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One of these concept lunar vehicles could join NASA’s Artemis V astronauts on the moon

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Three companies are vying for the opportunity to send their own lunar vehicle to the moon to support NASA’s upcoming Artemis missions. The this week that it’s chosen Intuitive Machines, Lunar Outpost and Venturi Astrolab to develop their lunar terrain vehicles (LTV) in a feasibility study over the next year. After that, only one is expected to be selected for a demonstration mission, in which the vehicle will be completed and sent to the moon for performance and safety tests. NASA is planning to use the LTV starting with the Artemis V crew that’s projected to launch in early 2030.

The LTV that eventually heads to the moon’s south pole needs to function as both a crewed and uncrewed vehicle, serving sometimes as a mode of transportation for astronauts and other times as a remotely operated explorer. NASA says it’ll contract the chosen vehicle for lunar services through 2039, with all the task orders relating to the LTV amounting to a potential value of up to $4.6 billion. The selected company will also be able to use its LTV for commercial activities in its down time.

Lunar Outpost's Lunar Dawn LTV concept is pictured in a rendering showing it driving on the moonLunar Outpost's Lunar Dawn LTV concept is pictured in a rendering showing it driving on the moon

Lunar Outpost

Venturi Astrolab's concept lunar terrain vehicle, Flex pictured alongside renderings of a solar powered rover and lander on the moonVenturi Astrolab's concept lunar terrain vehicle, Flex pictured alongside renderings of a solar powered rover and lander on the moon

Astrolab

Intuitive Machines, which will be developing an LTV called the Moon Racer, has already bagged multiple contracts with NASA as part of the Commercial Lunar Payload Services (CLPS) program, and , Odysseus, to the moon to achieve . Venturi Astrolab will be developing a vehicle it’s dubbed Flex, while Lunar Outpost will be working on an LTV called Lunar Dawn. All must be able to support a crew of two astronauts and withstand the extreme conditions of the lunar south pole.

“We will use the LTV to travel to locations we might not otherwise be able to reach on foot, increasing our ability to explore and make new scientific discoveries,” said Jacob Bleacher, a chief exploration scientist at NASA.

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Featured

How to connect AirPods to Android: ways to join the two together

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Not everyone realises that you can connect AirPods to Android phones, but the process is just as simple as connecting any of the other best wireless earbuds to your phone.

If you’re struggling to figure out where to begin though, we’re here to show you how to connect your AirPods to Android in almost no time at all. If you’ve only just bought one of the best Android phones having previously owned an iPhone, this is your chance to still use your beloved AirPods from before. 

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News

Meta, Microsoft, X and Match Join Epic Games in Protesting Fees for Non-App Store Purchase Links

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Meta, Microsoft, X, and Match today joined Epic Games to protest the way Apple complied with a court ruling requiring it to walk back its anti-steering rules. In an amicus brief in support of ‌Epic Games‌ (via The Wall Street Journal), the four companies said that the fees Apple is charging are too high, and that there are too many restrictions on how developers link to their websites. “The Apple Plan comports with neither the letter nor the spirit of this Court’s mandate,” reads the brief.

app store blue banner epic 1
For context, Apple was ordered to change its App Store rules in 2021 as part of the decision in the ‌Epic Games‌ case. The judge took issue with the anti-steering guidelines that kept apps from directing consumers to lower prices available outside of the ‌App Store‌. Apple delayed implementing the changes while it attempted to appeal the ruling, but the appeal was not successful and Apple had to update its rules in January.

Developers are now allowed to include a single link in their app, with that link going to a website where customers can make a purchase without using the in-app purchase system. Apple is still collecting commission for purchases made this way, requiring developers to pay between 12 and 27 percent (three percent lower than the standard 15/30 fee).

‌Epic Games‌ last week told the court that Apple has not complied with the order, and that the Cupertino company should be held in contempt of court. ‌Epic Games‌ said that Apple’s implementation makes links “commercially unusable” due to the fee and the “accompanying web of restrictions.”

Microsoft, Meta, X, and Match further complained that Apple is not allowing apps to include “even the most basic information” about alternative purchase options. Apple does not allow apps to let customers know about how to receive a discount by purchasing directly from a website, for example.

Meta said that it should be able to direct users to the web to pay for boosted posts to avoid Apple’s fee, and Microsoft complained that Apple’s rules limit options for providing subscriptions and discounts. X, formerly Twitter, said that Apple’s 27 percent fee eliminates incentives to include an external link, while Match claimed that the rules prevent price competition for digital transactions.

Apple in January claimed that it was in full compliance with the injunction, and that it has given developers a way to inform customers about alternative purchase mechanisms both in their apps and outside of their apps.

The amicus brief filed today supports ‌Epic Games‌’ recent filing. ‌Epic Games‌ has asked the court to force Apple to bring its policies into compliance with the injunction, so it will be up to the court to decide whether Apple’s rule change does enough to satisfy the requirements of the initial judgment.

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Business Industry

Your friends can join the Galaxy Z Flip 5 club and save $720, today only!

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Last updated: March 9th, 2024 at 15:12 UTC+01:00

Samsung would like to see the Galaxy Z Flip 5 in the hands of as many customers as possible. And as the Discover Spring Sale event nears the end, the company has revealed a limited-time one-day deal for the iconic foldable flip phone.

Whether you already own the Galaxy Z Flip 5 and recommend it to a friend or family member, or you’d like the flip phone for yourself, now might be a great time to jump on this offer.

With this one-day Discover Spring deal, you can save $720 on the 512GB Galaxy Z Flip 5 by taking advantage of an enhanced trade-in discount of up to $600 and an extra $120 price cut that applies at checkout — essentially a free memory upgrade from 256GB to 512GB.

You can buy the 512GB Galaxy Z Flip 5 for as low as $400

The Galaxy Z Flip 5 is one of the most interesting smartphones you can buy, even if it doesn’t yet have Galaxy AI features. It enables unique use cases through Flex Mode and Cover Screen Widgets, and no slab-type phone can emulate the Flip 5 experience.

Flex Mode leverages the phone’s foldable design to split app UIs between the screen’s two folding halves, which leads to unique use cases. For example, you can open the Galaxy Z Flip 5 at a 90-degree angle and hold it like a camcorder as you record videos with the Camera app.

Cover Screen Widgets are just as unique to the Galaxy Z Flip 5. They are full-screen minimalistic applets for the Cover Screen. They allow users to access various functions and features without flipping open the phone.

Hit the Buy button below to take advantage of this Discover Samsung Spring Sale deal and save up to $720 on the 512GB Galaxy Z Flip 5 today only!

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Lenovo and Anaconda join forces to accelerate AI development

Lenovo and Anaconda join forces to accelerate AI development

A new partnership has been announced this month between Lenovo and Anaconda that promises to help both data scientists and AI professionals. Lenovo, a giant in the computing industry, has joined forces with Anaconda, a powerhouse in open-source AI and data science software. This collaboration is set to streamline the AI development process, offering a suite of advanced tools that will empower data scientists to push the boundaries of AI innovation.

Lenovo’s high-performance data science workstations, known for their robust capabilities, are being integrated with Anaconda’s comprehensive software suite. This means that as a data scientist, you’ll have access to enterprise-grade open-source software that’s been optimized to run seamlessly on Lenovo’s ThinkStation and ThinkPad workstations. The focus of this integration is not just on performance but also on the security and privacy of data, which is a paramount concern in the AI industry today.

Anaconda Lenovo AI development

One of the most significant advantages of this partnership is the cost-effectiveness it brings to the table. Cloud-based AI services can be expensive, but Lenovo and Anaconda are offering a solution that’s easier on the budget without compromising on quality or capability. With the power of Intel processors and NVIDIA GPUs, Lenovo’s workstations are now even more adept at handling complex AI tasks, such as optimizing large-language models. These machines are designed to be versatile, complementing cloud-based AI resources and enhancing productivity for AI professionals.

“With Lenovo’s trusted workstation leadership and Anaconda’s trusted leadership in open-source software support and reliability, the partnership is a perfect match,” said Rob Herman, Vice President and General Manager, Workstation and Client AI Group at Lenovo. “We’re excited to activate this partnership to aid data scientists in pushing forward the capabilities of AI with our premium workstations portfolio and Anaconda’s stellar open-source packages and repositories.”

Lenovo’s range of workstations is scalable, catering to various AI workflows, industries, and budgets. Whether you’re working on small-scale experiments or involved in large-scale enterprise deployments, there’s a Lenovo workstation that’s tailored to your needs. The partnership has also led to the pre-installation of Anaconda Navigator on Lenovo workstations. This provides a user-friendly interface for managing packages and environments, which is secure and simplifies the AI development process.

“As artificial intelligence and machine learning models grow increasingly complex, high-performance workstations are imperative to empower data scientists with advanced capabilities,” said Chandler Vaughn, Chief Product Officer at Anaconda. “Lenovo’s leadership in supplying optimized workstations, featuring robust GPUs, memory, and storage, positions them as an ideal collaborator for Anaconda and our Navigator desktop product. By jointly providing resilient hardware and trusted software tools, Lenovo and Anaconda present data scientists, AI developers, and AI engineers an unrivaled platform to freely explore emerging techniques in AI/ML. This symbiotic relationship enables organizations to push boundaries and accelerate innovations in artificial intelligence without technological constraints.”

This strategic alliance between Lenovo and Anaconda is poised to deliver the tools that data scientists require to excel in AI development and deployment. By combining Lenovo’s high-performance hardware with Anaconda’s expertise in open-source software, the partnership is expected to enhance the data science experience, driving innovation and accelerating advancements in AI.

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Intel and UMC join forces for 12-nanometer semiconductor

Intel and UMC join forces for 12-nanometer semiconductor process platform
Intel Corp. and United Microelectronics Corporation (UMC) have joined forces in a significant move that is poised to reshape the landscape of the semiconductor industry. They are working together to create a new 12-nanometer semiconductor process platform, a development that is eagerly anticipated by markets that rely heavily on advanced technology, such as mobile devices, communication infrastructure, and networking. This collaboration is a strategic blend of Intel’s manufacturing prowess and UMC’s specialized process knowledge, which is expected to offer customers more advanced options and bolster the supply chain across various regions.

At the heart of this partnership is the development of a 12-nanometer process platform that incorporates FinFET technology. This technology is known for delivering high performance and energy efficiency, which are critical factors in today’s fast-paced and power-conscious market. Intel is set to bring its manufacturing expertise and FinFET design knowledge to the table, while UMC will contribute its process development experience, including providing a Process Design Kit (PDK) and design support services. The goal of this joint venture is to create a process platform that will stand out in the competitive semiconductor market.

12-nanometer semiconductor

The production of this new technology is scheduled to commence in 2027 at Intel’s Ocotillo Technology Fabrication facility located in Arizona. This strategic location will allow the partnership to take advantage of the existing infrastructure, optimizing investment and resource utilization. The collaboration goes beyond just manufacturing; it also encompasses design enablement, focusing on electronic design automation and intellectual property solutions. This ensures that the 12 nm process will be capable of meeting the intricate demands of future semiconductor applications.

“Taiwan has been a critical part of the Asian and global semiconductor and broader technology ecosystem for decades, and Intel is committed to collaborating with innovative companies in Taiwan, such as UMC, to help better serve global customers,” said Stuart Pann, Intel senior vice president and general manager of Intel Foundry Services (IFS). “Intel’s strategic collaboration with UMC further demonstrates our commitment to delivering technology and manufacturing innovation across the global semiconductor supply chain and is another important step toward our goal of becoming the world’s second-largest foundry by 2030.”

Jason Wang, UMC co-president, said, “Our collaboration with Intel on a U.S.-manufactured 12 nm process with FinFET capabilities is a step forward in advancing our strategy of pursuing cost-efficient capacity expansion and technology node advancement in continuing our commitment to customers. This effort will enable our customers to smoothly migrate to this critical new node, and also benefit from the resiliency of an added Western footprint. We are excited for this strategic collaboration with Intel, which broadens our addressable market and significantly accelerates our development roadmap leveraging the complementary strengths of both companies.”

Intel’s involvement in this venture is a critical part of its larger goal to secure its position as the world’s second-largest foundry by the end of this decade. This ambition is supported by substantial investments in manufacturing facilities across the globe. UMC, with its over 40 years of experience as a foundry service provider and a robust presence in Asia, brings to the table its expertise in mature technology nodes and specialty processes. The partnership is a testament to both companies’ commitment to pushing forward their development strategies and expanding their influence in the market.

The alliance between Intel and UMC on the 12-nanometer semiconductor process platform is a strategic move that promises to deliver a potent, efficient, and flexible solution to meet the evolving needs of high-growth markets. With a well-defined production timeline and a comprehensive strategic plan, this collaboration is set to drive innovation and growth for both Intel, UMC, and their customers. The semiconductor industry is on the brink of a new era, and this partnership is at the forefront, ready to deliver the next wave of technological advancements.

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How to setup, join and use a Meshtastic network

How to setup, join and use a Meshtastic network

Imagine the convenience of being able to communicate in the most remote corners of the world, where traditional cellular or internet services are nonexistent. This is the vision behind the Meshtastic network, a low-power, long-range mesh network that operates independently of conventional communication infrastructure. By following this guide, you can set up your own Meshtastic network and maintain connectivity, no matter where your adventures take you.

Meshtastic is a project that enables you to use inexpensive LoRa radios as a long range off-grid communication platform in areas without existing or reliable communications infrastructure. This project is 100% community driven and open source!

In the world of communication, the ability to stay connected across vast distances without relying on traditional infrastructure is becoming increasingly important. Whether you’re an outdoor enthusiast, part of an emergency response team, or living in a community with limited access to standard communication networks, the combination of Meshtastic and LoRa technology offers a compelling solution. This open-source project is designed to facilitate long-range, off-the-grid messaging through a network that’s easy to set up and maintain.

At the heart of this system is LoRa technology, which stands for Long Range. It’s a wireless communication method that allows for messages to be sent over distances that can exceed 200 kilometers under the right conditions. The beauty of LoRa is its decentralized approach; you can connect directly with others in the network without the need for a central router, making it ideal for remote or rural areas.

How to join Meshtastic

When you combine LoRa with Meshtastic, you get a mesh network that’s capable of functioning independently of cellular phones and the internet. Meshtastic devices are designed to create a network that can relay messages from one device to another, effectively increasing the range and reliability of the network. These devices are not only capable of sending secure, encrypted messages but also have the added benefit of long battery life, which is crucial for prolonged use in the field. Additionally, they can support text messaging and may include GPS functionality to help with location tracking.

Setting up your Meshtastic network is a straightforward process. It begins with pairing your smartphone with Meshtastic radios. Once paired, you can communicate with specific devices within the network. The setup involves installing Meshtastic software on ESP32-based boards, and the instructions provided are clear and easy to follow.

To manage your network effectively, Meshtastic provides both a smartphone app and a web client. These management tools allow you to tweak settings, manage communication channels, and even connect to the internet through an MQTT server using your phone’s data connection. This level of control ensures that you can maintain a robust and efficient network.

How to set up a Meshtastic network

Here are some other articles you may find of interest on the subject of mesh networking for your home and business :

Before you start using your network, it’s important to select the appropriate communication channels. Meshtastic makes this process simple by using channels and profiles that can be shared easily through QR codes. You’ll need to ensure that you choose the right regional and frequency settings to comply with local regulations and to optimize the performance of your network.

To maximize the range of your network, it’s essential to establish line-of-sight connections between devices. You can further enhance the network’s reach by using routers or repeaters, which are best placed at elevated locations to cover more ground. The capabilities of your Meshtastic network can be expanded by connecting nodes to the internet via an MQTT server. This allows for a wider range of interactions, including the ability to join specific channels with other users. Additionally, you can equip nodes with various sensors to collect and transmit valuable data across the network.

One of the most exciting aspects of using Meshtastic is the potential for automation and data utilization. By integrating tools like Node-Red with your Meshtastic network, you can leverage sensor data for automation purposes. This is particularly useful for environmental monitoring or automating tasks based on sensor triggers.

Overall, setting up a Meshtastic and LoRa network is a smart choice for anyone in need of reliable communication in areas without conventional infrastructure. Its mesh networking capabilities, secure messaging, sensor integration, and automation potential make it a versatile and dependable platform for a wide range of applications. Whether you’re looking to stay connected during outdoor adventures, coordinate emergency response efforts, or simply provide a communication solution for a remote community, Meshtastic and LoRa technology offer a powerful and flexible solution. For more information jump over to the official webpage for more details.

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New Toyota Yaris Cross models join the range

Toyota Yaris Cross

The Toyota Yaris Cross was unveiled earlier this year and now Toyota is adding in some new models to the range. There will now be an electrifies more powerful Hybrid 130 powertrain which will be available in the high-end Cross models, these will include the GR Sport and the Premiere edition.

The established 1.5-litre full hybrid electric system has been equipped with a new transaxle that features a larger and more powerful electric motor-generator (MG1). This, together with adjustments to the power control unit (PCU), delivers a 14% increase in total system output, from 116 DIN hp/85 kW to 132 DIN hp/97 kW. At the same time, the MG2 motor’s torque has been increased across the entire rev band, with the maximum rising by 30% from 141 to 185 Nm.

The result is faster acceleration, with the 0-100 km/h time reduced by half a second to 10.7 seconds and the 80-120 km/h overtaking benchmark brought down by 0.4 seconds to 8.9 seconds. Where CO2 emissions are concerned, the impact is modest with the new system achieving a best-in-class 103-122 g/km.

These statistics are only part of the story; equally significant is the impact on the driving experience. Engine, drive motor and hybrid battery performance have all been maximised in the Hybrid 130. This, together with a higher level of torque at all engine speeds, gives the car a more dynamic and responsive feel with acceleration and deceleration performance that adds enjoyment to every drive, whether on urban streets or out on the open road. Drive motor assistance in response to the driver’s use of the accelerator has been enhanced to help produce faithful handling and a linear acceleration feel.

Toyota Yaris Cross

You can find out more details about the new models in the Toyota Yaris Cross range over at the Toyota website at the link below, as yet there are no details on pricing on these new models.

Source Toyota

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