Using a "bright" idea, Google's Taara chip brings the internet to those who can't connect to it - Related to chip, more, simple, using, won't

If the T-Mobile T-Life app is so great, why won't it let me do this simple thing?

Security versus simplicity T-Mobile states that the requirement to contact them for an eSIM transfer is due to "added security measures." At least, this is what appears when you select the option to make a SIM change within the T-Life app as it redirects you to a "Contact Us" page. These security measures involve verifying your identity through a text message sent to another device.

While I agree that preventing unauthorized transfers is essential, there should be a secure and convenient way to handle these transfers within the app. Two-factor authentication or other verification methods could be implemented to ensure the user's identity and protect against fraud.

The user experience gap The technology behind eSIMs is designed to be flexible and user-friendly, so carriers should focus on making these transfers as seamless as possible. This involves developing robust app functions that allow consumers to manage their eSIMs without needing to rely on customer support.

The issue isn't just about the inconvenience of contacting customer service. It's about the discrepancy between what the app promises and what it delivers. When a firm markets its app as a comprehensive self-service tool, it needs to ensure that it lives up to those expectations. Failing to provide essential attributes like eSIM transfers undermines the app's credibility and frustrates individuals.

As both someone who follows tech closely and a T-Mobile customer, I understand that technology is always evolving. However, basic functions should be addressed. For me, this situation highlights that even in a digital age, some processes remain unnecessarily complicated. As a consumer, I value simplicity and efficiency, rather than convoluted half-baked solutions. The inability to handle eSIM transfers within the T-Life app is a clear example of how a seemingly minor issue can create significant frustration. However, while this measure is understandable given the prevalence of SIM swap attacks, it's curiously not an issue with other carriers who have found ways to streamline this process. For example, I can easily perform an eSIM swap within the Mint Mobile app without needing to interact with a representative. This demonstrates that secure eSIM transfers can be achieved without causing undue inconvenience to [website] I agree that preventing unauthorized transfers is essential, there should be a secure and convenient way to handle these transfers within the app. Two-factor authentication or other verification methods could be implemented to ensure the user's identity and protect against [website] technology behind eSIMs is designed to be flexible and user-friendly, so carriers should focus on making these transfers as seamless as possible. This involves developing robust app functions that allow individuals to manage their eSIMs without needing to rely on customer [website] issue isn't just about the inconvenience of contacting customer service. It's about the discrepancy between what the app promises and what it delivers. When a enterprise markets its app as a comprehensive self-service tool, it needs to ensure that it lives up to those expectations. Failing to provide essential functions like eSIM transfers undermines the app's credibility and frustrates [website] both someone who follows tech closely and acustomer, I understand that technology is always evolving. However, basic functions should be addressed. For me, this situation highlights that even in a digital age, some processes remain unnecessarily complicated. As a consumer, I value simplicity and efficiency, rather than convoluted half-baked solutions. The inability to handle eSIM transfers within the T-Life app is a clear example of how a seemingly minor issue can create significant frustration.

The idea behind self-service apps is to empower consumers and reduce the need for direct contact with customer support. This not only saves time for clients but also reduces the burden on customer service representatives. When a organization heavily promotes an app as a self-service tool, consumers expect it to handle basic tasks efficiently. The fact that eSIM transfers are excluded from this functionality raises questions about the app's overall [website] you purchase a new phone, you expect the setup process to be as smooth as possible. With physical SIM cards, switching phones was as simple as popping the card out and inserting it into the new device. eSIMs were supposed to make this process even easier by eliminating the need for physical cards. However, the current limitations of the T-Life app create an unnecessary [website] reliance on customer service for eSIM transfers also introduces potential delays and inconsistencies. Depending on the availability of representatives and the complexity of the situation, the transfer process could take longer than expected. Additionally, different representatives might provide slightly different instructions, leading to confusion.

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Using a "bright" idea, Google's Taara chip brings the internet to those who can't connect to it

Imagine a future where high-speed internet access is sent through beams of light. That's the goal of Google's secret R&D lab "X" which is working on a project codenamed Taara. The latter is a chip that was developed to deliver data at the speed of light. Google's Mahesh Krishnaswamy, General Manager, Taara, wrote in a blog post that the chip has been tested for the last seven years and has been able to deliver the internet at speeds as fast as fiber.

The chip would be able to bring internet access to areas where traditional connectivity is too expensive or too geographically challenging to offer it. Looking to reduce the complexity and cost of the Taara chip, Google today unveiled its next-gen Taara chip. Most of the core functionality of the Taara Lightbridge, the first generation of the system, moved light physically using a system of mirrors, sensors, and hardware; the next-gen chip uses software to steer, track, and correct the beam of light without requiring bulky moving parts.

With today's big news, the core functionality of Taara Lightbridge has been reduced from the size of a traffic light to the size of a fingernail. That's the kind of breakthrough that takes ideas over the finish line to become real-life technology used by many.

While mechanical components used to be needed for automatic beam steering, with the new Taara chip, an advanced tracking system "steers, tracks, and corrects light with extraordinary precision." Each Taara chip has hundreds of light emitters and software is used to control the direction that the lights are sent to make sure they go where they need to go for the system to work correctly. When the two light beams lock into each other, they form a secure link for data transmission.

While fiber uses light transmitted through underground cables to carry the internet, Taara uses an invisible narrow, light beam to transmit data at speeds as fast as 20 Gbps for a distance as far away as [website] miles. One of the reasons why Taara is so significant is that it takes only a matter of hours to have the platform up and running compared to the days, months, or even years it takes to install fiber.

Google believes that using light to transmit data will save money and allow underserved areas of the world to connect to the internet. The technology could lead to the launch of autonomous vehicles using Taara to communicate faster. "The possibilities are as boundless as light itself," Krishnaswamy writes.

The Taara chip will launch in 2026, says Google. The enterprise is asking innovators and researchers interested in "exploring new applications for the technology" to contact the team via email at "[website] Who knows? You might just stumble on an amazing application that uses Taara to disseminate the internet to those who might otherwise might never have the chance to tap into its awesome powers.

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Google will need to pay for the Canadian Radio-television and Telecommunications Commission’s (CRTC) implementation of the Online News Act, per a deci......

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iPhone 16e teardown exposes more hidden power

Apple's latest entry-level phone, the iPhone 16e carries a significant hardware upgrade hidden beneath a familiar exterior. While visually reminiscent of the iPhone 14 , a recent teardown of the device reveals internal changes that set it [website] detailed teardown video, which can be viewed above, offers a glimpse into the's construction. The internal layout shares similarities with the standard iPhone 15 , but key differences emerge. Notably, the camera setup is simplified. Instead of the dual-lens arrangement found in the, the 16e utilizes a single 48-megapixel wide lens. This reduction in camera module size appears to have freed up space, allowing Apple to install a larger [website] battery itself is a point of interest. The teardown confirms a 4,005 mAh capacity, exceeding earlier reports of a 3,961 mAh battery — a discrepancy that I'm sure will be addressed. This larger battery, coupled with an improved battery removal system using low-voltage electric current, offers potential benefits for customers. This system, also used in the, simplifies battery replacements, making them more accessible.

Screenshots from teardown video comparing the battery capacity of the iPhone 16e versus the iPhone 15 . | All images credit — REWA Technology.

Another notable feature is the inclusion of Apple’s C1 chip, their in-house 5G modem. This modem, a combination of 4nm baseband and 7nm transceiver technology, has shown improved power efficiency compared to Qualcomm modems used in previous iPhone models. Tests indicate that this chip consumes less power, potentially extending battery life and improving overall device [website] Face ID module within theis essentially unchanged from the. This is consistent with the phone's design, which retains the notch instead of adopting the Dynamic Island found in higher-end iPhone [website] findings point to Apple's strategy of testing newer technologies into more accessible devices. By leveraging advancements in chip design and battery technology, Apple is providing consumers with enhanced performance and efficiency in a familiar form factor. For those who prioritize battery life and a simpler camera system, this could make thea compelling option. The larger battery and more efficient modem could translate to longer usage times, which is a significant practical benefit for everyday consumers.

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Imagine a future where high-speed internet access is sent through beams of light. That's the goal of Google's secret R&D lab.

Het is weer 1 maart, en dat betekent dat je over het afgelopen jaar weer de belastingaangifte kunt doen. Vaak voert de Belastingdienst deze aangifte a......