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Streamlining Justice: 3 Ways to Enhance Court Accessibility

Taylor Marlowe
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Streamlining Justice: 3 Ways to Enhance Court Accessibility

Better Access to Justice in 3 Key Areas

The legal maxim that "justice delayed is justice denied" has long been a rallying cry to encourage judges and courts to operate more efficiently. If legal redress or fair relief are potentially available to an injured party but aren’t promptly provided or supported, that is effectively no remedy at all. Today, the need for accessible and fair judicial systems is at least as relevant as when William Penn voiced it back in the seventeenth century. Fortunately, technology is playing a key role in helping to realize the vision and improve access to justice.

1. Streamline Court Operations

Courts function better with a more empowered workforce, and modernization makes it possible to quickly realize significant gains in efficiency. For example, by simply adopting Microsoft 365 Copilot, 70% of users surveyed across industries reported being more productive and able to focus more on high-value activities and creative work.

Even greater benefits are gained by cloud solutions that bring together vast stores of data. Courts are often supported by aging legacy systems that hold data in disconnected silos, making it difficult, if not impossible, to integrate it all. For example, the Orange County Superior Court (OCSC) managed three disparate case management systems (containing more than 70 million paper files), which created serious inefficiencies. So, they integrated it all into a single data warehouse on Microsoft Azure, and realized new benefits in decision making and improved operational efficiency, as well as setting the stage for greater innovation.

Case management systems are especially being transformed by modernization. Courts are moving away from expensive, limited legacy systems to modern solutions that speed up case processing, help judges access necessary information faster, and even increase the capacity of caseloads. Cloud-based case management systems can also fundamentally change how people interact with courts. For example, the Alabama Appellate Courts System developed a hybrid cloud solution that allowed 6,000 Alabama licensed lawyers to access information and file motions with no need to physically travel to any of its three courts.

2. Improve Everyday Access to Justice

Trust in the court is central to justice, but for many people, the cost and friction involved in legal proceedings is high and the results are not always satisfactory. Modernization can help ease the burden with new services and capabilities that are user-friendly and engage the public.

Remote access to court proceedings is a profound benefit of modernization, making it faster, easier, and less expensive for people to participate. Widely adopted during the pandemic, remote hearings with Microsoft Teams are now being enhanced with generative AI features that can do things like generate unofficial transcripts or session recaps.

The Teams experience can also be expanded to provide additional services. For example, the Federal Regional Court of the 1st Region (TRF1) in Brazil improved access to the court with a new Virtual Support Desk—an integrated online service platform within Teams that offers easy access to important judicial services for people across Brazil. It also provides a personalized work hub for court service agents, giving them access to real-time engagement analytics, proactive notifications, and service governance indicators.

3. Enhanced Experiences through New Services

Innovation with generative AI and advanced cloud services is still evolving for courts, but the early benefits give us a glimpse of how significantly courts will be transformed in the months and years to come.

Many of the benefits listed above will accelerate dramatically as more courts invest in modernization. For individuals, AI-enabled online portals and mobile applications will provide easier access to case information, explain options, and answer questions about legal processes—providing support that even court staff cannot always offer due to legal restrictions.

For judges and court staff, modernization promises faster processing of cases, with solutions that speed up administrative tasks, reduce delays caused by paperwork errors, and improve the filing of legal documents. AI can automate the extraction, categorization, and organization of information from documents such as invoices, contracts, and emails.

A Low-Risk Way to Explore AI Innovation in the Court

Many courts are understandably cautious about involving their critical data and systems in innovation with new technology such as AI. That’s why Microsoft endorses an important new initiative called the AI Sandbox, by the National Center for State Courts (NCSC).

The AI Sandbox helps leaders in judicial organizations explore generative AI and learn how it can improve productivity, efficiency, and citizen service. Designed to serve the needs of courts across geographies, the AI Sandbox lets judges and court staff experiment with generative AI in a secure private cloud environment built on Azure. It supports the development of use cases such as drafting court orders, creating job descriptions, providing legal information, and much more. Best of all, it’s easy to use via the NSCS portal (no travel required).

Advancing Your Modernization Journey

Whether it’s the AI Sandbox or early experimentation with Microsoft 365 Copilot, the path to modernization is unique for every court. There are some fundamental elements that every organization will eventually need in order to realize the complete benefits of AI:

  • A cloud platform like Azure delivers proven scalability, security, and compliance.
  • A data and AI platform like Microsoft Fabric provides a common way to reason over your data.
  • A development platform like Azure AI Foundry lets you build world-class AI-native applications.

Improving access to justice through technology is a long-term journey, but one that delivers benefits early and often. It’s important to define your goals, take a strategic approach, and choose a technology partner who will be with you every step of the way.

Learn More

To see how Microsoft is empowering court systems to be more agile, secure, and accessible for all, watch our video. To learn more about how we can help in your court’s modernization journey, visit our website or get in touch with your Microsoft sales representative or technology partner.

FAQs

Q: What are the benefits of modernizing court systems?
A: Modernizing court systems can improve efficiency, productivity, and access to justice, making it easier for people to navigate the legal process and receive the support they need.

Q: What is the AI Sandbox?
A: The AI Sandbox is a low-risk way for courts to explore generative AI and learn how it can improve productivity, efficiency, and citizen service.

Q: How can I get started with modernization?
A: Start by defining your goals, taking a strategic approach, and choosing a technology partner who will be with you every step of the way.

Karman Digs Up $20M to Build an Asteroid-Mining Autonomous Spacecraft

Avery Winslow
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Karman Digs Up M to Build an Asteroid-Mining Autonomous Spacecraft

Investors Bet Big on Asteroid Mining Startup Karman+

$20 Million in Seed Funding for a New Frontier in Space Exploration

Investors on the lookout for startups working at the frontiers of technology are casting their nets ever further into uncharted territory, sometimes literally as well as figuratively. In one of the latest examples, a startup called Karman+ with ambitions to build autonomous spacecraft that can travel to asteroids and then mine them for materials has now raised $20 million in a seed round that it will be using to get itself to its next stage of hardware and software development.

Karman+’s Ambitious Plan

Karman+’s initial target is very out-there. It aims to build a vessel that can travel to asteroids, mine them, extract water from that material (called regolith), and then travel back to the earth’s orbit to use that water to refuel space tugs and the propulsion for ageing satellites to extend their life.

Later, it sees opportunities to contribute to further work to extract rare metals and other materials from asteroids, and contribute to the development of a wider space manufacturing ecosystem, to offset or complement work on Earth.

A Science Fiction Turned Reality

It sounds like the stuff of science fiction (and it is, as asteroid mining was a central theme in the 2013 Nebula Award-winning book called "2312"). But the team believes that with advances in autonomous technology, space exploration, and Karman+’s own work so far building its spacecraft with off-the-shelf components, the team is closer to realising its goal than you might think.

Mission Details

The team is currently aiming for its first launch in 2027. The mission can be run for $10 million or less, compared to the $1 billion that’s been spent on missions to explore asteroids up to now. And that the potential market for refuelling could be worth single-digit billions of dollars per year.

The Founders’ Journey

Karman+ was founded by Teun van den Dries and Daynan Crull, who met while working at Van den Dries’ previous enterprise, a real estate data startup called GeoPhy, which was acquired for $290 million in 2022. After the acquisition, Van den Dries started to reassess his career priorities.

The Science Behind it All

He describes himself as being "a science fiction nerd" who studied aerospace engineering in college but never worked in the field. Instead, he’d been building SaaS companies for the past 20 years.

"I wanted something that was underinvested," he said of the space market. That ruled out fusion, which he also considered. Startups working on fusion technology have collectively raised more than $5 billion in funding, per Dealroom data.

The Future of Space Exploration

Mining asteroids is a new frontier, but also represented potential cost efficiency, he said, since typically when an organization wants to do something in space, it needs to launch all the components from Earth, and that is very costly.

"The beauty of asteroids is that they’re at the right plane," he said of their orbit. "It is the easiest, cheapest, fastest place to get resources, certainly compared to the moon, and actually also compared to launching it all from Earth. So the unlock there is if you are able to provide [material] at attractive prices. You can start to build a flywheel that allows you to do all sorts of things that right now we just cannot do at all."

Challenges Ahead

It’s not the only one trying to this: AstroForge is another asteroid mining startup. But this is all obviously easier said than done. There are several variables that would need to line up to achieve the first phase of Karman+’s roadmap.

Conclusion

The startup’s spacecraft has yet to be completed, let alone tested. Although the Karman+ founders believe they can bring costs down to around $10 million, so far asteroids have only been probed by spacecraft a handful of times before. This by teams from NASA and once by a Japanese team and at great cost: more than $1 billion a single NASA mission.

FAQs

Q: What is Karman+ doing?
A: Karman+ is building autonomous spacecraft that can travel to asteroids and then mine them for materials.

Q: How much funding has Karman+ raised?
A: Karman+ has raised $20 million in a seed round.

Q: What is the goal of Karman+?
A: The goal of Karman+ is to build a vessel that can travel to asteroids, mine them, extract water from that material (called regolith), and then travel back to the earth’s orbit to use that water to refuel space tugs and the propulsion for ageing satellites to extend their life.

Q: When is the first launch planned?
A: The first launch is planned for 2027.

Q: How much will it cost to run a mission?
A: The mission can be run for $10 million or less, compared to the $1 billion that’s been spent on missions to explore asteroids up to now.

Innovative AI Phone & AGI on the Horizon

Phil
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Innovative AI Phone & AGI on the Horizon

AI News

New Google Algorithm Update: How It Affects Your Video Content

Google has announced a new algorithm update focused on video content, which aims to improve the search engine’s ability to understand and index video metadata. This update will impact how YouTube videos are ranked in search results, making it more challenging for creators to get their content noticed.

New AI-Powered Tool for Video Titling

TubeBuddy, a popular tool for YouTube creators, has launched an AI-powered title generator. This innovative tool helps creators craft more engaging and attention-grabbing titles for their videos. With the AI Title Generator, you can get instant title suggestions based on your video’s content, making it easier to optimize your videos for search and increase engagement.

AI-Generated Art Takes Center Stage

AI-generated art has been making waves in the art world, with several artists using machine learning algorithms to create stunning and unique pieces. A new AI-powered art platform, Amper Music, has launched a new tool that allows users to create their own AI-generated music tracks. This technology has the potential to revolutionize the music industry, providing creators with endless possibilities for new and innovative content.

AI-Powered Transcription Service for Podcasters

TranscribeMe, a popular transcription service, has launched a new AI-powered transcription tool specifically designed for podcasters. This innovative tool uses AI to transcribe audio files quickly and accurately, saving podcasters time and effort. The service is available for both one-off transcriptions and subscription-based plans.

AI News in the World of Education

Researchers at the University of California, Berkeley, have developed an AI-powered system that can detect and predict student stress levels. This groundbreaking technology uses machine learning algorithms to analyze student behavior and emotional responses, providing educators with valuable insights to better support their students.

Conclusion

This week’s AI news has shown us the vast potential of this technology, from improving video content to revolutionizing the art and music industries. As AI continues to evolve, it’s essential for creators and businesses to stay informed about the latest developments and how they can benefit from these innovative technologies.

FAQs

Q: How does the new Google algorithm update impact my YouTube video content?
A: The update will improve Google’s ability to index video metadata, making it more challenging for creators to get their content noticed. It’s essential to optimize your video titles and descriptions to increase visibility.

Q: Can I use the AI Title Generator for my video content?
A: Yes, the AI Title Generator is available for YouTube creators to craft more engaging and attention-grabbing titles for their videos.

Q: What is the purpose of the Amper Music platform?
A: Amper Music is an AI-powered art platform that allows users to create their own AI-generated music tracks, revolutionizing the music industry with endless possibilities for new and innovative content.

Q: How does TranscribeMe’s AI-powered transcription service work?
A: The service uses AI to transcribe audio files quickly and accurately, saving podcasters time and effort. It’s available for both one-off transcriptions and subscription-based plans.

Q: How does the AI-powered system detect student stress levels?
A: The system uses machine learning algorithms to analyze student behavior and emotional responses, providing educators with valuable insights to better support their students.

AI’s Impact on SEO Strategies

Jordan Waverly
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AI’s Impact on SEO Strategies

Keeping Pace with AI is Exhausting and Overwhelming – and So Important

As the world of AI continues to evolve, it’s becoming increasingly important for individuals and businesses to stay informed about the latest developments. To help make sense of the rapidly changing landscape, I’ve spent hours reading 19 original analyses of AI Overviews (AIOs) and synthesized the insights into five key questions.

How Often Does Google Show AI Overviews?

The biggest question, of course, is how much does this matter? To my surprise, the AIO-pocalypse has not yet happened. At least, not according to the data. According to various studies, AI Overviews are shown in a range of 4.5% to 47% of keywords, with an average of around 12.1%.

What Triggers AI Overviews?

The common theory is that AIOs disrupt predominantly informational searches, and the data backs that up. Every study I looked at confirmed that the majority of AIOs show up for informational-intent keywords like questions.

How Can You Rank In AI Overviews?

When we talk about "ranking in AIOs," we mean being cited. There is a lot more to be discovered about how Google decides what pages to cite. Based on patents, it seems that Gemini first creates the answer to a question and then seeks sources that could be a good fit.

Factors That Affect Citation

  • It’s not keyword match: The number of AIOs citing the exact keyword is extremely low.
  • Organic ranking position matters somewhat: Ranking higher is better, but not a requirement to get traffic from AIOs.
  • Cosine similarity analysis: The closer your text matches what’s shown in the AIOs, the higher your chances to be cited.

How Should You Rethink Content Creation For AI Overviews?

Optimizing for AIO citations and mentions isn’t a 180-degree turn compared to classic organic results, but you want to keep in mind the right format and where you publish the content.

AIO Format

  • Average length: 90-170 characters, equivalent to 15-40 words.
  • Most AIOs contain lists: 61% are unordered lists, 21% contain no list, and 12% are ordered lists.
  • Prominently cited domains: YouTube and Wikipedia are often cited in AIOs for information intent keywords.

Conclusion

As a community, we’ve made significant progress in understanding AI Overviews and their impact. Even though it’s a moving target, we can conclude for now that AIOs occupy informational, long-tail queries with low search volume and negatively impact click-through rates unless you’re part of the citations.

Frequently Asked Questions

Q: How do AIOs impact click-through rates and SEO traffic?
A: AIOs negatively impact click-through rates and SEO traffic, especially for informational, long-tail queries with low search volume.

Q: Can you rank in AIOs?
A: Yes, you can rank in AIOs by optimizing your content for AIO citations and mentions, focusing on format, length, and content.

Q: How do AIOs impact my website?
A: AIOs can impact your website’s traffic and engagement, especially if you’re not part of the citations. It’s essential to stay informed about AIOs and optimize your content accordingly.

Q: Can I get more AIO citations?
A: Yes, you can increase your chances of getting AIO citations by optimizing your content for AIOs, focusing on format, length, and content, and using Cosine similarity analysis.

Q: What is the future of AIOs?
A: The future of AIOs is uncertain, but it’s likely that they will continue to evolve and impact search behavior. Staying informed and adaptable is crucial in this rapidly changing landscape.

L4: Img2Img Painting in ComfyUI

Phil
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L4: Img2Img Painting in ComfyUI

Using a Very Basic Painting as an Image Input: A Surprisingly Effective Technique

The Power of Simplicity

When it comes to art, many of us assume that the more complex and intricate the design, the more impressive the result. However, this couldn’t be further from the truth. In this lesson, we’ll explore the surprising effectiveness of using a very basic painting as an image input to achieve amazing results.

The Basics of Image Input

Before we dive into the technique itself, it’s essential to understand what image input is. In the world of digital art, image input refers to the process of using a digital image as a starting point for creating a new piece of art. This can be a photograph, a painting, or even a simple drawing.

The Basics of a Basic Painting

For our purposes, a basic painting is one that has a simple, flat color palette and a minimal amount of detail. Think of a child’s drawing or a simple watercolor piece. The key is to keep things simple, as this will allow us to focus on the essence of the image rather than getting bogged down in intricate details.

How to Use a Basic Painting as an Image Input

So, how do you use a basic painting as an image input? The process is surprisingly straightforward:

  1. Choose Your Basic Painting: Select a painting that resonates with you, whether it’s a simple landscape, a still life, or an abstract piece. Make sure it’s something that speaks to you on an emotional level.
  2. Digitize the Image: Scan or photograph the painting, and then edit the image to remove any blemishes or distractions. This will help you focus on the essence of the piece.
  3. Play and Experiment: Use the basic painting as a starting point, and then experiment with different techniques, colors, and textures. This is where the magic happens, and you can turn a simple painting into a stunning work of art.

Tips and Tricks

  • Keep it simple: Remember, the goal is to keep things simple and focus on the essence of the image. Avoid over-embellishing or over-detailing.
  • Use the right software: Choose a software that allows for easy editing and manipulation of the image, such as Adobe Photoshop or Sketchbook Pro.
  • Experiment with different styles: Try out different techniques, such as watercolor, oil painting, or even collage. This will help you find your unique voice and style.

Conclusion

Using a basic painting as an image input may seem counterintuitive, but the results can be nothing short of astonishing. By embracing simplicity and allowing yourself to play and experiment, you can create truly unique and innovative artwork. So, don’t be afraid to keep it simple and let your creativity shine through.

FAQs

Q: What kind of painting should I use?
A: Choose a painting that resonates with you, whether it’s a simple landscape, a still life, or an abstract piece.

Q: How do I digitize the image?
A: Scan or photograph the painting, and then edit the image to remove any blemishes or distractions.

Q: What software should I use?
A: Try out Adobe Photoshop or Sketchbook Pro for easy editing and manipulation of the image.

Q: Can I use any painting?
A: Yes, but choose a painting that speaks to you on an emotional level. This will help you stay inspired and motivated throughout the creative process.

Jailbroken Grok

Emerson Blake
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Jailbroken Grok

AI Model Grok 3 Jailbroken, Raises Concerns over Safety and Security

Just a Day After Its Release, Grok 3 is Found to be Vulnerable to Jailbreaking

Just a day after its release, xAI’s latest model, Grok 3, was jailbroken, and the results are not pretty. Adversa AI, a security and AI safety firm, successfully used three methods – linguistic, adversarial, and programming – to get the model to share information it shouldn’t. The team got the model to reveal its system prompt, provide instructions for making a bomb, and offer gruesome methods for disposing of a body, among other responses AI models are trained not to give.

The Test Demonstrates Weak Safety and Security Measures

During the announcement of the new model, xAI CEO Elon Musk claimed it was "an order of magnitude more capable than Grok 2." Adversa concurs in its report that the level of detail in Grok 3’s answers is "unlike in any previous reasoning model" – which, in this context, is rather concerning. The report states, "While no AI system is impervious to adversarial manipulation, this test demonstrates very weak safety and security measures applied to Grok 3. Every jailbreak approach and every risk was successful."

Design of Grok 3 Contributes to its Vulnerability

By design, Grok has fewer guardrails than competitors, a feature Musk himself has reveled in. The chatbot was designed to "answer spicy questions that are rejected by most other AI systems." As a result, it lacks strong guardrails around political queries, which has led to misinformation in the past. Additionally, Grok’s image generator, Aurora, does not have many guardrails or emphasize safety, leading to the creation of violent and disturbing content.

Risks of Unregulated AI Development

The report comes amidst a growing concern over the lack of regulation in the AI industry. The US has been slow to set standards for AI development, and the recent move to remove existing regulations has only exacerbated the issue. This lack of oversight has led to the development of AI models like Grok 3, which are not designed with safety and security in mind.

Conclusion

The jailbreaking of Grok 3 raises serious concerns over the safety and security of AI models. The lack of regulation in the industry and the design of Grok 3 without strong guardrails have led to a model that is vulnerable to manipulation. It is imperative that AI companies prioritize safety and security in their development of AI models.

FAQs

Q: What is Grok 3?
A: Grok 3 is a new AI model developed by xAI, a company founded by Elon Musk.

Q: What are the concerns surrounding Grok 3?
A: The model has been jailbroken, revealing its vulnerability to manipulation and lack of safety and security measures.

Q: What is the design of Grok 3?
A: Grok 3 was designed to "answer spicy questions that are rejected by most other AI systems," resulting in a lack of strong guardrails around political queries and a focus on creating sensational content.

Q: What does this mean for the future of AI development?
A: The lack of regulation in the industry and the design of AI models like Grok 3 pose a risk to the development of safe and secure AI. It is essential that companies prioritize safety and security in their development of AI models.

Apple Drops New iPhones with Lightning Ports

Avery Winslow
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Apple Drops New iPhones with Lightning Ports

The End of an Era: Apple’s Last New Phone with a Lightning Port

The iPhone 14: A Lasting Legacy

The iPhone 14 was Apple’s last new phone to feature a Lightning port. With the launch of the iPhone 16E and the removal of the iPhone 14 and third-generation iPhone SE from Apple’s website, all new iPhones now come equipped with a USB-C port.

The Shift to USB-C

Apple has been gradually transitioning its products to USB-C from Lightning, which was first introduced with the iPhone 5 over a decade ago. This shift is not surprising, as the company has been slowly phasing out Lightning in favor of the newer standard. The trend is evident in Apple’s recent updates to its iPads and accessories, such as the Magic Mouse and keyboard, which now feature USB-C ports. Even the Siri Remote for Apple TV is available with a USB-C port.

What’s Next for Lightning?

While Apple still sells some accessories that rely on Lightning, such as the first-generation Apple Pencil and a handful of adapters, the writing is on the wall for this technology. It’s likely that these products will eventually be discontinued or replaced with USB-C alternatives.

The Future of iPhone Connectivity

As someone who has written about their fondness for Lightning (and still holds onto their iPhone 12 Mini), I must admit that the time has come for me to jump to a USB-C iPhone. With the new options available, I have a range of choices to pick from.

Conclusion

The end of Lightning as a standard on new iPhones marks a significant shift in the tech world. As Apple continues to adapt to the changing landscape, we can expect to see more USB-C ports and fewer Lightning connections. While change can be daunting, it also brings opportunities for innovation and progress. As we look to the future, it’s exciting to see what Apple has in store for us.

Frequently Asked Questions

Q: What is USB-C?
A: USB-C is a newer type of USB port that can be used for both data transfer and power delivery.

Q: Why is Apple switching from Lightning to USB-C?
A: Apple is transitioning to USB-C to keep pace with industry trends and to provide a more universal and versatile charging solution.

Q: What are some benefits of USB-C?
A: USB-C offers faster data transfer speeds, increased power delivery, and greater versatility, making it a more convenient and efficient option.

Q: Will my existing Lightning accessories still work?
A: It depends on the accessory. Apple still sells some Lightning-based products, but it’s likely that these will eventually be discontinued or replaced with USB-C alternatives.

Dissecting Avowed’s Beautifully Abstract Artwork

Phil
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Dissecting Avowed’s Beautifully Abstract Artwork

Avowed: The Art of a New Era

Avowed: Inspirations Behind the Art

When Skylight Collective set out to craft the key art for Obsidian Entertainment’s fantasy RPG, Avowed, the art team knew they weren’t making just another traditional video game box art. The result – a striking, watercolour-inspired image that feels at once both mysterious and evocative, abstract and traditional – sets Avowed apart in the world of fantasy role-playing games. But how did it come to life?

Avowed’s Art was a Risk Worth Taking

Going with an unconventional approach wasn’t without its risks. "It felt like a risky decision, but one that just felt right," Carrie Patel, Game Director at Obsidian Entertainment, recalls. "And as you noted, our game is weird, so why not embrace that with the key art?"

Making Avowed’s Key Art

The team at Skylight Collective used photobashing in Photoshop, combining concept art from the development team, supplemental imagery, and artist-created elements to fill in the gaps. To achieve the desired watercolour look, they studied classical watercolour painters like John James Audubon and created custom brushes to emulate watercolour washes and inks. "Then we just painted," David Cipriano, Executive Creative Director at Skylight Collective, explains. "We literally painted over the art we had been sketching."

Designing for a Digital Age

Despite its classical inspiration, Avowed’s key art needed to function in a modern, digital-first landscape. "The box is one of many placements," David notes. "We actually prototype it against probably six to eight different placements – Xbox dashboards, game store pages, Game Pass – so we ensure it’s modular and adaptable."

What is the Future for Game Art?

Avowed’s key art represents a shift towards more expressive and less formulaic imagery in game art and promotional art. David believes that taking creative risks is what leads to truly distinctive artwork. "If everybody can get on board with creating a little bit of weird and being a little uncomfortable, we can always make distinctive art."

Conclusion

Avowed’s key art is a bold statement in an era dominated by video and digital marketing. When given the freedom to experiment, game art can still surprise, inspire, and perhaps, pick up an Xbox controller. Or at least, load up one of the best digital art software and start painting.

FAQs

Q: What inspired the art team to create Avowed’s key art?
A: The team was inspired by the game’s unique story and world, as well as the desire to create something different and unique in the world of fantasy role-playing games.

Q: What was the process like for creating the key art?
A: The team used photobashing in Photoshop, combining concept art, supplemental imagery, and artist-created elements to fill in the gaps. They also studied classical watercolour painters and created custom brushes to emulate watercolour washes and inks.

Q: What is the future for game art?
A: Avowed’s key art represents a shift towards more expressive and less formulaic imagery in game art and promotional art. Taking creative risks is what leads to truly distinctive artwork.

Q: What can we expect from the art team in the future?
A: The art team is always looking for new ways to push boundaries and create unique and distinctive artwork. They are excited to continue working on Avowed and other projects, and to see where their creativity takes them.

DWPose for AnimateDiff – Free Workflow Download

Phil
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0
DWPose for AnimateDiff – Free Workflow Download

Noticed You’re Using an AdBlocker?

We understand that ads can be frustrating, and it’s natural to want to block them. However, our website relies on ads to operate and provide valuable content to our users. In this article, we’ll explain why ads are necessary and how you can help us continue to keep our website free for everyone.

Why Do We Need Ads?

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* Maintain our servers and infrastructure, keeping our website up and running smoothly
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FAQs

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Trillions of Viruses Live in Your Body. A.I. Is Trying to Find Them.

Avery Winslow
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Trillions of Viruses Live in Your Body. A.I. Is Trying to Find Them.

The Hidden World of Viruses Inside Us

The Unseen World of Viruses

The viruses we know best are the ones that make us sick — the influenza viruses that send us to bed and the smallpox viruses that may send us to the grave. But healthy people are rife with viruses that don’t make us ill. Scientists estimate that tens of trillions of viruses live inside of us, though they’ve identified just a fraction of them. A vast majority are benign, and some may even be beneficial. We don’t know for sure, because most of the so-called human virome remains a mystery.

The Human Virome Program

This year, five universities are teaming up for an unprecedented hunt to identify these viruses. They will gather saliva, stool, blood, milk, and other samples from thousands of volunteers. The five-year effort, called the Human Virome Program and supported by $171 million in federal funding, will inspect the samples with artificial intelligence systems, hoping to learn about how the human virome influences our health.

The Early Discovery of Phages

The first hints of the human virome emerged over a century ago. Analyzing stool samples, scientists discovered viruses known as phages that could infect bacteria inside the gut. Phages also turned up in the mouth, lungs, and skin.

A Vast and Diverse World

Scientists later found viruses that infected our own cells without causing any major symptoms. A vast majority of the world’s population gets infected with cytomegaloviruses, for example, which can colonize just about every organ. In the early 2000s, new genetic sequencing methods led scientists to find yet more viruses in saliva, blood, and stool. The technology also allowed them to estimate the number of viruses in our bodies by counting copies of viral genes. Each gram of stool, it turned out, contains billions of phages.

How Many Species of Phages?

Each person’s gut may harbor hundreds or even a thousand species of phages. But when biologists go from person to person, they will find many viral species in one that are missing from another — even when those people are married. The more people scientists study, the more species of phages they discover. "I’m expecting tens of millions of species," said Evelien Adriaenssens, a phage biologist at the Quadram Institute in Norwich, England.

The Complexity of the Human Virome

The viruses that infect human cells have turned out to be unexpectedly diverse. In 1997, researchers in Japan inspecting the blood of a patient discovered an entirely new virus family that came to be known as anelloviruses. Last month, a study revealed over 800 new species of anelloviruses, bringing the total number of known species to more than 6,800.

New Tools for Discovery

Some recent studies about the human virome raise questions about the very definition of a virus. A standard virus consists of a protein shell holding genes that are encoded either in double-stranded DNA or single-stranded RNA. But scientists are finding that our bodies are also home to exquisitely tiny rings of free-floating RNA. "Totally new tools are going to have to come in," said Dr. Pardis Sabeti, a computational biologist at the Harvard T.H. Chan School of Public Health.

Conclusion

The human virome is a vast and complex world, full of mysteries waiting to be uncovered. As scientists embark on this unprecedented journey, they will uncover new species of phages, viruses, and other microorganisms that live inside of us. But they will also discover how these microorganisms interact with our bodies and impact our health. The findings will challenge our understanding of viruses and open up new avenues for research and treatment.

FAQs

Q: What is the human virome?
A: The human virome refers to the collection of viruses that live inside the human body.

Q: How many viruses live inside the human body?
A: Scientists estimate that tens of trillions of viruses live inside the human body, though they’ve identified just a fraction of them.

Q: What is the purpose of the Human Virome Program?
A: The Human Virome Program is a five-year effort to identify and study the viruses that live inside the human body and how they impact our health.

Q: What is the scope of the Human Virome Program?
A: The program will gather saliva, stool, blood, milk, and other samples from thousands of volunteers and use artificial intelligence systems to inspect the samples and learn about how the human virome influences our health.

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