and improving night photography quality with clearer details and better transparency.

In brighter environments, the aperture can narrow to reduce excessive light exposure while improving edge sharpness and overall image clarity.

Beyond exposure control, variable aperture technology also improves depth-of-field management. A wider aperture can create a more natural background blur effect, allowing users to highlight subjects with optical bokeh rather than relying entirely on computational photography algorithms.

Meanwhile, a smaller aperture can increase depth of field, helping reduce issues such as blurred document edges or incorrectly focused subjects in group photos.

This optical-level control could bring smartphone photography closer to the experience of traditional mirrorless and DSLR cameras, offering users more creative freedom.

Expanded Creative Possibilities for Mobile Photography

The addition of variable aperture could also provide users with greater manual control over their images. Instead of depending only on automatic camera processing, photographers may be able to adjust aperture settings according to different scenarios, from everyday photography and portraits to professional-style creative shooting.

This would represent a significant step in Apple’s ongoing effort to position the iPhone Pro lineup as a serious tool for mobile creators.

A20 Pro Chip, 12GB RAM, and Larger Battery Expected

In addition to camera improvements, the iPhone 18 Pro Max is expected to receive major hardware upgrades.

The device is rumored to be the first iPhone powered by Apple’s A20 Pro chip, which is reportedly manufactured using TSMC’s advanced 2nm process technology. The new processor is expected to deliver improvements in performance, efficiency, and AI processing capabilities.

Other rumored specifications include:

• 12GB RAM
• Battery capacity exceeding 5,000mAh
• iOS 27 operating system

The larger battery, combined with improved chip efficiency, could help extend usage time despite the expected increase in processing demands from advanced AI features and camera capabilities.

A Major Step Forward for Apple’s Pro Camera Strategy

If the leaked specifications are accurate, the iPhone 18 Pro Max could represent a major evolution in Apple’s mobile photography strategy. The combination of triple 48MP cameras, Sony’s latest imaging sensors, variable aperture technology, a next-generation processor, and a larger battery would make it one of the most advanced smartphones in the market.

However, Apple has not officially confirmed any details about the iPhone 18 Pro Max, and the leaked specifications should be treated as unverified information until the company makes an official announcement.

More details about Apple’s next-generation flagship lineup are expected to emerge as the launch timeline approaches.

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Among them, the network-ready model of the OPPO Find X10 series is PMW110. This device will be the first to feature the MediaTek Dimensity 9600 Pro chip. This chip is manufactured using the current most advanced 2nm process technology by TSMC and is the most powerful mobile chip from MediaTek to date. It has significantly improved in terms of energy efficiency and computing power.

In terms of specifications, Dimensity 9600 Pro will be equipped with 2 ARM C2-Ultra ultra-large cores (with a frequency of approximately 5GHz), 3 C2-Premium large cores and 3 C2-Pro medium cores, forming a brand-new three-cluster architecture. At the same time, this chip supports the latest LPDDR6 memory and UFS 5.0 flash memory, and will have a qualitative leap in data transmission speed and application loading efficiency.

In addition, Dimensity 9600 Pro is equipped with an NGP neural accelerator, which enables host-level super-resolution and frame interpolation capabilities. This effectively enhances the game frame rate and energy efficiency, while significantly improving the ray tracing performance and rendering efficiency, thereby bringing more realistic visual effects to mobile games.

It is reported that the theoretical performance of the Tianji 9600 Pro will surpass that of the competing product, the Qualcomm Snapdragon 8E6 standard version. Its overall performance ranks among the top in the industry and is expected to bring stronger competitiveness to the high-end market.

It is worth noting that the OPPO Find X10 series will also introduce a Pro Max version. This model will be the first to feature a brand-new 2K straight screen. The screen size is 6.89 inches, it supports LTPO technology, adopts a large R-corner design, and has an ultra-narrow extreme quadrilateral processing technology. It also supports BT.2020 color gamut. It is supplied exclusively by BOE, and the display quality is highly anticipated.

Based on the current progress rate, the OPPO Find X10 series new products are expected to be officially released as early as September. At that time, from the chip performance to the screen quality, this series will offer users an all-round upgraded experience.

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Igeekphone has noticed that this blogger disclosed the main specifications of a 2nm large-capacity prototype device from a certain factory earlier this month. It is expected to be Xiaomi 18 Pro. According to his revelations, this phone features an ultra-clear custom small straight screen, adopts a large R-angle extremely narrow quadrilateral design, is equipped with a 2nm flagship chip, has a rear camera of 200Mp ultra-large sensor + 200Mp large-sensor telephoto macro, has a built-in 7000mAh large battery, supports 100W fast charging + wireless charging, and may upgrade to dual speakers + relatively large-sized motor.

The release date of the new Xiaomi 18 series phones is still unknown at present. For reference, the Xiaomi 17 Pro released last September had a 6.3-inch small screen and was priced starting from 4,999 yuan.

The Xiaomi 17 Pro is the global first to feature the fifth-generation Qualcomm Snapdragon 8 Supreme Edition processor. It is equipped with a 6300mAh Xiaomi Jinjiang battery, 100W Xiaomi Puxian wired super-fast charging, 50W Xiaomi Puxian wireless super-fast charging. It has a smart display on the back, a 50MP Leica ultra dynamic main camera (with the Leica Hunter 950L image sensor), a 50MP Leica floating telephoto long-zoom, and a 50MP Leica ultra-wide-angle camera.

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According to technology media outlet NotebookCheck, the Pixel 11a has appeared in internal documentation with the codename “Formosan”, offering an early look at the expected hardware configuration of Google’s future A-series smartphone.

While Google has not officially confirmed the device, the leaked specifications suggest that the Pixel 11a will continue the company’s strategy of bringing flagship-level AI capabilities and custom silicon to a more affordable smartphone segment.

Tensor G6 Chip and MediaTek M90 Modem

The Pixel 11a is reportedly powered by Google’s next-generation Tensor G6 processor, internally referred to as “Malibu.” The chipset will reportedly be paired with Google’s updated Titan M3 security chip, continuing the Pixel lineup’s focus on hardware-level security and AI processing.

For graphics performance, the device is said to use a PowerVR C-series GPU (CXTP-48-1536), while connectivity duties will reportedly be handled by a MediaTek M90 modem.

The reported switch to a MediaTek modem would represent an important change for Google’s Pixel lineup, as previous Tensor-powered devices have relied on Samsung-based modem solutions. The move could potentially improve connectivity efficiency and network performance.

6.3-inch High-Brightness Display

According to the leaked specifications, the Pixel 11a will feature a 6.3-inch display with a resolution of 1080 × 2424 pixels.

The screen is expected to support a variable refresh rate between 60Hz and 120Hz, offering smoother animations while maintaining power efficiency.

One of the biggest upgrades could come in brightness performance. The display is reportedly capable of reaching:

• Up to 2,250 nits in HDR mode
• Up to 3,350 nits peak brightness

If accurate, the Pixel 11a would offer one of the brightest displays in its price segment, improving outdoor visibility and HDR content playback.

8GB RAM and Slightly Smaller Battery

In terms of memory and power, the Pixel 11a is expected to include 8GB of RAM and a 4,870mAh battery.

Interestingly, the reported battery capacity is slightly lower than the previous-generation Pixel 10a, which was rumored to feature a 5,100mAh battery. However, improvements in processor efficiency and software optimization could help maintain strong endurance.

Four Color Options Reportedly Planned

The leaked information also lists four possible color variants for the Pixel 11a:

• Obsidian (black)
• Olive (green)
• Frost (purple)
• Fog (silver)

These colors would continue Google’s approach of offering distinctive but understated finishes for its Pixel A-series smartphones.

New Front Camera Sensor

For photography, the Pixel 11a is reportedly equipped with a new front-facing camera sensor internally codenamed “dokkaebi.”

However, detailed information about the rear camera system, including sensor specifications, optical features, and AI photography upgrades, has not yet been revealed.

A More Powerful Affordable Pixel Experience

The Pixel 11a appears set to continue Google’s A-series philosophy: delivering advanced computational photography, AI features, and custom Tensor-powered performance at a lower price point than the flagship Pixel lineup.

With the rumored Tensor G6 processor, upgraded security hardware, brighter display, and a new modem solution, the Pixel 11a could become one of the most competitive affordable Android smartphones when it eventually launches.

Google has not yet officially announced the Pixel 11a, and details including pricing, availability, and final specifications remain unconfirmed. More information is expected to emerge as the device moves closer to release.

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According to a report published by technology media outlet YtechB on July 18, recently disclosed data from the European Union’s EPREL (European Product Registry for Energy Labelling) database reveals estimated battery endurance figures for Samsung’s next-generation foldable smartphones.

The EPREL listing reportedly indicates that the Samsung Galaxy Z Fold8 can deliver approximately 49 hours and 10 minutes of battery life on a full charge, while the higher-end Galaxy Z Fold8 Ultra model could achieve around 51 hours of usage.

Based on these endurance figures, YtechB speculates that Samsung may equip the Galaxy Z Fold8 with a 4,800mAh battery, representing an increase over previous generations. Meanwhile, the Galaxy Z Fold8 Ultra is expected to feature a larger 5,000mAh battery, offering improved endurance for users who demand longer screen time from a large foldable device.

Industry leaker Ice Universe (@iIceUniverse) also shared a summary of Samsung’s foldable phone battery capacities, covering models from the Galaxy Z Fold4 series through the rumored Galaxy Z Fold8 Ultra. The information highlights Samsung’s gradual efforts to improve battery capacity across its premium foldable lineup.

Samsung’s Galaxy Z Fold series has traditionally focused on combining smartphone portability with tablet-style productivity. However, battery capacity has remained one of the key challenges for foldable devices due to their slim designs and large internal displays. A move toward larger batteries could help address user concerns about endurance, especially as newer models are expected to feature brighter displays, more powerful processors, and enhanced AI capabilities.

The rumored Galaxy Z Fold8 lineup is expected to continue Samsung’s strategy of refining its foldable portfolio with improved durability, thinner designs, and upgraded performance. Details regarding the processor, display technology, camera system, pricing, and official launch timeline have not yet been confirmed.

Samsung is expected to reveal more information about its next-generation foldable smartphones closer to the official release event. Until then, the reported battery specifications should be considered unofficial and subject to change.

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