Solar Hyperion: Revolutionizing Urban Mobility with the Excessive-Velocity, Long-Range Electric Scooter
Company has revealed its latest e-scooter, the Hyperion, which harmoniously blends speed and agility to deliver a pulse-pounding ride. The Hyperion’s top speed reaches 65 mph (104.61 km/h), and with cruising at 30 mph (48.28 km/h), it has a maximum range of approximately 70 miles (112.65 km).
Equipped with a high-capacity Samsung 72V 40Ah 2880Wh battery consisting of 21,700 individual cells.
The scooter features twin 3500W motors that surge to 4500W for every acceleration, providing robust power and a swift takeoff. Fabricated from high-strength aluminum alloy, the Hyperion boasts exceptional tensile strength and durability. The customised suspension system is designed to support an impressive 4,000 pounds (1,814 kilograms) per wheel, allowing for a 90-degree tilt angle that ensures unparalleled stability at high velocities.
For thrill-seeking enthusiasts of advanced technology, the Hyperion boasts exceptional capabilities that make it the ultimate choice for navigating challenging off-road terrain. The show enables seamless Bluetooth connectivity, allowing for smooth GPS data transfer from a smartphone to the scooter’s display screen. This feature enables users to access and manage scooter information directly through their mobile devices.
The Hyperion’s distinctive feature is its radiant “Tron” glow, a mesmerizing illumination that envelops the deck with an otherworldly sheen. This modification not only amplifies nighttime visibility but also adds a stylish touch to the scooter.
The Hyperion price is $_____, with deliveries expected to commence by the end of August. This revolutionary e-scooter combines speed, agility, and innovative features to provide an exhilarating ride, appealing to those seeking a thrilling and modern commuting experience.
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You can access Apple Intelligence outside of the United States by exploiting this loophole.
Apple introduced new products at its annual Worldwide Developers Conference (WWDC) on June 10. The highly anticipated iOS 18 update is a game-changer, introducing an unparalleled array of innovative features and unprecedented personalization possibilities for iPhone users. Although the most significant enhancement lies in – Apple’s comprehensive suite of artificial intelligence features.
Initially unavailable in early beta releases, a plethora of Apple Intelligence features are now showcased in iOS 18.1 Developer Beta 1.
Writing instruments now enable rewriting, proofreading, and summarizing textual content across diverse apps. Siri’s sleek new design features a radiant edge light that enables effortless transitions between text and voice communications, while preserving conversation context across multiple requests. The Mail app will gain a Priority Emails section, Email Summaries, and Smart Reply functionality. Introducing a groundbreaking Focus mode that restricts notifications exclusively to one-touch interactions. The Images app now provides intuitive pure-language search capabilities, particularly enhancing the discovery of movie-related content with precise second-level searches. Additionally, the app enables the creation of engaging story-driven Recollections.
However, certain features such as Picture Playground, Genmoji, Precedence Notifications, the latest Siri update with on-screen awareness, and seamless integration with Apple’s version of ChatGPT won’t be available yet.
While the largest factor to consider in this scenario is indeed its status as part of the Developer Beta, Apple has released iOS 18.1 and iPadOS 18.1 Beta 1, which are now available for download by developers participating in the Apple Developer System. While we do not recommend installing the software on your primary device due to its current instability.
If you’re already running the Developer Beta, you’ll need to sign up for a waitlist to access Apple’s Intelligence features initially. Until recently, many have been entering quickly with ease. If you’re looking to take advantage of advanced features and seamless integration, consider using a suitable device such as an iPhone 15 Pro or Pro Max, or any M-series iPad model. One would need to be residing within the United States to comply with this requirement. Fortunately, we possess a contingency plan that enables us to access Apple Intelligence features globally without restrictions.
Apple Releases First iOS 18.1 Developer Beta Can’t get your hands on that new iPhone? To ensure a seamless experience, it’s recommended that you’re physically located within the United States. Assume you might be using your iPhone somewhere? pic.twitter.com/RJDdbVHglg
Would you consider seeking out international intelligence gathering services that specialize in accessing global data and insights? Perhaps leveraging strategic partnerships with overseas organizations or government agencies could provide valuable intel on Apple’s operations outside of the United States.
While not officially confirmed? Apple wouldn’t require additional presence outside the US with its existing Apple Intelligence strategy in place for now. So, this work-around could also be blocked in the subsequent replace. Meanwhile, you’ll have a chance to explore cutting-edge AI capabilities.
How do I access Apple Intelligence outside of the United States?
- Let’s go somewhere and then somewhere else.
- I apologize, but there seems to be no text provided for me to improve. Please provide the text you’d like me to edit, and I’ll do my best to assist you!
- United States, are you prepared to engage in a dynamic conversation?
- While you’ll have the option to add your native language as an alternative choice, keep in mind that it may prove more challenging for non-English speakers to utilize effectively.
- Wait patiently for your machine to complete its reloading process.
- Let’s head back to the main menu, and select the dot.
- You might come across the option to join the Apple Intelligence waitlist out there.
- If not, simply set Siri’s language to English, and you’re good to go.
If you’re placed on a waitlist, it’s essential to secure acceptance quickly. As enrollment increases, so does the timeline for completion? Once prepared options are available, users will receive a notification, enabling them to start utilizing Apple’s Intelligent features.
The macOS 14.6 update enables seamless multi-display support on the M3-powered MacBook Pro, revolutionizing workstation productivity and versatility.
And they swiftly grabbed the highlighted update, for this set of upgrades prominently showcases the core features of Apple’s advanced intelligence capabilities. Notwithstanding this, Apple has publicly unveiled a major innovation, significantly impacting homeowners of Apple devices. The latest MacBook model now boasts a highly anticipated feature: seamless multi-display support.
The ability to support multiple displays has finally come to all M3 MacBook models.
While most Apple Silicon-based Macs come with a single external display supported by their base configuration. Despite this, Apple has finally allowed multi-display support, allowing users to connect two external monitors simultaneously.
Despite sharing the same chip, they lacked this characteristic. The anticipated software update would also enable M1 MacBook Pro owners to utilize two external monitors simultaneously, which was promptly fulfilled.
Does the replacement enable multiple display views of help through that?
When the laptop’s lid is closed on a 14-inch MacBook Pro with an M3 chip, this update enables the use of up to two external displays, in addition to delivering critical bug fixes and security patches.
Nonetheless, there’s a catch. When closing the lid as per the launch notes, users can only combine two shows in a single instance. Due to these constraints, users are compelled to choose between employing the Mac’s built-in display alongside a single external display, or using two separate external displays.
While this may seem like a significant advantage for those valuing mobility and large displays in both personal and professional settings.
You possibly can replace your Mac by going to System Settings > Normal > Software program Replace.
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The trademark submitting for ‘Starborn’ suggests a potential Starfield DLC.
Rumors are circulating that the highly anticipated Shattered Area story expansion for may bring with it additional accomplishments, but a release date remains uncertain. The current registration process for the “Starborn” game may also solicit feedback from existing registrants regarding potential future developments for this highly acclaimed Xbox role-playing series.
The trademark was registered by ZeniMax Media, Bethesda’s parent company, and noticed by customers on Reddit and formerlly known as Twitter. As Bethesda’s new IP remains under wraps, fans of the franchise are finding grounds for optimism, despite the lack of official confirmation.
Bethesda’s Todd Howard and his team are reportedly working on a new sci-fi RPG called Starborn, which is rumored to be the next installment in the Starfield series.
— Timur222 (@bogorad222)
The inclusion of trademark registration indicators has led some to refer to this update as the sport’s second downloadable content (DLC). The trademark description, characterised as “downloadable laptop recreation software programme for personal computers and residential online gaming consoles”, explicitly alludes to this potential hazard.
According to Todd Howard, Bethesda’s sports director, plans are in motion for future expansions beyond Shattered Area, with work already commenced on these developments.
What may Starborn be about?
While the anticipated expansion may still be a ways off, the moniker “Starborn” carries distinct importance for gamers currently exploring Starfield, given its connections to the Constellation group and their pursuit of Artifacts, implying potential directions for future DLCs. However, there has been no official announcement regarding the contents of the upcoming DLC.
The prospect of a brand-new Starfield DLC delving into the sports’ multiverse concept is undeniably fascinating. Would this downloadable content explore encounters with numerous iterations of the protagonist’s character across diverse parallel universes?
The role of future story DLCs in gaming remains uncertain, pending gamer feedback and preferences. According to previous data, roughly 47% of Xbox gamers in the sports genre experienced. As development continues, sports updates are being prioritized, with builders working to address reported issues and unfavorable performance on Xbox platforms.
The 2024 Summer Olympics in Paris may provide valuable insights to decrease energy consumption at future Games.
Data collected from various competitor venues at the Paris Olympics is expected to provide valuable insights for the International Olympic Committee, potentially helping reduce the carbon footprint of future Games.
At the recent Games, the International Olympic Committee installed approximately 100 smart electricity meters across 35 competition venues to track real-time data on energy consumption. The International Olympic Committee will subsequently collect and scrutinize these data sets via Alibaba Cloud’s sustainability platform, Vitality, according to Choong Hon Keat, Singapore-based deputy national representative for the Chinese cloud provider.
The software program aims to quantify electrical energy consumption at venues and provide insightful data, which Alibaba will leverage to develop strategies for improving energy efficiency at future Olympic Games sites.
Fueled by cutting-edge technology, Vitality Skilled leverages data-driven insights to provide customized, venue-specific energy consumption forecasts and recommendations, enabling optimized power utilization and minimized waste, according to Alibaba’s pioneering approach.
Sensible meters, installed at various locations, including those used by judges and the media, gather information that considers environmental factors such as climate and fluctuations in energy usage, according to Choong. The vitality consumption of various tools utilised in diverse technical operational areas, including meal and beverage equipment, should be meticulously recorded and monitored for optimal resource allocation and sustainability.
According to Alibaba, the combined datasets should provide a more accurate picture of video game energy consumption. The International Olympic Committee (IOC) will compile all energy-related data from the Paris Olympics and Paralympics, including energy demand contingency, venue capabilities, and on-site climate conditions, into a unified dashboard for streamlined coordination.
Knowledge on vitality consumption at earlier video games, including the London Olympics in 2012, the Pyeongchang 2018 Olympic Winter Games, and the Tokyo Olympics in 2020, can also be accessed for evaluation by Vitality Experts through Alibaba.
Alibaba Group successfully debuted Vitality Score, a pioneering initiative launched in June 2022, at its inaugural sporting event in 2023, where it meticulously monitored and quantified the carbon footprint of temporary structures built on-site for the occasion? The insights gathered have enabled matching of supplies and tools utilised during the event, as claimed by Alibaba.
According to llario Corna, International Olympic Committee (IOC) Chief Information and Expertise Officer, “Electrical energy consumption has emerged as a significant contributor to the Olympic Games’ carbon footprint.” “The insights generated by Vitality Skilled will enable us to learn from each Games version, applying this knowledge intelligently to create even more sustainable and energy-efficient events in the future.”
Will the company slash its direct and indirect carbon emissions by 30% this year and a further 50% by 2030 in line with The Paris Agreement?
A third-party vendor commissioned by the International Olympic Committee installed 100 smart meters at this year’s Olympic Games. Alibaba declined to provide details on its collaboration with the smart meter vendor, opting instead to keep the specifics of how they worked together to streamline data collection and analysis private.
Would ZDNet have inquired whether the IOC had considered offering Alibaba’s cloud infrastructure services as part of its agreement with the Chinese e-commerce giant? Alibaba declined to remark.
At this year’s Games, China’s cloud vendor will be providing the backbone infrastructure (OBS), featuring the launch of OBS Cloud 3.0, according to Alibaba.
The platform enables a range of critical functionalities, including OBS Stay Cloud, which streamlines remote distribution to media rights holders. For the first time, this event will rely on cloud infrastructure rather than satellites, a technology last seen at the Tokyo Olympics in 1964?
As part of the Paris Olympics 2024 effort, a significant majority – approximately two-thirds – of pre-booked remote contributors, comprising 54 broadcasters, will leverage OBS Stay Cloud to deliver their feeds, with an additional two UHD channels also utilizing this cutting-edge technology. The cloud-based platform is poised to disseminate a vast array of multimedia content, comprising 379 video streams, including 11 Ultra High Definition (UHD) and 368 High Definition (HD), alongside 100 distinct audio feeds.
OBS’ content material supply platform, Content+ – hosted on Alibaba Cloud – is poised to deliver a projected 11,000 hours of content this year, representing a 15% increase over Tokyo 2020. The event coverage will feature live sessions, exclusive athlete Q&A’s, and real-time social media updates.
Alibaba announced that its Content material+ platform offers features enabling media rights-holders to create their own highlights anywhere, allowing them to distribute content that can be downloaded in three distinct resolutions: low, medium, and high definition, ideal for various platforms including digital and social media.
Unleash the Power of AI-Driven Data Transport: Unlock the Full Potential of Your ML Workloads with Cisco’s Innovative Information Highway Networks.
As the digital landscape continues to evolve, leveraging information effectively has become crucial for success, particularly in today’s data-driven era where AI and machine learning workloads are driving the need for simplified information infrastructure that can efficiently support these demands. While an overwhelming 84% of corporate leaders believe AI will significantly impact their organization, only 14% globally claim they are fully equipped to integrate AI into their business operations, according to a recent report.
The rapid proliferation of large language models trained on massive datasets has created management complexities in the production environment. A cutting-edge strategy to catalyze organizational vitality, seamlessly integrating the trifecta of agility, elasticity, and cognitive intelligence to propel efficiency and guarantee a sustainable future.
Impact of Artificial Intelligence on Companies and Information Facilities?
As AI accelerates innovation, transforms workflows, and amplifies productivity, companies consistently struggle with three crucial hurdles:
- As data center architectures continue to evolve, administrators face the challenge of modernizing their information heart networks (IHN) to efficiently support AI-driven workloads.
- Can they successfully migrate AI/ML workloads to cloud-native architectures while ensuring scalability, reliability, and cost-effectiveness through a data-driven approach?
- Can they effectively ensure comprehensive and uninterrupted surveillance over their entire data transmission framework?
While AI visibility and observability remain crucial for effectively supporting AI/ML functions in manufacturing, lingering challenges persist. Despite a general lack of consensus regarding which metrics to track or optimal monitoring strategies, Furthermore, clarifying responsibilities for monitoring and one of the most effective structural arrangements for sustaining machine learning (ML) deployments remains a recurring topic of inquiry for numerous enterprises. In today’s interconnected world, where information facilities abound, securing data transmission between dispersed information centers, colocation sites, and cloud-based infrastructure is paramount. To achieve this, leveraging IPsec protocols and partnering with trusted companies to facilitate secure connections becomes essential.
AI-driven workloads, leveraging inferencing or retrieval-augmented generation (RAG), necessitate robust, distributed, and edge-based architectures that ensure seamless processing, security, and connectivity across a sturdy infrastructure. To ensure secure communication among multiple websites, regardless of whether they are privately or publicly hosted in the cloud, encrypting data is crucial for seamless interactions between Graphics Processing Units (GPUs), applications, and workloads, whether traditional or artificial intelligence-based. Innovations in networking are essential to meet this pressing need.
Cisco’s AI-driven machine learning methodology transforms network architecture and operation.
At Cisco Stay 2024, notable advancements were made in AI/ML capabilities. This innovative feature streamlines the configuration, monitoring, and maintenance of various fabric types through a unified management interface. By consolidating administrative processes across multiple data centers through standardized policies, this approach simplifies operations and fortifies security. Furthermore, we have extended our private cloud offerings with a seamless, cloud-as-a-service deployment option, empowering enhanced scalability and flexibility.
The Nexus Dashboard provides a unified experience for companies, simplifying software installation and upgrades through a streamlined process that minimizes the need for additional IT resources. The platform also functions as a comprehensive operations and automation hub for on-premise data center networks, delivering valuable features such as network visualisations, accelerated deployment capabilities, switch-level power management, and AI-driven root cause analysis for rapid performance troubleshooting.
As AI-focused buildouts accelerate, the community’s attention is rightfully centered on the underlying infrastructure and the capacity to develop a non-blocking, low-latency, lossless Ethernet fabric that can efficiently support these workloads. Ethernet’s pervasive nature, combined with its dependable performance and attractive cost-benefit ratio, has set the stage for the adoption of 800G technology and a future roadmap extending to 1.6T.
By implementing optimized congestion management mechanisms, enabling robust telemetry capabilities, configuring high-speed ports, and optimizing latency, network operators can successfully build AI-focused clusters that meet specific performance requirements. As our prospects increasingly confirm, the conversation is swiftly evolving towards adopting these clusters as a scalable framework for their current operational model, ultimately refining their management approach. It’s crucial to further revolutionize simplifying operators’ expertise by leveraging cutting-edge AI-powered automation capabilities.
We offer preconfigured CVD options tailored for AI/ML workloads, ensuring the community meets the specific infrastructure requirements of AI/ML clusters by minimizing latency and packet drops to facilitate seamless data transfer and efficient job completion.
The probability that a user selects a specific node is equal to 1/n, where n is the total number of nodes.
Unify and orchestrate both legacy and emerging workloads – conventional and AI-driven applications – within a unified information hub ecosystem, seamlessly integrating edge, colocation, public, or private clouds to deliver unparalleled reliability, optimized performance, simplified operations, and environmentally sustainable solutions that exceed customer demands. Our primary focus is on providing operational ease and enhanced networking capabilities that seamlessly integrate with native local area network (LAN), storage area network (SAN), artificial intelligence/machine learning (AI/ML), and Cisco’s Internet Protocol for Media (IPFM) architectures. By flipping, you may unlock novel applications and generate greater value.
Our cutting-edge infrastructure and operations capabilities, seamlessly integrated with our forward-thinking platform vision, will take center stage at the. Let’s look forward to meeting you there and exploring these advancements together.
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Claude 3.5 Sonnet comes out on high in Galileo’s Hallucination Index
The AI firm Galileo has simply introduced its newest Hallucination Index, which is a framework that evaluates 22 main generative AI fashions.
Fashions are examined utilizing a metric known as context adherence, which measures “closed-domain hallucinations: instances the place your mannequin stated issues that weren’t supplied within the context.”
The perfect performing mannequin total for RAG, in line with the rating, is Claude 3.5 Sonnet from Anthropic. Galileo stated that this mannequin and Anthropic’s different mannequin Claude 3 Opus had close to good scores, beating out OpenAI’s fashions, which gained final 12 months.
From a value perspective, the most effective performing mannequin was Google’s Gemini 1.5 Flash. And Alibaba’s Qwen2-72B-Instruct was total the most effective performing open supply mannequin, although in brief context RAG assessments, Meta’s llama-3-60b-instruct was the most effective.
Damaged down by context size, the most effective closed-source mannequin in brief context RAG was Claude 3.5 Sonnet, in medium context RAG was Google’s Gemini-1.5-flash-001 (with value being the tiebreaker with different fashions that additionally scored an ideal rating), and in massive context RAG was once more Claude 3.5 Sonnet.
“In at present’s quickly evolving AI panorama, builders and enterprises face a crucial problem: the best way to harness the facility of generative AI whereas balancing value, accuracy, and reliability. Present benchmarks are sometimes based mostly on tutorial use-cases, slightly than real-world purposes. Our new Index seeks to deal with this by testing fashions in real-world use instances that require the LLMs to retrieve information, a typical follow in enterprise AI implementations,” says Vikram Chatterji, CEO and co-founder of Galileo. “As hallucinations proceed to be a serious hurdle, our purpose wasn’t to simply rank fashions, however slightly give AI groups and leaders the real-world information they should undertake the suitable mannequin, for the suitable process, on the proper value.”
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Meta’s new Llama 3.1 mannequin competes with GPT-4o and Claude 3.5 Sonnet
Can these shape-shifting machines possibly grasp the intricacies of delicate paper folding?
North Carolina State University engineers have achieved a breakthrough in origami-inspired robotics, developing a novel methodology that enables a single, cube-shaped robotic structure to be reconfigured into over 1,000 distinct forms using just three active motors. The breakthrough could lay the groundwork for adaptable artificial systems capable of tackling multiple functionalities and even bearing weight – think modular robotic structures used in construction, for example?
“Researchers are seeking to develop a system that can generate a wide range of complex shapes using only a limited number of actuators, according to associate professor Jie Yin.” By leveraging a biomimetic approach, we’re drawing inspiration from natural hierarchies, such as the layered structure of muscle fibers, and applying it to the design of a reconfigurable robot utilizing plastic cubes.
Researchers at NC State successfully fabricated hollow, plastic cubes using a 3D printer and constructed a total of 36 units, incorporating rotating hinges, with some featuring metallic pins for mounting purposes and others equipped with wireless activation via motors.
Researchers successfully transformed over 1,000 distinct shapes from a set of cubes using just three dynamic motors. The structures encompassed tunnel-like edifices, bridge-like constructions, and intricate multi-story complexes.
Transformer robots, unencumbered by physical constraints, can move freely in any direction – forwards, backwards, or even sideways – without the need for feet, thanks to their ability to manipulate the shape of their constructions. The bots’ morphing process may unfold rapidly, transforming them from a flat, open design to a more complex, box-like structure that is either partially or fully enclosed. The robots are capable of carrying loads that are approximately three times their own weight.
Next, the researchers will aim to further enhance the capabilities of the transformer bots.
Yanbin Li, an NC State postdoctoral researcher and co-corresponding author of the study, emphasized the necessity for building a robust structure capable of supporting increased loads. How do we envision designing the fundamental structure capable of transforming into an automotive form? We must also consider reviewing our facilities’ designs in conjunction with innovative technologies such as autonomous robots.
According to Antonio Di Lallo, an NC State postdoctoral researcher and co-lead author of the study, “these structures hold potential as deployable, adaptable space robots and habitats.” “It’s a modular design, allowing you to easily transport and assemble the structure in various configurations, whether as a temporary shelter or long-term habitat, with the option to disassemble and reconfigure as needed.”
“For customers, simplicity in assembly and regulation is paramount,” Yin emphasized.
Hao Su, Affiliate Professor of Mechanical and Aerospace Engineering, serves as a co-corresponding author for the research paper. Dr. Junxi Zhu, a Ph.D. alumnus of North Carolina State University. Pupil, Yinding Chi, a former PhD recipient. As a graduate pupil at North Carolina State, they also co-authored the research paper.
The findings seem in . The funding for this analysis was provided by the National Science Foundation under grants CMMI-2005374, CMMI-2126072, and 2231419.