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A New Era of Digital Scents: Introducing Osmo’s Revolutionary Technology – Metaverseplanet.net

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A New Era of Digital Scents: Introducing Osmo’s Revolutionary Technology – Metaverseplanet.net


Humanity is on the brink of a new era as digital advancements continue to transform how we experience the world. From visual and audio content dominating the digital space, the next frontier might just involve smell. Imagine a world where scents can be transmitted digitally. This once fantastical idea is now becoming a reality, thanks to the groundbreaking innovations of Osmo.

“I Wish Smell Could Pass Through the Computer!” Now It Can

Have you ever wished you could share a fragrance through your screen? The technology developed by Osmo, an initiative founded by Alex Wiltschko from the Google Research team, has achieved a remarkable feat: digitizing scents. This innovation, known as Scent Teleportation, integrates fragrance into the digital environment and has the potential to revolutionize several industries.

How Does Osmo’s Technology Work?

Osmo’s success lies in its ability to analyze and reproduce scents using Gas Chromatography-Mass Spectrometry (GCMS). By analyzing odor molecules and digitally processing the data, Osmo creates a Basic Odor Map (POM) with the help of artificial intelligence. This AI-supported system reshapes the molecules and reproduces them as liquid essences, enabling accurate representation and reproduction of complex fragrance formulas.

Transforming the Fragrance Industry

Osmo’s innovations are not limited to digitization; they aim to transform the perfume industry by leveraging deep learning and graphical neural networks. These technologies allow the prediction and creation of environmentally friendly and sustainable aromatic molecules. With Osmo’s advancements, processes that once took years in the perfume industry can now be completed in a fraction of the time.

Expanding Applications of Digital Scent Technology

Osmo’s digital scent technology has far-reaching implications, extending beyond perfume creation to impact health, safety, and well-being. By analyzing odor components, Osmo is paving the way for new molecules that are not only safer but also more sustainable. This approach is crucial for reducing the environmental impact of traditional fragrance production.

A Future Full of Possibilities

From digitizing fragrance formulas to enabling scent teleportation, Osmo is leading the charge in a field that blends technology and innovation. This groundbreaking technology has the potential to redefine how we interact with digital content and experience the world, offering endless possibilities for the future.

Osmo’s advancements in scent digitization and artificial intelligence mark a pivotal moment in the evolution of technology, making the dream of transmitting scents through the digital world a reality.

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Canadian News Organizations File Lawsuit Against OpenAI Over Copyright Violations – Metaverseplanet.net

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Canadian News Organizations File Lawsuit Against OpenAI Over Copyright Violations – Metaverseplanet.net


Disputes between OpenAI and news publishers continue to escalate. Recently, Canada’s leading news organizations filed a lawsuit against OpenAI, alleging that the company used their content to train ChatGPT without obtaining proper permissions, thus violating copyright laws. The organizations involved include The Canadian Press, Torstar, Globe and Mail, Postmedia, and CBC/Radio Canada.

According to the publishers, OpenAI scanned their news content without authorization to train its artificial intelligence models and profited from it. In a joint statement, the media outlets emphasized, “OpenAI is making a profit by using content owners’ work without obtaining permission or compensating them.”

Media Outlets Stress “Intellectual Property” Rights

The publishers further highlighted that the unauthorized use of their content jeopardizes investments worth hundreds of millions of dollars. They argued that their content is protected under copyright laws and should not be exploited without proper agreements. While acknowledging the benefits of technological innovations, the media organizations stressed the importance of adhering to legal frameworks and ensuring fair use of intellectual property.

In response to the accusations, OpenAI claimed that its models are trained on data obtained from publicly available sources, adhering to the principles of fair use. OpenAI also stated that it provides options for media organizations to control how their content is used and expressed openness to collaboration.

Uncertain Legal Landscape in Canada

Canada recently enacted legislation requiring platforms to pay publishers for using their news content. However, it remains unclear whether this law applies to artificial intelligence applications. The outcome of this lawsuit could set a significant precedent for how AI models interact with copyrighted material in the future.

This case underscores the ongoing tensions between AI developers and content creators, emphasizing the need for clear legal frameworks to balance innovation and copyright protection.

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Nike-Owned NFT Studio RTFKT to Shut Down by January 2025 – Cryptoflies News

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Nike-Owned NFT Studio RTFKT to Shut Down by January 2025 – Cryptoflies News


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RTFKT, a Nike-owned non-fungible token (NFT) fashion studio, has announced it will wind down operations by the end of January 2025.

The news was shared through a post on X (Twitter), stating, “Today, we’re announcing the plan to wind down RTFKT operations.” 

Despite the announcement, the company clarified, “RTFKT isn’t ending. It’s becoming what it was always meant to be an Artifact of cultural revolution.”

Nike acquired RTFKT in 2021 as part of its push into Web3 and its goal to innovate in sports fashion. 

Since the acquisition, RTFKT has gained a strong following, with nearly 400,000 followers on X. 

You Might Be Interested In

The studio became known for its digital drops, such as the “MNLTH” NFT, which revealed a pair of digital Nike Dunk sneakers. Many of these digital releases were paired with physical products and collaborations, including partnerships with luxury luggage brand RIMOWA and artist Takashi Murakami.

Before winding down, RTFKT will release one final drop this month: the MNLTH X, featuring the BLADE DROP. The studio described it as “a testament to our commitment to pushing boundaries and merging worlds.” 

Afterward, RTFKT’s website will be updated to showcase “the groundbreaking work that defined the RTFKT journey.” Updates on collections, services, and other details will be provided through the company’s Discord and official channels.

The reasons behind the decision were not disclosed, but it comes amid broader challenges in the NFT market. Legal uncertainties and market downturns have affected many companies in the space. 

RTFKT’s decision follows a similar announcement by Kraken, which plans to close its NFT marketplace by February 2025. Other companies, including Immutable, Lacoste, Reddit, Starbucks, and GameStop, have also scaled back or exited the NFT market in recent months.



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5 Unique Chanel Bags to Treasure Forever

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5 Unique Chanel Bags to Treasure Forever


Chanel’s ageless designs and groundbreaking concepts are central to its revolutionary legacy. From the iconic little black dress to the Classic Flap bag, the brand has consistently created enduring pieces that have liberated women from the constraints of impractical fashion. Innovation lies at the heart of Chanel’s DNA. Here, we explore five unique Chanel bags that reflect the founder’s bold and imaginative spirit.

1. Chanel Perfume Bottle Bag 

The Chanel Nº5 perfume is the epitome of luxury—a timeless scent that has retained its iconic allure through the years. Inspired by this legendary fragrance, the House debuted the Chanel Perfume Bottle Bag as part of the 2014 Chanel Cruise Collection, instantly captivating fashion enthusiasts. This striking accessory boasts a transparent plexiglass construction, featuring the signature Chanel logo on the front and an interwoven chain strap for effortless wearability.

2. Chanel Dubai By Night Gas Can Evening Bag

unique chanel bag

Everything around us holds beauty to be inspired from, and Chanel proves it with the quirky Gas-can bag. Introduced in the 2015 Chanel Cruise Collection in Dubai, this inventive creation by Karl Lagerfeld drew inspiration from the everyday gas can. The iconic ‘CC’ logo takes center stage, while the shiny hardware transforms the bag into a true object of desire

3. Chanel La Pausa Lifesaver Bag

One of the most famous unique Chanel bags, the Lifesaver bag from the Chanel 2019 Cruise collection still has showstopper qualities, ready to turn heads with its playful design and bold aesthetic. Shaped in a perfect circle, it features the embroidered phrase ‘La Pausa’ on the front, with a transparent center revealing the iconic ‘CC’ logo nestled inside.

4. Chanel Boy Brick Lego Bag

unique chanel bag

Departing from conventional narratives, Chanel introduced the Boy Brick Lego bag during the Spring/Summer 2013 runway show. As expected, it quickly became a fan favorite of the maison. The whimsical design draws inspiration from iconic Lego toys while honoring the brand’s creative heritage with signature elements.

5. Chanel Evening In The Air Bag

The Chanel Evening In The Air bag reflects the rebellious and imaginative essence of the label. First seen during the brand’s Spring/Summer 2016 Airline collection, it is shaped in the form of an airport wheel and its interior is revealed through a magnetic closure at the top. This unique Chanel bag is simply eye-catching!

Guided by the power of masterful craftsmanship, each creation from Chanel invites you to a mesmerizing world of unceasing allure, all while embracing the ethereal beauty of femininity. The Luxury Closet is home to an exquisite selection of the label’s most stunning collections. Visit NOW!

Swati Rout

Swati views the world through the lens of art. Music and literature fascinate her creative side, while politics interests her practical side. Motivated by her favorite quote, ‘the pen is mightier than the sword,’ she hopes to pen down unforgettable words.



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Complete Guide to AI Agents

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Complete Guide to AI Agents


Imagine a work environment where every team member — from executives to new hires — has a personal assistant who can handle routine tasks, analyze data, and deliver customer insights on demand. With AI agents, this vision is becoming a reality. Today’s AI agents can manage an array of tasks, offering everything from customer support to data-driven business insights, and they are transforming companies’ ability to scale, meet goals, and tackle complex challenges.

AI agents, especially those integrated with generative AI capabilities, can quickly access and analyze trusted data, saving employees time and freeing them up to focus on critical work. But these AI-driven assistants go far beyond just customer service or data processing. They are revolutionizing business operations across industries and paving the way for businesses to achieve ambitious goals faster and more efficiently. Here’s what you need to know about this powerful technology and how it can be implemented to transform your business.

What is an AI Agent?

An AI agent is an autonomous system built with artificial intelligence that can understand, interpret, and respond to queries without human intervention. These agents are typically designed with machine learning and natural language processing (NLP) capabilities, enabling them to handle various tasks independently, from simple customer interactions to complex problem-solving.

AI agents differ from traditional AI tools by their ability to continuously learn and improve through self-adaptation. This allows them to handle increasing demands and perform a wider range of tasks with minimal oversight, making them ideal for dynamic, customer-centric environments. Platforms like Agentforce facilitate the development and deployment of AI agents, making it easy for businesses to harness this technology effectively.

How Do AI Agents Work?

AI agents operate through four key functions: data collection, decision-making, action execution, and continuous learning.

1. Data Collection

AI agents gather data from multiple sources, including customer interactions, transaction records, and social media. By pulling from diverse data streams, agents build a contextual understanding of customer needs, enabling real-time data integration that equips them to provide up-to-date responses.

2. Decision Making

Once data is collected, AI agents analyze it using machine learning algorithms to detect patterns and insights. This analysis allows agents to determine the best course of action, whether responding to a question or proactively addressing a need. This decision-making improves over time as agents learn from prior interactions.

3. Action Execution

After deciding on an action, AI agents can perform tasks autonomously. Actions might include responding to a customer inquiry, processing a transaction, or escalating a more complex issue to a human agent. This execution is designed to be efficient, ensuring prompt, accurate responses.

4. Continuous Learning and Adaptation

AI agents are designed to improve with each interaction. They update their knowledge base and adjust their algorithms based on feedback, refining their responses to become more effective over time. This continuous learning keeps agents relevant and adaptable, even as customer expectations evolve.

Through these capabilities, AI agents can perform a range of tasks independently, including making product recommendations, troubleshooting issues, and conducting follow-up interactions, which in turn enables human agents to focus on more complex, strategic tasks.

Six Key Benefits of AI Agents

Implementing AI agents can significantly enhance customer experience and operational efficiency. Here are six primary benefits:

1. Enhanced Efficiency

AI agents can manage multiple interactions at once, dramatically reducing response times and boosting customer service efficiency. If needed, they can identify and escalate cases to a human agent, ensuring customers are connected with the right expertise quickly.

2. Improved Customer Satisfaction

AI agents deliver quick, personalized responses that improve customer satisfaction scores. By continuously learning and adapting, these agents enhance the customer experience over time, making them highly effective for customer engagement.

3. 24/7 Availability

AI agents operate around the clock, addressing inquiries at any hour, which is particularly valuable for global businesses with customers in different time zones. This availability improves customer loyalty by meeting expectations for prompt service.

4. Scalability

AI agents can easily scale to meet increasing interaction volumes, enabling businesses to grow their customer service capacity without compromising quality. This adaptability makes them a valuable resource for organizations experiencing rapid growth.

5. Data-Driven Insights

AI agents analyze data in real-time, offering actionable insights that can inform business decisions. AI agents help employees make more informed, data-driven decisions by tapping into customer data.

6. Consistency and Accuracy

With the ability to maintain a standard of response quality, AI agents provide accurate information and consistent service. This reliability builds customer trust, as clients receive the dependable, error-free interactions they expect.

AI Agent Use Cases Across Industries

AI agents are transforming operations across many sectors. Here are some specific examples of how industries are benefiting from AI agent technology:

Finance

AI agents in finance can aggregate data, making it easy to personalize recommendations based on customer history and preferences. They can also help staff prepare for meetings by summarizing client interactions, open cases, and recent activity, enhancing productivity and reducing room for human error.

Manufacturing

AI agents monitor equipment in manufacturing to anticipate maintenance needs, prevent downtime, and optimize productivity. Sales teams benefit too, as agents can provide insights into agreements, helping highlight discrepancies between expected and actual sales figures.

Consumer Goods

AI agents in the consumer goods sector improve inventory management by tracking inventory levels, noting discrepancies, and aiding in stock planning. They can also assist with marketing by generating content and summaries informing customers of new products.

Automotive

Automotive companies use AI agents to monitor vehicle performance through telematics, identifying maintenance needs in real time. Agents can also help create dealership promotions tailored to customer preferences and buying behaviors.

Healthcare

AI agents streamline patient services in healthcare by answering questions, booking appointments, and generating medical summaries. They can also assist with patient treatment planning, records management, and finding candidates for clinical trials, thus reducing patient wait times.

Types of AI Agents

AI agents come in various forms, each suited to specific tasks. Here’s an overview of common types:

1. Simple Reflex Agents

These agents respond directly to specific conditions without deep contextual understanding, making them ideal for tasks like answering basic customer queries.

2. Model-Based Reflex Agents

These agents have a contextual model of the world, enabling them to make informed decisions based on past experiences. They’re well-suited for more complex environments where understanding context is essential.

3. Utility-Based Agents

These agents make decisions based on utility calculations, selecting the most beneficial action from multiple options. They’re commonly used in scenarios requiring optimal decision-making, such as determining efficient routes for autonomous vehicles.

4. Goal-Based Agents

Goal-based agents are programmed to achieve specific objectives and can adapt their actions based on whether they bring the agent closer to that goal. They’re effective for tasks with clear endpoints, such as finding a product match for a customer.

5. Learning Agents

Learning agents improve their performance over time through reinforcement learning, adapting to changing environments. They’re valuable in dynamic industries where evolving customer needs are a priority.

6. Hierarchical Agents

Hierarchical agents have a layered structure, with higher-level agents guiding lower-level ones. This setup is ideal for multi-step processes, as it allows each agent to focus on a specific part of a larger goal.

How to Implement AI Agents: Eight Tips for Success

Implementing AI agents effectively requires a well-planned approach. Here are eight tips to help guide the process:

Define Clear Objectives: Set specific goals for your AI agents, such as reducing response times or improving customer satisfaction, to ensure focused development and deployment.

Prepare High-Quality Data: AI agents rely on data to perform accurately. Organize and clean your data sources, such as customer interactions and transaction records, to support precise, relevant responses.

Choose the Right AI Agent Type: Select agents that match your needs. Reactive agents may suffice for simple queries, while goal-based or learning agents are better suited for complex tasks.

Integrate with Existing Systems: Ensure your AI agents work smoothly with CRM or other customer service tools, improving data flow and maximizing effectiveness.

Focus on User Experience: Design your agents to provide clear, timely responses, prioritizing a positive user experience.

Monitor and Optimize: Regularly evaluate your agents’ performance, using feedback to refine and improve their responses over time.

Plan for Human Oversight: Establish protocols for human agents to step in for complex cases, supporting scenarios beyond the AI’s scope.

Ensure Data Privacy and Security: Implement strong data protection measures and comply with regulations to maintain customer trust.

How AI Agents Can Support Various Teams

AI agents are valuable for different departments, offering benefits tailored to specific team needs:

Service Teams

Service agents respond to customer queries 24/7, escalating complex cases to human agents as needed. Platforms like Agentforce allow businesses to deploy pre-built templates for customized customer support quickly.

Sales Teams

Sales agents respond instantly to inquiries, answer product questions, and even book meetings. Sales teams benefit from round-the-clock engagement, allowing potential leads to get assistance any time, day or night.

Commerce Teams

Commerce-focused agents offer personalized recommendations and support customers directly on your website or through messaging apps. These agents streamline the shopping experience and help customers make informed purchasing decisions faster.

Marketing Teams

AI agents in marketing assist with campaign planning, content creation, and audience

segmentation. With tools like Agentforce Campaigns, marketers can automate campaign workflows, track performance, and receive recommendations for optimization.

AI Agents: The Future of Business Technology

AI agents mark a transformative leap in business automation. Unlike traditional automation, which requires manual input, today’s AI agents can learn, adapt, and improve with minimal human intervention, thanks to advances in machine learning and NLP. The result is faster decision-making, higher productivity, and increased opportunities for employees to focus on strategic initiatives.

Introducing AI agents at scale might seem challenging, but platforms like Agentforce simplify the process, enabling even non-technical users to easily create effective AI agents. With tools that allow users to describe desired tasks in natural language, Agentforce streamlines agent creation, making it accessible for all team members.

Incorporating AI agents into your business strategy positions your company to stay competitive in a fast-evolving tech landscape. Leveraging these intelligent agents can ensure efficiency, improve customer experiences, and drive sustainable growth.

Stay Informed on the Latest AI Developments

Whether you’re new to AI or looking to expand your expertise, follow our resources to keep up with the latest AI technology, ethics, and best practices.

Salesforce Einstein Features Guide: Check out our quick guide to Salesforce Einstein’s AI functionalities.

Building Responsible AI: Learn how to build AI responsibly in today’s tech landscape.

AI for Small Business: Discover how AI can enhance operations and customer service.

Ready to transform your business with Agentforce AI agents? Explore our library, connect with our support team, or speak to a representative to find the right solution for your business needs.



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Invader x HENI: A Celebration of Camouflage and Mosaic Mastery | NFT CULTURE | NFT News | Web3 Culture | NFTs & Crypto Art

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Invader x HENI: A Celebration of Camouflage and Mosaic Mastery | NFT CULTURE | NFT News | Web3 Culture | NFTs & Crypto Art


HENI and Invader, the enigmatic street artist famed for his pixelated mosaics, unveil two new collections that intertwine street art with contemporary fine art. The release includes the Camouflage screenprint series, alongside Alias and Pixel Pieces ceramic mosaic works, now available on HENI Editions and HENI Primary, respectively.

The Camouflage Series: Art in Disguise

Invader’s Camouflage series includes 21 unique screenprint editions, showcasing his iconic Space Invader figure cleverly embedded within intricate camouflage patterns. These works explore the theme of visibility and concealment, blending digital aesthetics with natural motifs.

Each screenprint, set in an aluminum frame, is hand-signed and numbered, with prices ranging from $1,500 (small size, 51 x 51 cm) to $8,000 (XXL size, 120 x 142 cm). Applications to purchase are open until 9 December 2024, 17:00 GMT.

Invader on Camouflage:“My work revolves around the concept of camouflage. I hide my mosaics in urban fabric, camouflaging myself in landscapes. Adopting military camouflage aesthetics reflects this idea.”

Alias and Pixel Pieces: From Street to Gallery

The Alias and Pixel Pieces series, available via HENI Primary, extend Invader’s pixelated art into ceramic works.

Alias Series

Alias artworks are “unique doubles” of Invader’s street mosaics, preserving the connection between public installations and collectible art. Each Alias includes ceramic tiles mounted on plexiglass panels and an ID card documenting its original street placement. These range in size from 52.2 x 76 cm to 195 x 102 cm.

Invader on Alias:“Alias bridges the street and gallery. Owning an Alias connects you to its public counterpart, keeping its memory alive even if it disappears.”

Pixel Pieces

Breaking free from street-specific designs, Pixel Pieces offer new explorations of Invader’s pixelated aesthetic. These works, all made of ceramic tiles on wood panels, come in standardized sizes ranging from 47.5 x 50 cm to 104.8 x 162.3 cm, with some incorporating glow-in-the-dark tiles for added depth.

Exhibition Details

The Camouflage series, Alias, and Pixel Pieces are on display at the HENI Gallery in London until 19 January 2025, with free admission.

Exhibition dates:

29 Nov – 9 Dec: Monday–Sunday, 10:00–18:00
10 Dec – 19 Jan: Monday–Friday, 10:00–18:00

Address:HENI Gallery6–10 Lexington St, London W1F 0LB, UK

About Invader

A self-described Unidentified Free Artist (UFA), Invader has gained international recognition for his pixelated mosaics, inspired by the classic arcade game Space Invaders. With over 4,000 mosaics installed worldwide, his work bridges the digital and physical realms, even reaching the International Space Station. Known for pushing artistic boundaries, Invader continues to evolve his medium, from street art to gallery exhibitions.

About HENI

HENI is a multifaceted art platform collaborating with leading artists and estates. From limited-edition prints to digital releases of original artworks, HENI makes art accessible to global audiences.

Visit:

TLDR

HENI and Invader release two new series: Camouflage screenprints, where Invader’s iconic Space Invaders hide in camouflage patterns, and Alias and Pixel Pieces, ceramic mosaics bridging street and gallery art. Available now on HENI Editions and HENI Primary, the works are also showcased at the HENI Gallery, London, until 19 January 2025.

 



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RTFKT’s Shocking Closure: A Betrayal to the Web3 Revolution? | NFT CULTURE | NFT News | Web3 Culture | NFTs & Crypto Art

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RTFKT’s Shocking Closure: A Betrayal to the Web3 Revolution? | NFT CULTURE | NFT News | Web3 Culture | NFTs & Crypto Art


When a brand becomes synonymous with innovation and disruption, the community expects bold moves, not abrupt farewells. Today, the RTFKT team, revered as trailblazers in the Web3 space, dropped a bombshell: they are winding down operations by January 2025. This announcement reeks of defeat disguised as poetic closure, leaving loyal supporters questioning how such a pioneering force could fade into an “Artifact of cultural revolution.”

“Thank You, But Goodbye”?

RTFKT has stood as a beacon for digital creatives, seamlessly fusing sneaker culture, gaming, and NFTs into a groundbreaking blend of digital and physical art. From launching Clone X with Takashi Murakami to debuting the concept of forging digital sneakers into tangible products, their story seemed unstoppable.

Now, this sudden pivot to “preserve the legacy” feels hollow. The announcement frames this closure as a natural evolution, but the community deserves answers: Why is this happening? Financial strain? Strategic shifts? Internal turbulence? What happened to the vision that inspired thousands of creators?

The MNLTH X: A Final Cash Grab?

RTFKT’s parting gift, the MNLTH X featuring the BLADE DROP, is pitched as one last innovation. While the release might push technical boundaries, it risks being seen as a last-ditch monetization effort before closing shop. Does this align with their ethos of empowering creators, or does it tarnish their reputation as they bow out?

What About the Creators?

RTFKT’s community has been its backbone, propelling its meteoric rise and shaping its revolutionary narrative. Many creators built careers, portfolios, and financial stability within the RTFKT ecosystem. By winding down operations, the brand risks leaving these artists in limbo, stripping them of critical infrastructure and support.

Is the Spirit of RTFKT Enough?

The statement declares, “RTFKT isn’t ending. It’s becoming what it was always meant to be.” Yet without active operations, how does this spirit live on? A showcase website, no matter how polished, is a poor substitute for the vibrant, dynamic community RTFKT once fostered.

Closing Thoughts: A Legacy in Limbo

The announcement might frame this as the end of a chapter, but to the community, it feels like the end of the book. RTFKT’s closure raises hard questions about sustainability in the Web3 space. If even giants like RTFKT can falter, what does that mean for smaller creators and platforms?

The team owes its community more than a carefully worded farewell. They owe transparency, accountability, and a clear path forward for the artists and collectors who helped build their empire. Anything less diminishes their legacy.

TL;DR:RTFKT, a leader in NFT innovation, has announced plans to wind down by January 2025. While they celebrate their past achievements, this move feels abrupt and leaves creators and collectors without clear support. Their final release, MNLTH X, risks being seen as a cash grab, and the community is left questioning the sustainability of the Web3 space.

 



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Daizen: Elevating the NFT Multiverse on Apechain Blockchain | NFT CULTURE | NFT News | Web3 Culture | NFTs & Crypto Art

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Daizen: Elevating the NFT Multiverse on Apechain Blockchain | NFT CULTURE | NFT News | Web3 Culture | NFTs & Crypto Art


The Legacy of Daimakyo and the Birth of Daizen

In November 2024, the NFT space witnessed a groundbreaking debut with the launch of the Genesis collection, “Daimakyo” on the Apechain blockchain. This marked the start of an artistic journey intertwining storytelling, technology, and digital artistry. Building on that innovative foundation, the Daizen collection emerges, offering 888 exclusive NFTs that promise to redefine sophistication and narrative depth within the Web3 universe.

What is Daizen?

Daizen isn’t just another NFT drop; it’s a multiversal narrative experience. Each NFT within the collection encapsulates a unique character, complete with interconnected backstories. Drawing visual inspiration from cyberpunk, lo-fi, vaporwave, postpunk, and streetwear, the collection embodies a fusion of retro-futuristic charm and contemporary design. Owning a Daizen NFT is akin to holding a portal to a richly layered universe, brimming with possibilities.

Art and AI: The Fusion of Creativity and Technology

A defining feature of Daizen is the harmonious blend of traditional art techniques and cutting-edge AI technology in its creation process. Using MidJourney, a state-of-the-art AI image generator, the team trained the system to conceptualize visuals resonating with Daizen’s thematic essence.

Post-generation, the project’s team painstakingly refines each image, adding manual touches and intricate details to ensure every NFT is a masterpiece. This meticulous process transforms Daizen NFTs into unique works of digital art, marrying AI’s potential with human creativity.

Why the Number 888?

The collection size of 888 NFTs isn’t arbitrary. In many cultures, the number 888 symbolizes good fortune and prosperity, and within Daizen, it serves as a thematic bridge between past, present, and future, reinforcing the multiversal narrative. This thoughtful numerical choice enhances the project’s spiritual and cultural resonance, enriching its value to collectors.

Extending the Genesis Vision

Daizen carries forward the innovative vision established by Daimakyo but raises the stakes by introducing a cohesive narrative layer and enhanced character design. Each NFT is more than visually appealing—it’s a piece of a larger puzzle that invites collectors to engage deeply with its world-building and storytelling.

The Apechain Advantage

Launching on Apechain blockchain, Daizen benefits from a platform known for its robust infrastructure and community-driven ethos. Apechain’s emphasis on scalability, low transaction fees, and support for creators makes it the perfect home for a project of Daizen’s ambition.

Conclusion: A Call to Join the Movement

Daizen isn’t just a collection; it’s an invitation to explore new worlds and celebrate the synergy of art, technology, and community. By blending anime-inspired aesthetics with cutting-edge storytelling, Daizen is poised to captivate both NFT enthusiasts and lovers of visual storytelling. Mark your calendars and prepare to be part of a revolutionary journey on Apechain.

TL;DR

The Daizen collection builds on Daimakyo’s success, offering 888 anime-inspired NFTs that merge AI-driven art with intricate storytelling. Launching on Apechain, it promises narrative depth, visual sophistication, and cultural symbolism through a multiversal framework.

 



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Croak Revival: How CrypToadz by Gremplin Sparked a Digital Renaissance | NFT CULTURE | NFT News | Web3 Culture | NFTs & Crypto Art

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Croak Revival: How CrypToadz by Gremplin Sparked a Digital Renaissance | NFT CULTURE | NFT News | Web3 Culture | NFTs & Crypto Art


The NFT world has always been a rollercoaster—a mix of hype cycles, cultural moments, and beloved communities. But among the myriad of projects, few hold the cult status of CrypToadz by Gremplin. Recently, CrypToadz have made waves again, with the floor price climbing back over 0.6 ETH, signaling a resurgence that’s more than just a passing phase. Let’s dive into why these pixelated amphibians have become a symbol of resilience in the NFT community.

A Legacy Revisited

When Gremplin launched CrypToadz in September 2021, the collection immediately struck a chord with collectors and enthusiasts alike. These quirky, pixelated toads embodied the rebellious and playful spirit of the early NFT community. It wasn’t just about the art—it was about the vibe, the culture, and the pond-centric community that formed around them. The project quickly established itself as an iconic piece of NFT history, standing out among the generative art crowd.

However, like many projects, the floor price of CrypToadz experienced ups and downs, reflecting the volatile nature of the broader crypto market. There were times when the toadz were croaking in whispers, with interest waning and prices dropping. But the passionate community never truly left, and it turns out that this commitment—from Gremplin and the toad-lovers—laid the foundation for what we’re seeing today.

The Resurgence: What’s Behind the Rise?

Recently, the CrypToadz floor price has climbed back over 0.6 ETH, a notable milestone for collectors who’ve been closely watching the pond. This resurgence isn’t just about the price tag—it’s about the reawakening of a movement. A combination of factors has contributed to this rise, including Gremplin’s continued involvement in the NFT space, renewed interest in nostalgic and community-driven projects, and the rise of cultural appreciation for original, grassroots NFT art.

The surge in CrypToadz’ value also signals a broader trend within the NFT community—a return to valuing projects that represent authenticity. Gremplin, a well-respected artist in the space, has continued to be a creative force, contributing to the culture while maintaining the spirit that first brought people to the pond. There’s a charm in CrypToadz that newer projects sometimes miss—a charm that resonates deeply with those who long for the days when the NFT landscape was more about art and community than utility and roadmap promises.

A Digital Renaissance

The CrypToadz resurgence is also a testament to the broader digital renaissance we’re witnessing in the NFT world. It’s a reminder that in this space, history and culture matter. Collectors are starting to look beyond the hype-driven projects with flashy promises and are instead revisiting the collections that set the stage for today’s NFT culture. CrypToadz, with its rebellious spirit and deep community roots, embodies that shift.

As the floor price floats above 0.6 ETH once again, it’s clear that CrypToadz are not just another pixel art collection—they’re a symbol of the resilience and nostalgia that many in the NFT space crave. This renewed interest represents a digital renaissance where community-driven projects are making a comeback, reminding everyone that the heart of NFTs lies in the culture they create, not just the price they command.

The Future of CrypToadz

So, where do CrypToadz go from here? The future, much like the journey so far, is unpredictable. But one thing is clear: CrypToadz by Gremplin has cemented its place as an enduring part of NFT history. With a strong community, a dedicated artist, and an ethos that speaks to the roots of digital art culture, CrypToadz are poised to keep croaking—loud and proud.

Whether you’re a long-time holder or a newcomer intrigued by their unique charm, the rise of CrypToadz above 0.6 ETH serves as a reminder of what makes the NFT space so special: community, creativity, and a little bit of chaos. The pond is alive, and the toadz are here to stay.

 



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Academic Researchers Face Computing Power Shortages in AI Studies

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Academic Researchers Face Computing Power Shortages in AI Studies


A recent survey highlights the frustration among university scientists over limited access to computing power for artificial intelligence (AI) research. The findings, shared on the arXiv on October 30, reveal that academics often lack the advanced computing systems required to work on large language models (LLMs) and other AI projects effectively.

One of the primary challenges for academic researchers is the shortage of powerful graphics processing units (GPUs)—essential tools for training AI models. These GPUs, which can cost thousands of dollars, are more accessible to researchers in large technology companies due to their larger budgets.

The Growing Divide Between Academia and Industry

Defining Academic Hardware

In the context of AI research, academic hardware generally refers to the computational tools and resources available to researchers within universities or public institutions. This hardware typically includes GPUs (Graphics Processing Units), clusters, and servers, which are essential for tasks like model training, fine-tuning, and inference. Unlike industry settings, where cutting-edge GPUs like NVIDIA H100s dominate, academia often relies on older or mid-tier GPUs such as RTX 3090s or A6000s.

Commonly Available Resources: GPUs and Configurations

Academic researchers typically have access to 1–8 GPUs for limited durations, ranging from hours to a few weeks. The study categorized GPUs into three tiers:

Desktop GPUs – Affordable but less powerful, used for small-scale experiments.

Workstation GPUs – Mid-tier devices with moderate capabilities.

Data Center GPUs – High-end GPUs like NVIDIA A100 or H100, ideal for large-scale training but often scarce in academia.

Khandelwal and his team surveyed 50 scientists from 35 institutions to assess the availability of computing resources. The results were striking: 66% of respondents rated their satisfaction with computing power as 3 or less out of 5. “They’re not satisfied at all,” says Khandelwal.

Universities manage GPU access differently. Some offer centralized compute clusters shared across departments, where researchers must request GPU time. Others provide individual machines for lab members.

For many, waiting for GPU access can take days, with delays becoming especially acute near project deadlines. Researchers also reported notable global disparities. For instance, a respondent from the Middle East highlighted significant challenges in obtaining GPUs. Only 10% of those surveyed had access to NVIDIA’s H100 GPUs—state-of-the-art chips tailored for AI research.

This shortage particularly affects the pre-training phase, where LLMs process vast datasets. “It’s so expensive that most academics don’t even consider doing science on pre-training,” Khandelwal notes.

Key Findings: GPU Availability and Usage Patterns

GPU Ownership vs. Cloud Use: 85% of respondents had zero budgets for cloud compute (e.g., AWS or Google Cloud), relying instead on on-premises clusters.Hardware owned by institutions was deemed more cost-effective in the long run, though less flexible than cloud-based solutions.

Usage Trends: Most respondents used GPUs for fine-tuning models, inference, and small-scale training. Only 17% attempted pre-training for models exceeding 1 billion parameters due to resource constraints.

Satisfaction Levels: Two-thirds rated their satisfaction with current resources at 3/5 or below, citing bottlenecks such as long wait times and inadequate hardware for large-scale experiments.

Limitations and Challenges Identified

Regional Disparities: Researchers in regions like the Middle East reported limited access to GPUs compared to counterparts in Europe or North America.

Institutional Variances: Liberal arts colleges often lacked compute clusters entirely, while major research universities occasionally boasted tens of thousands of GPUs under national initiatives.

Pre-training Feasibility for Academic Labs

Pre-training large models such as Pythia-1B (1 billion parameters) often requires significant resources. Originally trained on 64 GPUs in 3 days, academic researchers demonstrated the feasibility of replicating this model on 4 A100 GPUs in 18 days by leveraging optimized configurations.

The benchmarking revealed:

Training time was reduced by 3x using memory-saving and efficiency strategies.

Larger GPUs, like H100s, cut training times by up to 50%, though their higher cost makes them less accessible to most institutions.

Efficiency techniques, such as activation checkpointing and mixed-precision training, enabled researchers to achieve outcomes similar to those of industry setups at a fraction of the cost. By carefully balancing hardware usage and optimization strategies, it became possible to train models like RoBERTa or Vision Transformers (ViT) even on smaller academic setups.

Cost-Benefit Analysis in AI Training

A breakdown of hardware costs reveals the trade-offs academic researchers face:

RTX 3090s: $1,300 per unit; slower training but budget-friendly.

A6000s: $4,800 per unit; mid-tier performance with better memory.

H100s: $30,000 per unit; cutting-edge performance at a steep price.

Training Efficiency vs. Hardware Costs

For example, replicating Pythia-1B on:

8 RTX 3090s costs $10,400 and takes 30 days.

4 A100s costs $76,000 and takes 18 days.

4 H100s costs $120,000 and are completed in just 8 days.

Case Studies: RTX 3090s vs. H100 GPUs

While H100s provide unparalleled speed, their cost makes them unattainable for most academic labs. Conversely, combining memory-saving methods with affordable GPUs like RTX 3090s offers a slower but feasible alternative for researchers on tight budgets.

Optimizing Training Speed on Limited Resources

Free-Lunch Optimizations

Techniques like FlashAttention and TF32 mode significantly boosted throughput without requiring additional resources. These “free” improvements sometimes reduced training times by up to 40%.

Memory-Saving Methods: Advantages and Trade-offs

Activation checkpointing and model sharding reduced memory usage, enabling larger batch sizes. However, these techniques sometimes slowed training due to increased computational overhead.

Combining Strategies for Optimal Outcomes

By combining free-lunch and memory-saving optimizations, researchers achieved up to 4.7x speedups in training time compared to naive settings. Such strategies are essential for academic groups looking to maximize output on limited hardware.



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