Bitcoin and other cryptocurrencies made the whole world look at blockchain technology and its immense untapped potential. However, the arrival of a revolutionary technology like blockchain did not happen without some setbacks. The search for answers to “What is green blockchain?” has led to discussions about the environmental impact of blockchain. The term ‘green blockchain’ represents a new wave of innovation that aims to reduce the environmental footprint of blockchain technology.

Many people don’t know that the Proof of Work consensus mechanism used in blockchain networks consumes huge amounts of energy. One of the best examples of such blockchain networks is Bitcoin, which relies on crypto mining to verify and add transactions to its shared ledger. How much energy could the Bitcoin blockchain possibly consume that would cause harm to the environment? Let us find out the answer in a detailed guide on green blockchain. 

Unraveling the Meaning of Green Blockchain

The crypto mining process in Proof of Work consensus is a norm for verifying transactions in many blockchain networks. In this process, miners compete with each other to find solutions to mathematical problems and get the privilege to add transactions to the blockchain. The pursuit of mining rewards often undermines the substantial amounts of computational power required for mining. 

A review of the fundamentals of green blockchain explained for beginners would revolve largely around this issue. With the requirement of more computational power in mining, blockchain networks will consume more energy and impose a bigger carbon footprint. The road to achieve the vision for green blockchain will involve energy-efficient consensus mechanisms, renewable energy sources and layer 2 solutions.

Energy-efficient consensus algorithms can help in reducing energy consumption required to verify transactions in a shared ledger. As a result, the blockchain will be greener as it will consume fewer resources from the environment. The switch to renewable energy sources for traditional blockchain networks will also pave the road to green blockchain. Renewable energy from solar and wind will play a major role in reducing the carbon footprint of blockchain technology.

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Is Crypto Mining Bad for the Environment?

The growing momentum of discussions around green blockchain might have had you thinking about the reasons to talk about it in the first place. Wasn’t blockchain created as a perfect alternative to traditional centralized systems? You can understand the significance of green crypto mining only when you find the setbacks created by traditional cryptocurrency mining.

Blockchain technology gained recognition for its unique design that enabled computers on a distributed peer-to-peer network to reach consensus on updating a shared ledger of transactions. The earliest blockchain networks, Bitcoin and Ethereum, adopted the Proof of Work consensus mechanism that required competition for hashing data. The winner would get the opportunity to update the shared ledger and earn a mining reward, thereby transforming mining into a lucrative earning opportunity.

As the demand for crypto mining continues growing with the arrival of NFTs, new cryptocurrencies and other digital assets, the energy consumption has become a formidable concern. Just like any other business, miners would aim to reduce their costs and they can do the same by using cheaper energy sources like fossil fuels. However, burning fossil fuels creates a lot of greenhouse gases that are harmful for the environment. At the same time, drawing power from green energy sources can also lead to taking away energy from critical facilities.

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Road for Transformation to Green Blockchain

The pitfalls for the environment with blockchain networks that consume massive amounts of energy call for immediate green blockchain solutions. Interestingly, the energy consumption problem has been troubling the crypto community for a long time. Some critics have also pointed out that the environmental footprint of blockchain does not make it worth the effort to embrace the technology. However, you can also find solutions that aim to transform blockchain completely into a green technology. 

• Renewable Energy Sources 

Most of the crypto community agrees to the fact that blockchain networks like Bitcoin consume more energy. At the same time, the community also understands how the Proof of Work consensus and mining make Bitcoin unique, valuable and more secure. The urgency for developing renewable energy crypto coins is a direct call to resolve the problem of higher energy consumption in crypto mining. Most of the miners choose cheap energy sources like fossil fuels to earn more profit in mining rewards and end up causing more damage to the environment.

The shift to renewable energy sources for running and maintaining mining rigs will ensure a seamless transition to green blockchain. Members of the Bitcoin community have been looking for green energy sources in East Africa and El Salvador, which indicates the urgency of green blockchain. It is also important to understand that regulations for crypto mining will play a crucial role in fostering the adoption of renewable energy sources in crypto mining. As a matter of fact, the European Union and some other countries have been trying to create guidelines to prevent crypto mining initiatives that consume more energy.

• Energy-Efficient Consensus Mechanisms

Blockchain can achieve the transition into the green technology domain with the help of energy-efficient consensus mechanisms. Why shouldn’t you try other consensus mechanisms that don’t require energy-intensive mining? You can have a green crypto app that will not consume more energy when it has an energy-efficient consensus mechanism. The best example of a consensus mechanism that consumes less energy is Proof of Stake.

The Proof of Stake consensus requires picking validators to maintain the shared ledger on behalf of the entire network. Validators are picked on the basis of the number of tokens they stake in the network, thereby removing competition. As a result, the Proof of Stake consensus can work with a minimal amount of electricity. Ethereum showed the impact of Proof of Stake protocol by switching to the consensus mechanism and reducing energy usage by 99.9%. 

You can also come across examples of other energy-efficient consensus mechanisms that offer the same advantages as Proof of Stake. For instance, the Proof of History consensus mechanism of the Solana network helps in reducing energy consumption by almost 99%. 

The efforts to achieve green blockchain technology also focus on layer 2 solutions. With the help of layer 2 solutions, blockchain networks can reduce network congestion and energy consumption. The examples of green blockchain explained for beginners also include references to Lightning Network for Bitcoin.

Layer 2 solutions help in taking off many transactions from the main blockchain, thereby reducing the load on the network. With a lesser load, the network will consume lesser energy while ensuring faster, secure and transparent transaction processing.

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Final Thoughts 

The road to green blockchain is not far away with initiatives to make blockchain networks more energy-efficient being implemented everywhere. You can notice the shift towards green crypto mining in the case of Bitcoin. Members of the Bitcoin community have been exploring opportunities to use renewable energy sources. On top of it, some blockchain networks have changed their consensus mechanisms to reduce energy consumption. Ethereum is the ideal example you should consider to understand how consensus mechanisms can lower energy consumption by over 99%. Learn more about the different ways to leverage blockchain for promoting sustainability in the domain of technology with specialized blockchain certifications now.

SOL Strategies CEO Leah Wald outlined how Solana-focused digital asset treasury companies can drive institutional adoption and exchange-traded fund (ETF) flows.

In an interview with CryptoSlate, Wald noted that multiple Solana treasury companies create a “rising tide” effect similar to Bitcoin miners benefiting alongside Bitcoin ETF inflows.

She noted the parallel between Bitcoin ecosystem dynamics, where miners receive inflows alongside spot and futures ETFs, suggesting similar potential for Solana-focused companies.

Wald explained:

“You’ve always seen that in the past where miners get inflows, like Bitcoin miners. ETF gets inflows alongside Bitcoin spot and Bitcoin futures ETFs get inflows.”

She described the phenomenon as retail investors choosing different products based on enthusiasm, while institutions prefer ETFs for tax advantages and custody structures.

Wald acknowledged widespread market expectations for a spot or staked spot Solana ETF under a 33 Act wrapper, viewing this development as part of a broader rising tide of product offerings.

She emphasized that treasury companies must operate respectfully to maintain industry credibility while benefiting from expanding product availability.

Bloomberg ETF analysts expect an approval in October, when most of the spot Solana ETF filings will meet their final deadline with the SEC.

DAT dynamics

Addressing concerns about digital asset treasury (DAT) company valuations, Wald acknowledged that many firms that added Bitcoin now trade at discounts to multiple of Bitcoin NAV (mNAV), including Bitcoin miners.

A Sept. 2 report by Grayscale highlighted a decreasing mNAV for DAT companies, suggesting a cooling of interest from investors.

However, she expressed confidence that SOL Strategies’ dual approach as both a technology company and treasury accumulator provides competitive advantages during market downturns.

Wald stated:

“It does not scare us. I think it positions us in a position of strength because we’re the only ones running a real business and it’s a business that continues to accumulate and compound.”

She noted that discount trading environments place pressure on management teams to execute validator business models effectively rather than relying solely on asset appreciation.

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SOL Strategies differentiates itself by calling the company “DAT plus plus,” emphasizing technology development alongside treasury accumulation.

Wald described the firm as a technology company first, with treasury accumulation as a secondary function, contrasting with purely speculative treasury models.

SOL Strategies added SOL to its treasury and started trading on Nasdaq on Sept. 9 under the ticker STKE.

Infrastructure validation

Despite being the second-largest decentralized ecosystem, with over $12 billion in total value locked, Solana still represents a small fraction of the tokenization landscape.

Institutions deployed nearly $500 million using Solana’s infrastructure, representing 3.1% of this market. In comparison, Ethereum has a 52% dominance over tokenization efforts.

Wald sees institutional treasury companies as catalysts for closing this gap through education and validation efforts.

She explained:

“I do think that any ETF, like any well-respected issuer or well-respected company, anyone that puts boots on the ground on education is only going to help Solana, the network, grow and succeed.”

She emphasized validation and adoption benefits from proper educational initiatives about Solana’s technical advantages.

Wald stressed the significant institutional interest, including BlackRock’s plans to launch a yield fund on Solana alongside existing tokenized products from Apollo and Franklin Templeton.

She listed these developments as evidence of growing institutional recognition of Solana’s capabilities for tokenization and digital asset infrastructure.

Wald concluded by positioning treasury companies as educational ambassadors for Solana’s institutional adoption journey:

“It’s on all of us out there to educate why we think that it’s better, cheaper, faster, quicker, all those different merits to get there. Hopefully, with all the DAT leaders out there providing education, it should snowball.”

Mentioned in this article

Blockchain is the most frequently occurring term in recent discussions about technology. Many believe that blockchain has the potential to transform our digital experiences and create a new phase of the internet. One of the notable additions to the blockchain and crypto space that has been gaining a lot of attention is the IOTA blockchain. 

The most interesting thing about IOTA crypto is the use of a directed acyclic graph (DAG) known as Tangle. It is different from the conventional chain-like pattern visible in blockchain networks. Are you curious to learn more about the IOTA blockchain? Let us learn more about the IOTA blockchain and its special features in this post.

Understanding the Identity of IOTA

The first thing that you must learn about IOTA is its identity that makes it special. IOTA was created in 2015 as a public blockchain that allowed developers, businesses and governments to create innovative distributed ledger technology projects. You might also have special questions on your mind like “What blockchain does IOTA run on?” or questions about its distinctive features. IOTA blockchain runs with a DAG architecture that enables peer-to-peer transactions without the straight chain pattern.

The Tangle DAG that underlines the architecture of IOTA blockchain supports frictionless data and value transfer. As compared to other blockchain protocols, Tangle supports the addition of transactions in parallel, thereby reducing resource requirements. It is also important to remember that IOTA does not depend on miners because in the Tangle DAG, users verifying the transactions are the ones making the transactions. 

Explore the Special Features of IOTA

You can find out why IOTA blockchain is special by learning about its unique features. The most notable feature in an IOTA blockchain guide is the assurance of security, scalability and ease of use. IOTA blockchain provides the assurance of seamless application interactions alongside safeguarding users from intermediaries. The power of scalability empowers IOTA to manage massive volumes of transactions without breaking a sweat.

IOTA outperforms itself in scalability with the support for unrestricted throughput. The DAG blockchain can enable parallel transaction processing along with support for layer-2 EVM chains that create independent digital economies that work with each other. Another distinctive trait of IOTA that makes it unique is the multi-VM vision. IOTA leverages a flexible virtual machine architecture that enables seamless interactions across different networks. 

Why is IOTA Useful for the Future?

The introduction of new blockchain protocols like IOTA creates doubts regarding its necessity when there are many other well-established protocols. It is the first internet-scale programmable blockchain protocol that offers unique value propositions. The following benefits of IOTA blockchain prove why it is a big thing for the future of blockchain and Web3. 

• Move Programming Language

The discussions about IOTA invite attention to the possibilities of IOTA blockchain mining as an integral part of its operations. On the contrary, it follows a completely unique design with the Move programming language. It aims to address issues such as spoofed token approvals, reentrancy vulnerabilities, and poison tokens. The primary emphasis of IOTA blockchain on expression and safety ensures better accessibility for web3 developers. It ensures that developers don’t have to depend on understanding of the intricacies associated with the underlying infrastructure.

• Tailored for the Web3 Space

Another distinct trait of IOTA blockchain that makes it different from other protocols is the design for web3. By improving accessibility as a smart contract platform, IOTA can allow developers to come up with innovative Web3 user experiences. IOTA also provides different tools to developers that help them leverage the full potential of the blockchain. It is important to note how the IOTA Development Kit or SDK helps developers in creating web3 solutions without any restrictions.

Apart from special features such as the IOTA blockchain wallet, the most appealing aspect of IOTA is the support for scalability. It supports horizontal scalability to meet with the emerging demands of web3 applications. The network capacity increases proportionally to the rise in processing power of IOTA validators. As the network capacity increases, the IOTA blockchain can reduce gas fees even in the times of peak network traffic. The advantage of scalability is a formidable improvement over other blockchain networks that present rigid bottlenecks.

• Support for On-Chain Assets

The next crucial highlight of IOTA that separates it from the crowd is the support for on-chain assets. With rich on-chain assets, you will find new applications and economies on IOTA that run for specific utilities without depending on artificial scarcity. For example, developers can introduce dynamic NFTs that offer support for upgrading, bundling and grouping according to applications. The unique capability helps in crafting better in-game economies with NFT behavior reflecting completely on-chain.

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What are the Focus Areas of IOTA Blockchain?

Any IOTA blockchain guide will be incomplete without mentioning the focus areas that it serves. IOTA plays a major role in driving the adoption of different innovative technologies across various industries. The blockchain empowers businesses with the advantages of better transparency, efficiency, and security. With these unique traits, IOTA can ensure a more decentralized and connected future. Take a look at the following focus areas addressed by the IOTA blockchain.

• Real-world asset tokenization is possible on IOTA with efficient asset management, secure verification, and cost-effective transactions.
• Digital identity solutions on IOTA provide a universal trust layer that allows secure and verifiable transactions between different applications.       
• IOTA also supports efficient trade and supply chain management by supporting transparency and inclusivity without relying on data silos. 
• Decentralized Finance gets an edge with IOTA that offers a mainnet based on Move with better security, developer-friendly tools and scalability. The streamlined platform offers the resources required to craft innovative DeFi products without reducing sustainability or performance. 
• Circular economy is another prominent focus area of IOTA blockchain that encourages sustainable innovation. IOTA empowers traceability, resource management and transparency that boost circular economies. The inventive blockchain protocol offers digital tools that can streamline the management of products, origins and identities. 

Final Thoughts 

The special features of IOTA crypto validate its identity as an innovative blockchain. It does not use the traditional blockchain architecture in which blocks are linked in a straight chain. On the contrary, IOTA leverages the DAG or directed acyclic graph architecture without relying on mining. IOTA supports parallel processing and offers the tools required to develop smart contracts for innovative Web3 apps. Learn more about the IOTA blockchain with a detailed guide on its architecture and technical details now.

*Disclaimer: The article should not be taken as, and is not intended to provide any investment advice. Claims made in this article do not constitute investment advice and should not be taken as such. 101 Blockchains shall not be responsible for any loss sustained by any person who relies on this article. Do your own research!

A unit of the Chinese fintech conglomerate Ant Group is tokenizing more than $8 billion worth of energy infrastructure on its own blockchain. 

Ant Digital Technologies, the enterprise solutions arm of the Jack Ma-backed Ant Group, is in the process of tokenizing 60 billion yuan ($8.4 billion) of power infrastructure on its AntChain network, according to Bloomberg, citing people familiar with the matter. 

The company has been monitoring power output and outages from 15 million energy devices, including wind turbines and solar panels across China, and uploading this data to their blockchain, according to the report. 

Ant Digital has already completed financing for three clean energy projects using asset tokenization, raising about 300 million yuan ($42 million) total, and its next step will be to issue tokens linked to those assets. 

One of the company’s future expansion options is putting tokens on decentralized offshore exchanges to create more liquidity for the assets, but this is subject to regulatory approval, according to the anonymous sources. 

Ant already tokenizing energy assets 

Ant Digital raised 100 million yuan ($14 million) for energy firm Longshine Technology Group in August 2024, and linked 9,000 of its electric charging units to AntChain. 

In December, it secured over 200 million yuan ($28 million) for GCL Energy Technology by connecting photovoltaic assets to its blockchain.

Related: Green RWAs recast climate assets as profitable cutting-edge tech

Asset tokenization allows companies to bypass traditional financial intermediaries by issuing digital tokens directly to investors. 

This provides several benefits, such as cutting out middlemen like loan officers and underwriters, reducing costs and speeding up funding access, and opening investment opportunities to retail investors typically excluded from infrastructure financing.

Stablecoin ambitions

Ant Group also has grand stablecoin ambitions.

In July, it was reported that Ant Group was working with stablecoin issuer Circle to integrate USDC into its blockchain platform. 

Meanwhile, the group’s global division, Ant International, has been leveraging infrastructure for cross-border corporate payments and applying for stablecoin-related licenses.

RWA onchain value at record high

Real-world asset tokenization is still a nascent sector; however, onchain value has almost doubled since the beginning of this year, reaching a record high of $28.4 billion this week, according to RWA.xyz. 

More than half of this total is tokenized private credit, while just over a quarter of it is tokenized US Treasurys. Ethereum remains the market-dominant chain for tokenizing RWA with a 57% market share.

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]]> https://earlybirdsinvest.com/ant-digital-is-putting-8b-in-energy-assets-on-the-blockchain-report/feed/ 0 57508 https://earlybirdsinvest.com/little-pepes-18-million-pre-sale-why-baby-frog-meme-coin-claims-to-build-its-own-blockchain/ https://earlybirdsinvest.com/little-pepes-18-million-pre-sale-why-baby-frog-meme-coin-claims-to-build-its-own-blockchain/#respond Mon, 08 Sep 2025 21:49:29 +0000 https://earlybirdsinvest.com/little-pepes-18-million-pre-sale-why-baby-frog-meme-coin-claims-to-build-its-own-blockchain/

Little Pepe raises more than $18 million in preseres, with each token priced at $0.0019. This project promises more than a typical memecoin speculation. It claims to be building a dedicated Layer 2 blockchain with memes and zero transaction tax.

In the Cryptospace, countless frog-themed tokens were seen, but Lilpepe is positioned as “the next evolution of meme coins.”

The team describes the project as a Layer 2 blockchain designed for speed, security and ultra-low rates, all with memes.

At the heart of the ecosystem are utility tokens that fuel every corner of the Little Pepe network.

The white paper claims that it is “still too early” for users to witness the rise of a new golden age of memecoin.

What is Little Pepe?

$lilpepe is a native utility token for the Little Pepe ecosystem called the Next Generation Layer 2 Blockchain.

The project will run on the Ethereum Network as an ERC-20 token with 18 decimal points and a total of 100 billion tokens.

The project tells the story of the “ancient kingdom of Crypto”, ruled by OG Pepe, the conqueror of memes and the lord of green candles. However, his empire faced problems: gas prices skyrocketed, slower speeds, and normal escaped.

Little Pepe appears as a solution – not just another meme coin, but an heir to the throne.

This project promises to forget about the old Web3 fairy tales and start the dawn of Little Pepe, a layer 2 blockchain powered by $lilpepe with low-cost, fast-paced, pure meme magic.

The team claims that Rose rose from Little Peper Rose from the jungle swamp, armed with dunk memes and combat test codes, armed with roses in dunk memes and Little Peper Rose from the jungle swamp.

How is Little Pepe different from other meme coins?

Little Pepe distinguishes itself through four core features that address common blockchain issues.

Meme Culture Integration: This project builds meme culture directly into blockchain infrastructure. This unlike other Layer 2, which scales Ethereum, Little Pepe claims “it.”

Ultra low fee: One of the biggest obstacles for users is removed by the proposed Layer 2 network. This promises a trading price that is significantly lower than the Ethereum mainnet rate.

Warp speed security: The goal of the project is to run transactions faster than existing solutions, while still maintaining decentralization.

Fast finality: Little Pepe has promised to speed up trading “more than Elon Tweets,” targeting myopia payment times.

The project also implements a zero tax policy for both purchases and sales. The white paper states: “Zero tax on purchases and sales. Baby frogs should not be taxed to fly around.

Lilpepe Tokenomics and Giveaway

The project allocated 100 billion token supplies to seven categories.

• Pre-sale: 26,500,000,000 (26.5%)
• Chain Reserve: 30,000,000,000 (30%)
• Staking and Rewards: 13,500,000,000 (13.5%)
• marketing: 10,000,000,000 (10%)
• Liquidity: 10,000,000,000 (10%)
• CEX Reserve: 10,000,000,000 (10%)

The maximum allocation is sent to the chain reserve. This means infrastructure development plans. The pre-sale portion provides early access, while liquidity and CEX spares prepare for the exchange list.

Staking and reward allocation create retention incentives. The team said this “It’s not just a meme coin, it’s something that has a soul. Chunk goes to the diamond’s hand. #holders4life.”

Little Pepe runs a $777,000 prize to celebrate the pre-sale launch. The 10 winners will receive a $lilpepe token worth $77,000 each.

The present celebrates “the rise of Little Pepe and the launch of the most anticipated meme-driven layer 2 chain.”

The participation procedure includes the following:

1. You will be participating in Little Pepe Presale with a minimum donation of $100.
2. Complete prize tasks: Follow, share, Friend tags, etc.
3. Earn bonus entries by completing more tasks for a higher chance of winning

Eligibility requirements include a minimum of $100 pre-sale contribution, completing all required tasks, and using valid wallets and contact details.

How do I take part in the pre-sale?

The pre-sales process involves three main steps:

• Step 1: Get the wallet. Connect to the Presale widget at the top of LittlePepe.com. Buy $lilpepe using ETH (ERC20).
• Step 2: Buy it with other coins. Transfer USDT to your Ethereum Network (ERC20) wallet. Make sure you have enough ETH to cover your gas bill. Pre-sale accepts both ETH and USDT.
• Step 3: Buy with a card. Users who want to purchase with credit/debit cards require a mandatory wallet. The team will provide you with a guide to purchasing Lilpepe with traditional payment methods.

The White Paper FAQ section explains that tokens will be distributed after the pre-sale is over. The user connects the wallet to the website and charges the $lilpepe token.

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