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UniArt’s impossible art formula gallery bring bottom-up NFT appreciation with vote mining on 30th Sep

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Preamble

Recently, “Loot” has been spreading virally throughout the crypto community. Industry key opinion leaders (KOLs), founders of quality projects, and investment institutions all pay close attention to the emerging “bottom-up” concept, and more community members are excited about it.

Despite the term bottom-up only recently coming into the limelight, in essence, the philosophy may be at the root of the entire crypto economy. Bitcoin, for example, breaks the rules of centralized government-issued fiat currency by enabling anyone that follows its PoW consensus algorithm to produce a new currency. On the other hand, Ether allows developers to build arbitrary dApps on top of it without permission, and its prosperity hinges on the frequency of this.

These two patriarchs of the crypto economy have opened up a bottom-up path outside the centralized internet. The bottom here can be anyone. The top is no longer governments or corporations but now code, algorithms, data, and consensus mechanisms. Loot is the first bottom-up non-fungible token (NFT), possessing similar intrinsic characteristics at the root of its explosion.

The most widespread application of NFT is currently in the art sector. Crypto community practitioners are working to bring NFT into the traditional art marketplace. To accomplish this, NFT must have general acceptance and market consensus, not just within a niche group of artists and appreciators. Take the most common financial application of collateralized lending, for example; a starving artist, globally unknown pledges his minted NFT to you, the potential lender. They claim it is worth US$10,000 and want to borrow against this collateralized value. Naturally, you are hesitant, unsure of its market value, and even if a current buyer is willing to purchase it at that price, you are still uncertain about its future value. In short, there is not enough market consensus for that NFT. However, let’s use CryptoPunk or BAYC as collateral in this example. Results would be the opposite because each of these digital assets already has widespread market consensus, having been classified as antiques in the NFT community. Therefore, the fair market valuation of NFT is critical to achieving market consensus in the financial sector. Exploring a suitable value solution for NFT is beneficial in a financial application, which opens up various other possibilities for NFT, leading to the further development of the whole crypto community.

UniArts aims to uncover NFT fair market valuation through its customized bottom-up Nominated Proof-of-Stake (NPoS) economic model, aspiring decentralized incubation of creators and their works. In this paper, the core concept of UniArts will be comprehensively explained using this bottom-up concept as the source idea.

Bottom-up NFT Fair Market Valuation

The term bottom-up can be understood differently in different contexts; building on top of a foundation is not a required characteristic. In the context of UniArts, bottom (in a non-pejorative sense) can be understood as what people define together and top as the fair value of NFT. This bottom-up approach is contrasted with more traditional top-down valuation, which was determined mainly by centralized auction houses or prominent collectors. Less renowned artists rarely gained any attention, and in the rare chance they did, their work would often be considered nearly worthless. Such an approach does nothing to showcase potentially exceptional pieces for the mere reason they are unknown, and they remain misunderstood by the public.

In the UniArts network, $UART holders are deemed “nominators,” pledging their tokens as “votes” for an NFT they admire. The more votes an NFT receives, the more people approve of it, and the higher the consensus level. When people are required to invest in their decisions, they become much more selective. Since there is value in $UART, the votes that an NFT receives indicate its fair market value. In the early stages of UniArts’ development, the small user base may not be sufficient to tie the word fair to an NFTs value, but as the network expands, it will become more and more convincing. This process can be referred to as the “flywheel effect.”

Appreciate to Earn

“Appreciate To Earn” is a new concept and a subset of “Play To Earn,” in that merely appreciating an NFT is akin to the process of playing. Axie Infinity, a chain game that has been popular in the crypto community for a while now, relied on this “Play To Earn” concept as the fuel to expand its user base. From this vetted example, we know that it is a viable business model.

UniArt’s Nominators pledge $UART and select an NFT they appreciate to earn more $UART, including a base pledge bonus and a block bonus for top-ranked NFTs. In this process, the word appreciate corresponds to the nominator, and the word earn corresponds to the earned $UART. In Axie Infinity, players buy a pet “Axie” as an entry ticket to the game and earn revenue in-game from this Axie. In UniArts, $UART is the entry ticket into the network.

Play to Earn can be viewed as a modern concept to attract new users. Traditional game companies pay third-party advertising companies to attract new users, but these users do not receive any income. Blockchain games use tokens to incentivize new users, which is a disguised way of attracting traffic; an alternative form of advertising, where the fees paid to advertising companies are instead attributed to the user. If this alternative form of advertising is integrated into a chain game’s economic model, one can only expect explosive organic user growth. Similarly, the Appreciate to Earn concept will cause natural growth of UniArt’s user base, eventually to the point where fair valuation is achieved.  

Multi-Chain NFT Gallery “Impossible Art Formula”

UniArts is native to Polkadot, and one of its strategic plans is to spread the NFT gallery to more popular blockchains, the first stop being Polygon. Mechanically, the gallery will be similar to the NPoS economic model but not identical.

  • Six NFTs will be presented in each issuance, and users can pledge $UART or $WETH to vote on their favorite NFT.
  • There are a total of 3 revenue pools, including a casting pool, a general pool, and a bonus pool. The bonus pool added to the gallery is unique in comparison to the NPoS model mentioned above. The casting pool is a pool in which $UART is minted into an NFT based on the percentage of votes received by the NFT. The general pool allocates rewards based on the proportion of user votes to the total number of votes in the corresponding NFT.
  • At the end of each voting period, NFT owners have the option to participate in the next three-day auction. The bonus pool is allocated to the corresponding NFT according to the ratio of the price sold in the auction to the sum of all prices traded in the auction for that period. This pool is then allocated to users that voted in the general pool, as mentioned in (2).
  • Specific details can be found in the following chart:

UARTs tokens are capped at 200 million, with 10% held by the team and released after 3 years, 12% by early stage investors, 10% by the treasury, and the rest by NFT vote mining, “Appreciate To Earn”.

“Impossible Art Formula” demonstrates the lack of a perfect solution in art valuation as everyone has their unique preferences. Let’s solve this by using $UART to appoint the “Hamlet” we fancy.

Concluding Remarks

UniArts has customized the NPoS economic model for NFT with an Appreciate To Earn mechanism based on the bottom-up source concept, which helps NFT discover its fair value. This value discovery fills an essential gap in applying NFT to traditional art and financial systems, paving a new path in crypto circles.

The impossible art formula is accessible now and will be online on 30th Sep.

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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

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Press Release

Cryptorefills launches x402 payments for AI agents, publishes agentic commerce reference

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USDC payments on Base for AI agents at checkout, alongside open-source documentation of how merchants run agent-driven commerce.

Amsterdam, May 11th 2026, ZEX PR WIRE, 15:00 CEST. Cryptorefills has enabled x402 payments at checkout, allowing AI agents to pay for gift cards, mobile top-ups and eSIMs using USDC on the Base network. The protocol, developed by Coinbase and Cloudflare, lets autonomous software settle stablecoin transactions programmatically. Cryptorefills has also published an open-source operations reference for the merchant operations layer of agentic commerce.

x402 lets a software agent receive an HTTP 402 Payment Required response from a merchant, settle the requested amount in stablecoin, and complete the transaction in a single automated exchange. For Cryptorefills, checkout becomes a programmable endpoint that agents can call directly.

The x402 launch adds a second agent-payment rail to the platform. Cryptorefills released its Model Context Protocol server in October 2025, allowing agents to discover products, build orders, and complete purchases through MCP. x402 addresses a different pattern: the agent calls a Cryptorefills endpoint, receives payment terms, settles in USDC, and completes the request in one round trip. The two rails serve different agent contexts and run in parallel. 

“We shipped x402 and open-sourced our merchant operations work in the same week on purpose. One is a payment rail, while the other is what a merchant needs around it to accept agent traffic. Agentic commerce is happening, and very little about the second part has been written down,” said Massimiliano Silenzi, CEO of Cryptorefills. “We’ve been running stablecoin checkout since 2018, and a lot of what we learned there carries over. We chose to publish what we’ve learned and continue building the rest openly.”

The reference repository, available at github.com/Cryptorefills/agentic-commerce, covers the operations surface that surrounds the protocol stack. Topics include catalogue discovery for agent buyers, settlement reconciliation across chains, quote-and-pricing handling, and delivery confirmations. Documentation is released under CC0; example code is Apache 2.0.

“In the repository we just open-sourced there are nine playbooks, the TypeScript schemas behind them, and five runnable examples. Two of them connect to our live MCP and x402 endpoints, so a developer can clone the repository and watch the agent-merchant exchange execute against production,” said Simonluca Landi, CTO of Cryptorefills.

Cryptorefills serves AI agents through three of the field’s emerging standards: MCP for context, Agent Skills for capability publishing, and x402 for stablecoin settlement. 

About Cryptorefills

Cryptorefills enables people in over 180 countries to spend cryptocurrency on everyday products and services. Categories include gift cards from over 6,600 brands, mobile top-ups across 600 operators, eSIMs, flights across 300 airlines, and stays at over 1 million hotels and properties. The platform supports stablecoin checkout across Base, Ethereum, Tron, Solana, Polygon, and other major networks, alongside Bitcoin and Lightning. It is among the first ecommerce companies to integrate AI-agent payment standards including MCP, Agent Skills, and x402.

Operating publicly since 2018 and headquartered in Amsterdam, Cryptorefills is a member of the Holland Fintech Association and Blockchain Netherlands Foundation.

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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

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Press Release

Emicap, ICEnergy Forge Partnership to Accelerate European Carbon Capture Deployments

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Collaboration to focus on cost-effective capture and mineralization of biogenic CO₂ in Europe

Korea South, 11th May 2026, SEOUL, South Korea & KORTRIJK, Belgium – South Korea’s ICEnergy and Belgium-based Emicap have partnered to deploy cryogenic carbon capture systems targeting biogenic CO₂ in Europe. The partnership combines ICEnergy’s proprietary capture technology with Emicap’s cryogenic R&D and market access, supported by Emicap’s sister company, LM Engineering, which provides industrial engineering and execution capabilities.

Dr. Sungho Park(icenergy0805@gmail.com), CEO of ICEnergy, stated that he hopes this partnership will enable ICEnergy and Emicap to take a further step toward realizing carbon neutrality in the European market. The collaboration comes at a pivotal moment following the successful demonstration of ICEnergy’s technology. Amid a rapidly expanding European market for biogenic CO₂ solutions, early deployment is critical to secure access to high-quality feedstocks and permanent storage pathways.

ICEnergy recently demonstrated a 10 ton/day cryogenic carbon capture system for both onshore and marine applications. The system converts flue gas CO2 directly into dry ice, avoiding the need for conventional separation and liquefaction steps. A key feature of the electrically driven process is the internal recovery and reuse of cold energy. By recycling this energy, external demand is reduced and consumption is focused on CO₂ conversion, resulting in approximately 30% lower energy use compared to conventional systems, supporting a low lifecycle carbon footprint.

Emicap integrates cryogenic CO2 capture with downstream applications by coupling emission sources from Waste-to-Energy and biomass plants to the carbonation of alkaline industrial residues such as steel slags and fly ash. To ensure seamless site-specific deployment, Emicap applies its cryogenic R&D expertise to tailor ICEnergy’s capture systems for these European industrial plants. This integration enables the permanent storage of CO2 while upgrading captured emissions and industrial residues into supplementary cementitious materials for use in low-carbon construction. By operating across the full value chain, Emicap helps offset capture costs, reducing reliance on institutional subsidies.

The partners are targeting removal of up to 200 kilotons of CO₂ annually by 2035, positioning the collaboration to contribute to industrial-scale, net-negative emissions.

Media Contact

Organization: ICEnergy Co.,

Contact
Person:
Sungho Park

Website:

https://www.icenergy.co.kr/

Email:

icenergy0805@gmail.com

Contact Number: 82313307852

Country:Korea South

The post
Emicap, ICEnergy Forge Partnership to Accelerate European Carbon Capture Deployments
appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

About Author

Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

Continue Reading

Press Release

Emicap, ICEnergy Forge Partnership to Accelerate European Carbon Capture Deployments

Published

on

Collaboration to focus on cost-effective capture and mineralization of biogenic CO₂ in Europe

Korea South, 11th May 2026, SEOUL, South Korea & KORTRIJK, Belgium – South Korea’s ICEnergy and Belgium-based Emicap have partnered to deploy cryogenic carbon capture systems targeting biogenic CO₂ in Europe. The partnership combines ICEnergy’s proprietary capture technology with Emicap’s cryogenic R&D and market access, supported by Emicap’s sister company, LM Engineering, which provides industrial engineering and execution capabilities.

Dr. Sungho Park(icenergy0805@gmail.com), CEO of ICEnergy, stated that he hopes this partnership will enable ICEnergy and Emicap to take a further step toward realizing carbon neutrality in the European market. The collaboration comes at a pivotal moment following the successful demonstration of ICEnergy’s technology. Amid a rapidly expanding European market for biogenic CO₂ solutions, early deployment is critical to secure access to high-quality feedstocks and permanent storage pathways.

ICEnergy recently demonstrated a 10 ton/day cryogenic carbon capture system for both onshore and marine applications. The system converts flue gas CO2 directly into dry ice, avoiding the need for conventional separation and liquefaction steps. A key feature of the electrically driven process is the internal recovery and reuse of cold energy. By recycling this energy, external demand is reduced and consumption is focused on CO₂ conversion, resulting in approximately 30% lower energy use compared to conventional systems, supporting a low lifecycle carbon footprint.

Emicap integrates cryogenic CO2 capture with downstream applications by coupling emission sources from Waste-to-Energy and biomass plants to the carbonation of alkaline industrial residues such as steel slags and fly ash. To ensure seamless site-specific deployment, Emicap applies its cryogenic R&D expertise to tailor ICEnergy’s capture systems for these European industrial plants. This integration enables the permanent storage of CO2 while upgrading captured emissions and industrial residues into supplementary cementitious materials for use in low-carbon construction. By operating across the full value chain, Emicap helps offset capture costs, reducing reliance on institutional subsidies.

The partners are targeting removal of up to 200 kilotons of CO₂ annually by 2035, positioning the collaboration to contribute to industrial-scale, net-negative emissions.

Media Contact

Organization: ICEnergy Co.,

Contact
Person:
Sungho Park

Website:

https://www.icenergy.co.kr/

Email:

icenergy0805@gmail.com

Contact Number: 82313307852

Country:Korea South

The post
Emicap, ICEnergy Forge Partnership to Accelerate European Carbon Capture Deployments
appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

About Author

Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

Continue Reading

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