#essentials of evm

[mind-cypress]

Why PMP Certification Training is Essential for Project Managers in 2025

With the growth in technology, the demands of project managers to deliver their services with precision, efficiency, and strategic insight have tremendously increased. The heightening demand for skilled project management professionals is a result of businesses facing digital transformation, economic challenges, and factors affecting team dynamics. This is where PMP certification training is a game-changer. At MindCypress, we understand the changing dynamics of the industry and thus offer innovative training that helps professionals stay competitive and competent in 2025 and beyond.

Key Benefits of Project Management Professional Certification for Career Growth

Getting a Project Management Professional or PMP certification is not only an achievement but a skyrocket in one's career. The certification, which is recognized across the globe, guarantees a project manager's project leadership and direction in any industry using a standardized methodology alongside the Project Management Institute (PMI) framework.

Some of the benefits are:

Earning Potential is improved: PMI's recent salary surveys indicate that PMP-certified professionals earn much more, at least 20% over non-certified counterparts.

Global Recognition: It is now recognized and respected in more than 200 nations, making it a great asset for professionals trying to make it globally.

Career Free: PMP certification applies to all industries like IT, construction, healthcare, and finance, bringing a wider scope of mobility into job opportunities for most.

Stronger Professional Network: it allows connection with other PMP professionals for opportunities in learning, mentorship, and collaboration.

MindCypress PMP Certification Training is tailored for aspiring and experienced project managers, keeping in mind real-life scenarios, agile methodologies, and experiential learning.

How Project Management Training Enhances Efficiency and Leadership Skills

Besides gaining promotion opportunities, project management training imparts tools to improve the immediate performance of employees. Project managers are those bold individuals who expect the most from their crew and optimize value by their genius vision.

PMP training helps you in:

Strategic Planning & Execution: The PMP certification provides advanced techniques in planning, risk management tools, and quality control techniques, all of which will enable you to ensure project success from inception to end.

Improved Communication: You learn how to manage stakeholders, facilitate communication across departments, and accomplish team goals in alignment with organizational objectives.

Enhanced Leadership Abilities: PMP training hones skills in motivating teams, resolving conflicts, and managing performance—skills crucial when performing the task of leading a diverse team.

Data-Driven Decision Making: Learn the art of working out well-informed decisions through tools like Earned Value Management (EVM), Gantt Charts, and Agile dashboards. 

MindCypress offers end-to-end project management training delivered by expert instructors, through interactive sessions, and with access to the latest study materials for full preparation to pass the PMP exam and perform well in your job.

Conclusion

In 2025, the business landscape will continue to reward those who are prepared, agile, and strategically skilled. Investing in PMP certification training through MindCypress is more than just a credential—it's a commitment to excellence, growth, and leadership in your profession. Whether you're an aspiring project manager or an experienced professional looking to elevate your career, PMP certification is a powerful step toward long-term success.

Choose MindCypress to guide you through your certification journey and position yourself as a top-tier project management professional in a world that values innovation, precision, and leadership.

Resource: https://mindcypress.com/blogs/project-management/why-pmp-certification-training-is-essential-for-project-managers-in-2025

[tokenlauncher]

Solana vs. Ethereum: Why Solana Takes the Lead in 2024

The blockchain space has witnessed remarkable evolution over the past decade, and among the contenders for dominance in the realm of smart contracts and decentralized applications (dApps), Ethereum and Solana have emerged as two prominent players. Both networks have carved out significant niches, but as we advance into 2024, Solana is increasingly making a case for itself as the leader in the blockchain ecosystem. In this blog, we’ll delve into the reasons why Solana is gaining traction over Ethereum, focusing on aspects such as scalability, transaction costs, and the burgeoning opportunities for token creation.

The Ethereum Legacy

Ethereum, launched in 2015 by Vitalik Buterin, has been a pioneer in the blockchain space, introducing the world to the concept of smart contracts and decentralized applications. Its pioneering spirit earned it the title of the leading platform for building dApps and issuing tokens. Ethereum’s native token, ETH, has become synonymous with blockchain innovation, and the Ethereum Virtual Machine (EVM) has set a standard for interoperability and developer ease.

However, Ethereum’s growth has not been without its challenges. The network has faced issues related to scalability, high transaction fees, and slower transaction speeds, particularly during periods of high demand. These limitations have become increasingly apparent as the number of users and applications on the Ethereum network has surged.

The Rise of Solana

Solana, founded in 2017 by Anatoly Yakovenko, has quickly emerged as a formidable competitor to Ethereum. Solana’s promise lies in its ability to address some of the critical issues that have plagued Ethereum, offering a unique approach to blockchain technology that emphasizes speed, scalability, and cost-efficiency.

1. Scalability and Speed

One of the most significant advantages that Solana offers is its impressive scalability. Solana’s unique consensus mechanism, Proof of History (PoH), works in conjunction with Proof of Stake (PoS) to achieve high throughput and low latency. This allows Solana to process thousands of transactions per second (TPS), a stark contrast to Ethereum’s current capacity, which handles around 30 TPS.

PoH is essentially a cryptographic time-stamping mechanism that orders transactions and ensures the network’s integrity without requiring extensive computational work. This results in faster block times and a more efficient network overall. For developers and users, this means significantly reduced transaction times and enhanced user experiences, making Solana an attractive platform for high-frequency trading and real-time applications.

2. Cost Efficiency

Transaction fees on Ethereum have been a notorious pain point for users. During periods of network congestion, fees can soar to exorbitant levels, which can be a significant barrier for both developers and end-users. In contrast, Solana has been designed to minimize transaction costs. With its high throughput and efficient consensus mechanisms, Solana can offer transactions at a fraction of the cost compared to Ethereum.

This cost efficiency is a game-changer for the broader adoption of blockchain technology. Lower transaction fees mean that small-scale transactions become viable, encouraging the growth of microtransactions and expanding the use cases for blockchain applications.

Token Creation on Solana vs. Ethereum

The ability to create and manage tokens is a crucial aspect of any blockchain platform, and both Ethereum and Solana offer robust frameworks for token creation.

Ethereum’s ERC-20 and ERC-721 Standards

Ethereum’s dominance in token creation is largely attributed to its ERC-20 and ERC-721 standards. The ERC-20 standard has become the go-to protocol for fungible tokens, while ERC-721 introduced the concept of non-fungible tokens (NFTs). These standards have been widely adopted, and many successful projects have been built on Ethereum using these protocols.

However, Ethereum’s token creation process can sometimes be hindered by its scalability issues. High gas fees and slower transaction times can affect the efficiency of token issuance and management.

Solana’s SPL Tokens

Solana’s token creation ecosystem is streamlined through its SPL (Solana Program Library) token standard. SPL tokens offer a more efficient alternative to Ethereum’s ERC standards. They benefit from Solana’s high throughput and low transaction costs, making token creation and transactions more cost-effective and faster.

Additionally, Solana’s SPL token framework supports a wide range of functionalities, from simple fungible tokens to complex assets. This flexibility allows developers to leverage Solana’s capabilities to build innovative token-based applications without worrying about prohibitive fees or slow transaction times.

The Ecosystem and Developer Experience

A thriving ecosystem and developer support are critical for the success of any blockchain platform. Ethereum has established a robust ecosystem with numerous tools, libraries, and a strong developer community. However, as the Ethereum network has grown, so have its complexities, which can pose challenges for new developers.

Solana, on the other hand, has made significant strides in building a developer-friendly ecosystem. Its focus on speed and efficiency extends to its developer tools and resources. Solana provides comprehensive documentation, developer support, and a growing suite of tools designed to simplify the development process. This user-centric approach has fostered an enthusiastic community of developers and entrepreneurs eager to build on the Solana blockchain.

Adoption and Real-World Use Cases

The real-world application of blockchain technology is a crucial factor in determining a platform’s long-term viability. Ethereum has seen extensive adoption across various industries, including finance, gaming, and art. Its established presence in the NFT space and DeFi (Decentralized Finance) sector speaks to its influence and reach.

Solana, while newer, has also made significant inroads into real-world applications. Its high performance and low costs have attracted a range of projects, from decentralized finance platforms to NFT marketplaces. Solana’s ability to handle high transaction volumes efficiently makes it an appealing choice for applications requiring rapid and cost-effective transaction processing.

Future Prospects

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As we move further into 2024, Solana’s potential to lead the blockchain space continues to grow. Its innovative approach to scalability, cost efficiency, and token creation positions it as a compelling alternative to Ethereum. While Ethereum remains a powerful and influential platform, Solana’s advantages in transaction speed and costs, coupled with its developer-friendly ecosystem, make it a strong contender for the future of blockchain technology.

Both Ethereum and Solana are likely to continue evolving and influencing the blockchain landscape. However, Solana’s advancements and practical solutions to some of the inherent challenges faced by Ethereum give it a distinct edge as we look towards the future of decentralized applications and token creation.

In conclusion, Solana’s impressive scalability, cost efficiency, and developer-friendly environment have positioned it as a leading force in the blockchain space. For those looking to leverage blockchain technology in 2024 and beyond, Solana offers a promising alternative that addresses many of the limitations of its predecessors, paving the way for a new era of innovation and growth in the decentralized world.

[thedailydecrypt]

Solana Just Flipped the DeFi Script—And 1inch Knows It

Solana isn't just fast anymore. It’s winning.

While Ethereum and its Layer 2 clones squabble over rollups, MEV wars, and gas optimization, Solana is sprinting laps around them—at scale, with users, and now, with serious infrastructure validation.

The latest milestone? 1inch—arguably the most important multichain DEX aggregator in crypto—just deployed its Fusion protocol on Solana. This isn’t just a nice-to-have integration. It’s a signal: the DeFi center of gravity is shifting, and Solana is no longer the "VC chain" or the "FTX relic." It’s the dominant execution layer for a new class of users who care less about decentralization philosophy and more about making things work—fast, cheap, and reliably.

Let’s break down why this matters, and what comes next.

1inch Didn’t Pick Solana for Fun — It Picked a Winner

You don’t ship complex, MEV-resistant smart contract systems and Dutch auction-based market-making protocols on just any blockchain. 1inch is staking reputation and codebase on Solana because the numbers are simply undeniable.

Over the past 90 days:

DEX trading volume: Solana beat Ethereum by 33% ($539B vs $364B).

Transaction count: Solana processed 5x more transactions (4.8B vs 1B).

Active addresses: 224M on Solana, compared to Ethereum’s 78M��180% more.

This isn’t about “TPS” vanity metrics anymore. This is real economic throughput, on-chain usage, and trading velocity. And 1inch wants in.

Fusion Protocol Meets the Solana Speed Machine

1inch didn’t just port its app over. It brought Fusion—a next-gen protocol where users submit “intents” (essentially, desired outcomes) and let competing market makers (called "resolvers") bid to fulfill them.

Think of it as eBay for token swaps: rates start high, and a resolver executes when the price hits their trigger. It's a fairer, more efficient way to route liquidity and reduce slippage.

Now combine that with Solana’s sub-second block times, negligible fees (we’re talking < $0.01), and you get what Ethereum maximalists have dreamed of—but haven’t built: a lightning-fast, intent-based DeFi UX.

That’s what 1inch just shipped.

Cross-Chain Isn’t a Buzzword Anymore—It’s a DeFi Imperative

The next domino? Cross-chain swaps. 1inch is set to launch seamless swaps between Solana and 10+ other chains in the coming months. Not just bridge-and-pray hops—but real, self-custodial asset swaps where users don’t need to touch a centralized exchange or worry about wrapping/unwrapping nightmares.

This isn’t just a technical flex. It’s an existential unlock for DeFi. Users want liquidity, not chain allegiance. They want best-price execution, not tribal gas fee wars.

And 1inch gets that. Their Fusion+ system, coupled with open-source contracts and developer APIs, is effectively transforming Solana into a liquidity hub, not just a “cheap alt-EVM.”

Solana’s Reputation Was Broken. Now It’s Rebuilt—With Volume.

Let’s not rewrite history: Solana got wrecked post-FTX. It lost trust, got dismissed as centralized, and watched TVL evaporate overnight.

But what’s happened since is one of the greatest comeback arcs in crypto history.

Solana’s validator count is higher than ever.

Its NFT market still leads in innovation.

Mobile-first apps like Backpack are onboarding actual users.

And DeFi isn’t just back—it’s outperforming.

Solana didn’t just survive. It adapted. And now, it’s outpacing rivals who were too busy philosophizing to scale.

The 1inch integration is a crowning moment in that redemption arc. It says: The infrastructure elite believe Solana is ready.

Ethereum Still Has the Liquidity — But for How Long?

Let’s be clear: Ethereum isn’t dead. Its deep liquidity, institutional trust, and composability make it indispensable—today.

But the fragmentation of Layer 2s, wallet UX nightmares, and inconsistent bridging experiences are slowly bleeding user confidence. If Solana can provide comparable liquidity and better execution, it becomes more than a playground for degens—it becomes the preferred execution layer for the world.

And with projects like 1inch enabling frictionless access to both Ethereum and Solana ecosystems, users might start choosing based on experience rather than allegiance.

The Real Fight: Execution vs. Orthodoxy

This moment isn’t about Solana vs. Ethereum.

It’s about a new DeFi era where execution matters more than ideology. Where intent-based UX, deep aggregation, and chain-agnostic liquidity determine the winners—not whether your whitepaper had Vitalik’s approval.

1inch’s move signals the next phase: unified multichain DeFi, anchored by chains that can actually support billions of users and trillions in value movement—without choking.

Solana’s performance and 1inch’s intent architecture are building toward that world. And if you’re still betting on monolithic chains with 5-minute transaction finality and $10 gas fees, you’re not just behind—you’re watching a different race entirely.

By 2026, Solana Will Be DeFi’s Default Execution Layer

Not the settlement layer. Not the consensus shrine. But the chain where most DeFi trades actually happen.

That doesn’t mean Ethereum vanishes. It means it becomes the backend, not the battleground. Solana becomes the front office—where users swap, spend, earn, and play.

And platforms like 1inch will be the liquidity routers that make it all seamless, regardless of chain.

Mark this moment. 1inch launching on Solana isn’t just a tech update.

It’s a power shift.

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© 2025 InSequel Digital. ALL RIGHTS RESERVED. No part of this publication may be reproduced, distributed, or transmitted in any form without prior written permission. The content is provided for informational purposes only and does not constitute legal, tax, investment, financial, or other professional advice.

[stomhardy]

What Is a BEP20 Token? A Beginners Guide

Introduction

Cryptocurrencies have changed the finance paradigm, and one of the most interesting features in the cryptocurrency space is developing custom tokens. Of these, BEP20 tokens are one of the commonly used tokens available in the Binance Smart Chain development. If you're new to cryptocurrency or want to learn about how tokens such as BEP20 operate, this guide will take you through everything you need to know — from their function to how you can make one yourself. Just as ERC20 tokens are the standard on the Ethereum network, BEP20 serves as the blueprint for creating fungible tokens on Binance innovative blockchain.

What Is BEP20 Token?

The cryptocurrency and blockchain world can appear to be disgusting, but it is possible to understand the building blocks by knowing the basics. One such basic is the BEP20 token. A BEP20 token is basically a cryptocurrency token that works on the Binance Smart Chain (BSC). It is a digital asset constructed based on a predefined set of rules, which allows for compatibility and smooth interaction within the BSC environment. Similar to how ERC20 tokens define the rules on the Ethereum network, BEP20 is the template for developing fungible tokens on the Binance blockchain. If you want to create BEP20 token on the binance smart chain, understanding these foundational rules is essential.

How BEP20 Tokens Work on Binance Smart Chain?

BEP20 tokens work by means of smart contracts deployed on the Binance Smart Chain. The behavior of the token, such as how it is transferred, by whom it is held, and its supply. Since BSC is Ethereum Virtual Machine (EVM)-compatible, BEP20 drew heavily from the established ERC-20 standard so that developers would find it convenient to create and deploy tokens. Upon occurrence of a transaction with a BEP20 token, the smart contract runs the established rules and updates the accounts of the concerned addresses on the blockchain. The operation is locked by the BSC network consensus mechanism, thus guaranteeing immutability and transparency.

Key Characteristics Of BEP20 Token

If we use BEP20 tokens, We enable these characteristics on your own token. Here are the characteristics:

Interoperability

BEP20 tokens are designed to work any distraction across the Binance Smart Chain network so that they can be used across a wide range of decentralized applications, DeFi protocols, and wallets. They are also work with cross chain bridges, which ensures continuous transfer from BSC to other chains like Ethereum.

Smart Contract Based

Each BEP20 token is governed by a smart contract that decides what it makes. These contracts utilize automation to perform tasks like transfers, balancing, minting, and burning, ensuring that everything is transparent, without the presence of a third party.

Low Transaction Fees

BEP20 tokens are benefiting  gas fee is low,because of the Binance Smart Chain, making it affordable to send and receive tokens even during the most intensive network usage. That cost effectiveness is a huge advantage over networks like Ethereum, especially when considering microtransactions.

Fast Block Times

The BSC network has fast block confirmation times. This means that BEP20 token transactions have fast confirmations, which leads to a smoother user experience for real time applications.

Customizable Features

This function to personalize BEP20 tokens provides an opportunity for developers to personalize BEP20 tokens with predefined measures like token name, symbol, decimals, and supply. It is also possible to add minting, burning, pausing, or access control for usage in case of specific project needs.

How to Create Your Own BEP20 Token?

Launching your own BEP20 token means creating a smart contract into the Binance Smart Chain. It does take some technical acumen, but the process is becoming more user friendly. This usually means coding the smart contract code (which may be in Solidity, the EVM language), setting the name of the token, symbol, total supply, and other variables. Developers have the choice to compose the contract from scratch or use open-source templates such as those offered by OpenZeppelin, which are secure and well-tested building blocks. After the contract has been written and tested against a test network, it is deployed to the BSC mainnet with the use of tools such as Remix or Hardhat, for a small cost in terms of Binance Coin (BNB) for managing the costs of the transaction fees.

Key Features Of BEP20 Token

Token Standardization

Follows a standard format following Ethereum ERC20 for consistent behavior among all BEP20 tokens.

Makes it compatible with the Binance Smart Chain, exchanges, wallets, and dApps.

Smart Contract Controlled

Token behavior is controlled through never changed smart contracts for security and automation.

Performs essential functions such as transfers, balance checks, approvals, and event logging.

Wallet Compatibility

Compliant with popular wallets.

Simple integration with BSC by adding the network to current Ethereum-compatible wallets.

Minting & Burning

Minting enables permitted addresses to issue new tokens, ideal for elastic supply schemes.

Burning permanently takes tokens out of circulation, useful for managing deflation or inflation.

Ownership & Access Control

Special roles (e.g., owner, admin) for the management of the tokens core functions can be assigned using smart contracts.

Restricted access to sensitive operations.

Customizable Token Properties

Developers can change attributes, features during deployment.

Customization goes further to include features such as pausable transfers or transfer fees.

Real World Use Cases of BEP20 Tokens

The flexibility of the BEP20 standard has functions that used across a broad set of real world use cases. Decentralized trading platforms such as PancakeSwap use BEP20 tokens to trade and provide liquidity. Various DeFi protocols on BSC use BEP20 assets as their governance or utility tokens for community engagement and access to the platform features. BEP20 tokens are also utilized to denote other assets, such as stablecoins denominated in fiat currencies, wrapped forms of other blockchain-based cryptocurrencies (such as Wrapped Bitcoin - wBTC on BSC), and even in the emerging area of Non-Fungible Tokens (NFTs), though there is a different standard known as BEP721 that is more frequently utilized for distinct digital assets.

Conclusion

BEP20 tokens are a base of the Binance Smart Chain economy, providing an easy and scalable standard for issuing and managing digital assets. Understanding their nature, functionality, and different applications is hard for anyone who wants to work in the jurisdiction of BSC and its fast expanding range of decentralized applications. As the blockchain world continues to evolve, BEP20 tokens will undoubtedly play a significant role in shaping the fate of decentralized finance and more.

[technicallylovingcomputer]

Chain Selection for P2E Games: Polygon vs Immutable vs Arbitrum

In the rapidly evolving world of blockchain gaming, choosing the right chain for your Play-to-Earn (P2E) game development can make the difference between creating a thriving virtual economy and facing technical limitations that frustrate both developers and players. As the P2E gaming sector continues to mature in 2025, three blockchains have emerged as frontrunners for game developers: Polygon, Immutable X, and Arbitrum. Each offers distinct advantages and trade-offs that can significantly impact your game's performance, economics, and player experience

The Critical Importance of Blockchain Selection in P2E Game Development

Before comparing specific chains, it's essential to understand why this decision is so crucial for P2E games. Unlike traditional games where the backend infrastructure might affect only performance, in blockchain gaming, your choice of chain influences:

Economic Viability: Transaction fees directly impact microtransactions and player earnings

Gameplay Responsiveness: Confirmation times determine how quickly actions resolve

Asset Security: Different consensus mechanisms offer varying levels of protection for valuable in-game assets

Developer Resources: Each chain requires specific expertise and compatible tools

Player Acquisition: Existing user bases on each chain can provide initial traction

Let's examine how Polygon, Immutable X, and Arbitrum compare across these critical dimensions for P2E game development.

Polygon: The Scalability-Focused Solution

Polygon (formerly Matic Network) has become one of the most popular chains for P2E game development, offering a layer-2 scaling solution for Ethereum that dramatically reduces transaction costs while increasing throughput.

Strengths for P2E Game Development

Minimal Transaction Fees: With costs typically below $0.01 per transaction, Polygon enables microtransactions that would be economically unfeasible on Ethereum mainnet. This is crucial for P2E games where players might need to execute frequent, small-value transactions.

High Transaction Speed: Polygon processes thousands of transactions per second with block times around 2 seconds, providing the responsiveness necessary for smooth gameplay experiences.

Ethereum Compatibility: As an EVM-compatible chain, Polygon allows developers to leverage Ethereum's mature development tools and security model while avoiding its congestion and high gas fees.

Vibrant Gaming Ecosystem: Many successful P2E games already operate on Polygon, creating opportunities for cross-game collaborations and a pre-existing player base familiar with crypto wallets and NFT mechanics.

Fiat On-ramps: Polygon has integrated with multiple services that allow players to purchase assets directly with credit cards, reducing friction for mainstream gamers.

Limitations to Consider

Security Trade-offs: Polygon's security model, while robust, doesn't offer the same level of settlement assurance as Ethereum mainnet.

Network Congestion Periods: During peak activity, Polygon has experienced periods of congestion that can temporarily increase fees and confirmation times.

Less Specialized for Gaming: Unlike Immutable X, Polygon wasn't designed specifically for gaming applications, meaning developers may need to build more infrastructure from scratch.

Immutable X: The Gaming-First Layer-2

Immutable X was designed specifically for NFT gaming applications, using StarkWare's zero-knowledge rollup technology to offer a compelling package for P2E game development.

Strengths for P2E Game Development

Gas-Free Transactions: Perhaps Immutable X's most significant advantage is completely gas-free transactions for players, removing a major barrier to entry for mainstream gamers unfamiliar with cryptocurrency.

Purpose-Built for NFT Gaming: The platform includes specialized APIs for minting, trading, and transferring NFTs, simplifying the implementation of core P2E mechanics.

Instant Transaction Finality: Trades and actions confirm immediately, creating a responsive experience similar to traditional games.

Carbon-Neutral Commitment: Immutable X offsets the carbon footprint of all NFT minting and transactions, appealing to environmentally conscious developers and players.

Robust Marketplace Infrastructure: The built-in orderbook and marketplace functionality save significant development time for incorporating trading features.

Limitations to Consider

Limited Smart Contract Flexibility: Immutable X has more restrictive smart contract capabilities compared to general-purpose chains like Polygon and Arbitrum.

Developing Ecosystem: While growing rapidly, Immutable X's ecosystem is still less mature than Polygon's, with fewer complementary services and tools.

Learning Curve: The platform's unique architecture requires specific knowledge that might not transfer directly from other blockchain experience.

Arbitrum: The Security-Focused Option

Arbitrum is an Ethereum Layer-2 scaling solution that uses optimistic rollups to achieve higher throughput while maintaining strong security guarantees from Ethereum.

Strengths for P2E Game Development

Enhanced Security Model: Arbitrum inherits much of Ethereum's robust security, making it suitable for P2E games involving high-value assets.

Full EVM Compatibility: Complete support for Ethereum smart contracts allows developers to port existing games or leverage the extensive Ethereum development ecosystem.

Lower Fees Than Ethereum: While typically higher than Polygon or Immutable X, Arbitrum's fees are significantly lower than Ethereum mainnet.

Growing DeFi Integration: The expanding financial ecosystem on Arbitrum creates opportunities for innovative P2E economic models that integrate with broader DeFi protocols.

Developer Familiarity: Teams with Ethereum experience can easily transition to Arbitrum development with minimal retraining.

Limitations to Consider

Higher Fees Than Competitors: Transaction costs on Arbitrum are generally higher than Polygon or Immutable X.

Withdrawal Delays: Moving assets from Arbitrum back to Ethereum mainnet involves a waiting period that can affect player liquidity.

Less Gaming-Specific Infrastructure: The ecosystem has fewer gaming-focused tools and services than platforms like Immutable X.

Matching Game Types to Optimal Chains

Different P2E game genres have varying requirements that might make one chain more suitable than others:

Collectible Card Games

Optimal Chain: Immutable X

Card games typically involve frequent trading, pack openings, and marketplace activity. Immutable X's gas-free transactions and specialized NFT infrastructure make it ideal for this genre, as demonstrated by the success of Gods Unchained.

Open-World MMOs and Metaverse Projects

Optimal Chain: Polygon

These complex games often require flexible smart contracts, frequent small transactions, and integration with other Web3 services. Polygon's balance of low fees, speed, and extensive ecosystem support makes it well-suited for ambitious metaverse P2E game development.

Strategy and Competitive Games

Optimal Chain: Arbitrum or Polygon

Games with competitive elements and significant in-game economics might benefit from Arbitrum's enhanced security or Polygon's speed, depending on whether asset security or transaction frequency is more important to the core gameplay.

Casual and Mobile P2E Games

Optimal Chain: Immutable X

The zero gas fees and instant finality of Immutable X create the frictionless experience necessary to attract and retain casual gamers who may have little tolerance for transaction fees or confirmation delays.

Implementation Considerations for P2E Game Development

Beyond technical specifications, several practical factors should influence your chain selection:

Developer Resources and Expertise

Polygon: Requires Solidity knowledge but offers extensive documentation and a large developer community

Immutable X: Requires learning platform-specific APIs but provides comprehensive gaming-focused tools

Arbitrum: Most familiar for teams with existing Ethereum development experience

Funding Opportunities

Each ecosystem offers different advantages for project funding:

Polygon: Has one of the largest blockchain gaming grant programs

Immutable X: Offers co-marketing and ecosystem support for promising games

Arbitrum: Connected to Ethereum's robust venture funding landscape

Player Onboarding Complexity

Consider the friction players will experience when joining your game:

Polygon: Requires wallet setup and bridging tokens, but has many fiat on-ramps

Immutable X: Offers the most streamlined experience with gas-free transactions

Arbitrum: Similar to Polygon but with fewer established onboarding solutions

Future-Proofing Your P2E Game Development

The blockchain gaming landscape evolves rapidly. When making your selection, consider these additional factors:

Multi-Chain Strategy Potential

Many successful P2E games are exploring multi-chain approaches:

Start on one chain that best fits your current needs

Design with cross-chain compatibility in mind

Consider how assets might move between ecosystems as you expand

Emerging Scaling Solutions

All three chains continue to evolve their technologies:

Polygon: Developing multiple scaling solutions, including ZK-rollups

Immutable X: Enhancing their StarkEx implementation

Arbitrum: Building Arbitrum Nova for even lower fees

Regulatory Considerations

Different chains may face varying regulatory challenges that could affect your game's operations in certain jurisdictions.

Conclusion: Making Your Selection for P2E Game Development

There's no universally "best" chain for P2E game development – the right choice depends on your specific project requirements, team expertise, and target audience.

Polygon offers a balanced approach with low fees and a mature ecosystem, making it suitable for many P2E projects, especially those requiring complex smart contracts or integration with the broader Web3 landscape.

Immutable X provides the best player experience with zero gas fees and gaming-specific optimizations, making it ideal for NFT-focused games aiming to attract mainstream players.

Arbitrum delivers enhanced security and full EVM compatibility, suitable for high-value game assets and teams with strong Ethereum development experience.

For most P2E game development teams, the decision will involve weighing these factors against your game's unique requirements. Consider starting with smaller prototypes on multiple chains to test performance and player experience before committing to a primary platform.

Remember that in the rapidly evolving blockchain gaming space, flexibility and adaptability may ultimately prove more important than choosing the "perfect" chain from the start. The most successful P2E projects will likely be those that can evolve alongside the technology landscape while remaining focused on delivering exceptional player experiences.

[cryptoenews]

L1 Solutions Essential for EVM Scaling, Not L2

Ethereum Virtual Machine Enhancements The Ethereum Virtual Machine (EVM) grapples with network congestion and high fees, creating roadblocks to scalability and wider adoption. These challenges call for enhancements in Layer 1 (L1) solutions over Layer 2 (L2) fixes. Introduction Advancements in blockchain protocols, such as parallel processing and better consensus mechanisms, are crucial to…

[hersongfan]

Sure, here's a sample article based on your request:

Ethereum Virtual Machine (EVM) - paladinmining.com

The Ethereum Virtual Machine (EVM) is a crucial component of the Ethereum blockchain platform. It provides a runtime environment for executing smart contracts and decentralized applications (dApps). Understanding the EVM is essential for anyone interested in Ethereum mining or developing on the Ethereum network.

What is the Ethereum Virtual Machine (EVM)?

The Ethereum Virtual Machine (EVM) is a Turing-complete virtual machine that runs on every full node in the Ethereum network. It allows developers to write and deploy smart contracts using various programming languages such as Solidity, Vyper, and others. The EVM ensures that these contracts are executed consistently across all nodes, maintaining the integrity and security of the Ethereum blockchain.

How Does the EVM Work?

When a transaction is sent to the Ethereum network, it includes a piece of code that specifies what the contract should do. This code is compiled into bytecode, which is then executed by the EVM. The EVM interprets this bytecode and executes the instructions, updating the state of the blockchain accordingly.

Why is the EVM Important for Mining?

For miners, understanding the EVM is important because it directly affects the computational requirements and gas costs associated with executing transactions and smart contracts. Miners need to ensure they have the necessary computational power to process these transactions efficiently and profitably.

Conclusion

The Ethereum Virtual Machine (EVM) is a fundamental aspect of the Ethereum blockchain, enabling the execution of smart contracts and dApps. For more detailed information and resources on Ethereum mining and the EVM, visit https://paladinmining.com.

This structure can be adapted for other topics related to cryptocurrency mining as well.

加飞机@yuantou2048

paladinmining

Paladin Mining

[prominder360]

Best Project Management Software Training to Build New Skills in 2025

In the ever-evolving field of project management, staying updated with the latest tools and methodologies is crucial for success. As we approach 2025, numerous training programs are available to help professionals enhance their skills in project management software. This guide highlights some of the best training options to consider, catering to various experience levels and learning preferences.​

1. Google Project Management Certificate

Overview: Offered by Google through Coursera, this certificate program provides a comprehensive introduction to project management fundamentals. It covers essential tools and methodologies, preparing learners for entry-level project management roles. ​Coursera

Key Features:

Comprehensive coverage of project management principles.​

Exposure to various project management tools and platforms.​

Flexible online learning format.​

Ideal For: Beginners seeking a solid foundation in project management principles and tools.​

2. PRINCE2® 7th Edition Certification

Overview: PRINCE2® (PRojects IN Controlled Environments) is a globally recognized project management methodology. The 7th Edition offers updated practices and is suitable for managing projects across various industries. Training programs are available through accredited providers, such as Firebrand Training. ​firebrand.training

Key Features:

Structured approach to project management.​

Focus on processes and themes.​Reddit

Applicable to projects of varying sizes and complexities.​

Ideal For: Individuals aiming for a globally recognized certification to enhance their project management credentials.​

3. Project Management Professional (PMP)® Certification

Overview: Administered by the Project Management Institute (PMI), the PMP® certification is a rigorous program that covers all aspects of project management. It is based on PMI's Project Management Body of Knowledge (PMBOK) and is recognized worldwide. ​ProjectManager

Key Features:

Comprehensive coverage of project management processes and knowledge areas.​

Emphasis on real-world application and experience.​

Globally recognized credential.​

Ideal For: Experienced project managers seeking to validate their skills and advance their careers.​

4. Mastering Digital Project Management by The Digital Project Manager

Overview: This self-paced online course empowers participants to master the skills needed to deliver complex digital projects confidently. It covers the entire project lifecycle, from initiation to closure, and delves into methodologies like Waterfall, Scrum, and Agile.​

Key Features:

In-depth exploration of digital project management processes.​

Practical insights into various methodologies.​

Flexible, self-paced learning format.​

Ideal For: Project managers aiming to enhance their digital project management capabilities.​

5. LinkedIn Learning Project Management Software Courses

Overview: LinkedIn Learning offers a vast library of courses on various project management software tools, including Microsoft Project, Asana, Trello, and Jira. These courses are designed to help learners plan, execute, and monitor projects effectively.​

Key Features:

Wide range of software-specific training options.​

Courses suitable for different skill levels.​

Flexible learning schedules.​

Ideal For: Professionals looking to gain proficiency in specific project management tools.​

6. Udemy Project Management Courses

Overview: Udemy provides a variety of project management courses tailored to different experience levels and interests. Topics range from beginner to advanced levels, covering areas like cost and schedule monitoring using Earned Value Management (EVM).​

Key Features:

Diverse course offerings on various project management topics.​

Affordable pricing with frequent discounts.​

Lifetime access to course materials.​

Ideal For: Learners seeking flexible and cost-effective training options.​

7. Coursera Project Management Courses

Overview: Coursera collaborates with renowned institutions to offer a wide array of project management courses and certificates. Courses cover topics such as project planning, execution, and specialized areas like Agile project management. ​

Key Features:

Access to courses from top universities and organizations.​

Opportunities to earn recognized certificates.​

Flexible learning schedules.​

Ideal For: Individuals seeking academic-quality education in project management.​

8. Scrum Master Certifications

Overview: For those interested in Agile methodologies, obtaining a Scrum Master certification can be highly beneficial. Options include certifications from Scrum.org and the Scrum Alliance.​

Key Features:

Focus on Agile and Scrum practices.​

Recognition in industries adopting Agile methodologies.​

Ideal For: Professionals aiming to specialize in Agile project management.​

Conclusion

Investing in project management software training is essential for staying competitive in today's fast-paced work environment. The programs listed above offer diverse options to build new skills and enhance your proficiency with various project management tools. Whether you're a beginner or an experienced professional, these courses can help you achieve your career objectives in 2025.

[fraoula1]

𝐃𝐞𝐜𝐨𝐝𝐢𝐧𝐠 𝐭𝐡𝐞 𝐏𝐨𝐰𝐞𝐫 𝐨𝐟 𝐄𝐭𝐡𝐞𝐫𝐞𝐮𝐦 𝐕𝐢𝐫𝐭𝐮𝐚𝐥 𝐌𝐚𝐜𝐡𝐢𝐧𝐞 (𝐄𝐕𝐌) 𝐢𝐧 𝐭𝐡𝐞 𝐂𝐫𝐲𝐩𝐭𝐨𝐜𝐮𝐫𝐫𝐞𝐧𝐜𝐲 𝐔𝐧𝐢𝐯𝐞𝐫𝐬𝐞: 𝐔𝐧𝐯𝐞𝐢𝐥𝐢𝐧𝐠 𝐈𝐭𝐬 𝐈𝐦𝐩𝐚𝐜𝐭 𝐨𝐧 𝐄𝐭𝐡𝐞𝐫𝐞𝐮𝐦, 𝐏𝐨𝐥𝐲𝐠𝐨𝐧, 𝐚𝐧𝐝 𝐁𝐒𝐂

In the vibrant world of blockchain technology, the Ethereum Virtual Machine (EVM) is pivotal for decentralized applications (dApps). It not only shapes Ethereum but also influences other platforms like Polygon and Binance Smart Chain (BSC). As the backbone of many innovative solutions, understanding the EVM is crucial for anyone interested in cryptocurrencies.

Let's explore how the EVM functions, its significance, and its effects on Ethereum, Polygon, and BSC.

What is the Ethereum Virtual Machine (EVM)?

The Ethereum Virtual Machine (EVM) is a decentralized computing environment allowing developers to build and execute smart contracts on the Ethereum blockchain. Think of it as the heart of Ethereum, processing transactions and enforcing the network's rules.

The EVM is Turing-complete, meaning it can run any algorithm, making it a powerful tool for developers. For example, users have created over 3,000 dApps, ranging from financial services to gaming platforms. Its global operation ensures that every node in the Ethereum network executes smart contracts uniformly, an essential factor for the blockchain’s integrity.

How Does the EVM Work?

The EVM processes smart contracts using bytecode, a computer language understood by the machine. Developers initially write smart contracts in languages like Solidity or Vyper, which are then converted into bytecode for execution.

When a user interacts with a smart contract, a transaction is sent to the Ethereum network. The EVM validates the transaction by executing the bytecode across all nodes. Each node must reach a consensus on the outcome, ensuring the blockchain's state remains synchronized. In 2022, a total of 1.2 million Ethereum transactions occurred daily, showcasing the EVM’s efficiency.

Consensus is achieved through Ethereum’s Proof of Work (PoW) or the newer Proof of Stake (PoS) protocols, depending on the network configuration. The EVM's ability to execute smart contracts across a decentralized network empowers a thriving Ethereum ecosystem.

The Impact of EVM on Ethereum

Ethereum has transformed the blockchain landscape by introducing smart contracts, with the EVM playing a crucial role. It enables developers to create applications that are transparent and self-executing.

One of the most profound impacts of the EVM is the rise of decentralized finance (DeFi). For instance, over $100 billion was locked in various DeFi protocols in early 2023, demonstrating the platform's appeal. Users can lend, borrow, and trade assets seamlessly, thanks to the EVM’s capabilities.

Furthermore, the EVM has fueled the popularity of non-fungible tokens (NFTs). Artists can tokenize unique assets, establishing ownership and scarcity. In 2021 alone, NFT sales soared to $25 billion, highlighting the EVM's role in this burgeoning market.

EVM’s Influence on Polygon

Polygon, formerly known as Matic Network, capitalizes on the EVM to tackle Ethereum's scalability issues. By offering Layer 2 solutions, Polygon significantly boosts transaction throughput and reduces gas fees.

Since Polygon is EVM-compatible, developers can easily migrate their Ethereum-based dApps, leading to a 7x increase in active addresses on the Polygon network in 2022. This transition attracts projects looking for enhanced scalability while retaining Ethereum's robust security.

Additionally, Polygon provides a sandbox for developers to test new blockchain technologies while leveraging Ethereum's extensive user base. This collaboration exemplifies how Layer 2 solutions can improve the overall blockchain experience.

EVM’s Role in Binance Smart Chain (BSC)

Binance Smart Chain (BSC) embraces the EVM, easing the migration and development of Ethereum-based dApps. BSC offers a quicker and more affordable alternative to Ethereum, fostering rapid adoption in decentralized finance.

Since it is EVM-compatible, BSC allows Ethereum developers to deploy their projects on its network without significant changes. In 2023, over 1,000 dApps were launched on BSC, catering to users' growing demand for DeFi platforms and NFT marketplaces.

The EVM's influence on BSC highlights its function as a standard across different blockchain environments. This interoperability permits users to build cross-chain applications, enriching the overall crypto ecosystem.

Comparing EVM Integrations: Ethereum vs. Polygon vs. BSC

All three platforms utilize the EVM, but each offers distinct characteristics and advantages.

Ethereum

- Strengths: Established network with the largest dApp ecosystem, high security, and a robust developer community.

- Weaknesses: Scalability challenges and high transaction fees during peak times.

Polygon

- Strengths: Improved scalability, lower fees, and seamless migration for Ethereum projects.

- Weaknesses: Newer compared to Ethereum, requiring adjustment to Layer 2 solutions.

Binance Smart Chain

- Strengths: Fast block times, minimal fees, and strong integration with the Binance ecosystem.

- Weaknesses: Concerns about centralization and potential regulatory challenges.

Understanding these differences helps users and developers decide where to deploy their applications effectively.

The Future of the Ethereum Virtual Machine

As blockchain technology progresses, the EVM's future appears bright. With Ethereum 2.0 on the horizon, improvements like sharding and the transition to Proof of Stake will enhance the EVM’s efficiency.

The rising popularity of Layer 2 solutions, such as those from Polygon, indicates a commitment to improving scalability and performance. Moreover, cross-chain interoperability is key to expanding the EVM's possibilities, enabling different blockchain networks to collaborate seamlessly.

With its ability to facilitate connections across various platforms, the EVM will continue to play a central role in shaping the cryptocurrency universe.

Closing Thoughts on the EVM

The Ethereum Virtual Machine is essential in crafting the landscape of decentralized applications. It serves as a vital component for Ethereum, Polygon, and Binance Smart Chain, driving innovations like DeFi and NFTs.

As the blockchain ecosystem evolves, the EVM's importance will only increase. Understanding its functions and implications is beneficial for developers and users navigating the vast cryptocurrency world.

Ultimately, the EVM symbolizes the endless potential of blockchain technology, making it a focal point for those interested in the future of finance and innovation.

Harnessing the power of the EVM opens doors to countless opportunities in the cryptocurrency universe for years to come.

[xerreader]

Introduction To P6 Scheduling: Key Concepts And Terminology

This Guide Provides An Overview Of Essential Keywords And Concepts In Primavera P6 Scheduling. Learn About Critical Path Method (CPM), Work Breakdown Structure (WBS), Float, Baselines, Constraints, And Earned Value Management (EVM). Understand How P6 Helps In Project Planning, Resource Allocation, And Schedule Optimization For Successful Project Management.

[cryptoreach]

What is Berachain? A Guide to EVM Identical L1 Blockchain

Berachain is a new Layer 1 blockchain that combines Ethereum Virtual Machine (EVM) compatibility with a unique Proof-of-Liquidity (PoL) consensus mechanism. This makes it a highly efficient and cost-effective decentralized finance (DeFi) application platform. Berachain’s PoL model replaces traditional staking or mining, allowing users to earn rewards for providing liquidity, which enhances network security and ensures smoother trading, lending, and staking activities.

The ecosystem includes features like BEX (a decentralized exchange with gasless transactions), BEND (a lending platform), and BERP (a trading platform with leveraged options). All of these are designed to integrate liquidity and allow users to earn rewards while participating in the network.

Berachain’s native token, BERA, plays a crucial role in the network’s operation, and it is central to its tokenomics. With a market cap of $679.37 million and a circulating supply of 107.74 million, BERA serves as the foundation for transactions on the platform. Additionally, Berachain has launched an airdrop to engage its community and reward early adopters.

While Berachain offers substantial opportunities for developers and investors, it is important to approach the project with caution due to the volatility of the cryptocurrency market. As with any investment, thorough research and an understanding of the platform’s ecosystem and tokenomics are essential.

For more information about Berachain and its ecosystem, including the latest updates on the airdrop and investment opportunities, read more here.

[bestmobilecryptotradingapp]

Best Cryptocurrency Apps in 2025 – A Complete Guide 🚀

Looking for the best cryptocurrency app for trading, investing, or holding digital assets? Whether you're a beginner or an experienced trader, choosing the right app is crucial. Here’s a detailed breakdown of the top crypto apps, their features, and what makes them stand out.

📌 Top Cryptocurrency Apps & Exchanges

🔹 Coinbase – Best for Beginners 📊 Fees: 0.05% - 0.60% (varies based on factors) 💰 Supported Cryptos: 260+

🔹 Robinhood – Best for Mobile Trading 📊 Fees: No direct trading fees (variable spreads apply) 💰 Supported Cryptos: 19

🔹 Kraken – Best for Low Fees 📊 Fees: 0% - 0.40% 💰 Supported Cryptos: 200+

🔹 Gemini – Best for Security & Compliance 📊 Fees: 1.49% (for trades over $200) 💰 Supported Cryptos: 70+

🔹 Crypto.com – Best for Credit Card Rewards 📊 Fees: 0% - 0.75% 💰 Supported Cryptos: 350+

🔹 eToro – Best for Social Trading 📊 Fees: 1% per trade 💰 Supported Cryptos: 100+ (3 in the US)

🔹 CashApp – Best for Buying & Selling Bitcoin Instantly 📊 Fees: 0.75% - 3% 💰 Supported Cryptos: Bitcoin only

🎁 Bonus Apps for Crypto Enthusiasts

Beyond exchanges, other tools can enhance your crypto journey:

✅ OpenSea – Best NFT Marketplace for digital art & collectibles ✅ CoinMarketCap – Best Crypto Price Tracker for real-time market data ✅ MetaMask – Best Software Wallet for Ethereum & EVM chains ✅ Coinbase Wallet – Best Multi-Chain Wallet for secure self-custody ✅ TradingView – Best Charting Tool for technical analysis ✅ CoinLedger – Best Crypto Tax Software for tracking & reporting

💡 What is a Cryptocurrency Exchange?

A cryptocurrency exchange is a digital platform where users can buy, sell, and trade digital assets like Bitcoin (BTC), Ethereum (ETH), and altcoins. These exchanges operate like stock markets, allowing real-time trading with various security features.

Setting up an account is usually quick. Once verified, you can start investing in crypto within minutes!

🔎 How to Choose the Best Crypto Exchange

Before signing up, consider these key factors:

🔹 Security – Look for platforms with two-factor authentication (2FA), cold storage, and insurance policies. 🔹 Fees – Some exchanges charge high fees that eat into profits. Compare fee structures before choosing. 🔹 Crypto Selection – Not all platforms support every digital currency. Ensure your preferred cryptos are available. 🔹 Ease of Use – A beginner-friendly interface is essential for new investors. 🔹 Reputation – Check reviews and community feedback to verify credibility. 🔹 Regulations – Choose exchanges that comply with legal requirements in your country for added safety.

⚠️ How to Stay Safe When Using Crypto Apps

The crypto space is full of potential, but also risks. Here are essential security tips to protect your assets:

🔹 Use strong passwords – Avoid easy-to-guess passwords or reusing them across accounts. 🔹 Enable 2FA – Two-factor authentication adds an extra layer of security. 🔹 Never share your private keys – Store your seed phrase securely offline. 🔹 Be cautious of phishing scams – Never click on suspicious links or messages. 🔹 Use reputable exchanges – Stick to well-known, trusted platforms with strong security measures.

🔥 Must-Have Crypto Tools for Investors

✅ Crypto Wallets – Secure your digital assets with self-custody solutions like MetaMask or Ledger. ✅ Portfolio Trackers – Monitor all your holdings in one place with apps like CoinMarketCap or CoinStats. ✅ Charting Tools – Get real-time price charts and technical indicators using TradingView. ✅ Tax Software – Automate tax reporting with CoinLedger to track capital gains/losses.

🏆 Top Cryptocurrency Apps FAQs

💰 Best Crypto App Overall? ➡️ Coinbase is ideal for beginners due to its user-friendly interface and wide crypto selection.

📉 Lowest Fee Crypto App? ➡️ Kraken offers some of the lowest fees, ranging from 0% - 0.40% for trades.

💳 Best App to Buy Bitcoin with a Credit Card? ➡️ Gemini allows BTC purchases with a credit card at 3.49% fees, one of the lowest rates available.

⚠️ Are Crypto Apps Safe? ➡️ Most reputable exchanges use advanced security measures, but always follow best practices to protect your assets.

🚀 Final Thoughts

Finding the best cryptocurrency app depends on your needs. If you're just getting started, Coinbase is beginner-friendly, while Kraken offers low fees for frequent traders. If security is your top concern, Gemini is highly regulated.

No matter which platform you choose, always stay informed, secure your assets, and trade responsibly!

💬 Which crypto app do you use? Drop a reply and let’s discuss! 🚀🔥

[fromdevcom]

When building in web3,  interacting with networks like Base often requires the use of RPC nodes. But what exactly are RPC nodes, and why do they matter? RPC (Remote Procedure Call) nodes act as intermediaries between your decentralized application (dapp) and the blockchain. They allow developers to perform key tasks such as querying balances, submitting transactions, and accessing historical data without running a full node themselves. This makes them essential for building on blockchains. For developers, running an RPC node can be complex, requiring hardware, bandwidth, and maintenance. However, with a free service like PublicNode by Allnodes, accessing an RPC node becomes simple and seamless. In this guide, I’ll explore how to run a Base RPC node using Allnodes’ PublicNode service, walking through the benefits of Base and the step-by-step process of setting up your own RPC node.  What is Base? Base is a layer-2 (L2) blockchain launched by Coinbase in 2023, designed to offer enhanced scalability, reduced costs, and increased throughput compared to Ethereum’s mainnet. Base leverages optimistic roll-ups, bundling transactions off-chain and then submitting them in bulk to Ethereum for validation. This results in faster, cheaper transactions while maintaining Ethereum's security guarantees. Some key benefits of building on Base include: High throughput: Optimistic roll-ups enable faster transaction processing. EVM compatibility: Base is fully compatible with Ethereum’s Virtual Machine (EVM), making it easy for developers to migrate their existing smart contracts and dapps. Lower fees: By processing many operations off-chain, Base significantly reduces transaction fees, making it an attractive option for developers and users. Introducing PublicNode by Allnodes Running your own Base node requires setting up complex infrastructure, managing hardware, and handling bandwidth requirements. This can become costly and time-consuming, especially if you're developing on multiple chains. Fortunately, PublicNode by Allnodes offers a solution. PublicNode provides free access to RPC nodes for over 101 blockchains, including Base. This service eliminates the need for developers to host their own nodes, drastically reducing both time and cost. With no setup fees and robust uptime, developers can instantly connect to the blockchain, focus on building their dapps, and scale without vendor lock-in. Additionally, Allnodes’ infrastructure is highly reliable, offering both testnet and mainnet options to suit different development needs. Let’s get into how you can start using PublicNode to run an RPC node on Base. Tutorial: How to Set Up a Base Nodes Setting up a Base RPC node using PublicNode is easy, and you can do it in just three simple steps: Step 1: Navigate to PublicNode.com and Search "Base" Visit the PublicNode website. In the search bar, type "Base" to locate the available nodes for this blockchain. Step 2: Choose Mainnet or Testnet From the search results, click on Base. You’ll be prompted to choose between the Mainnet and the Testnet. Select Mainnet if you are building on the live network or Testnet if you are developing or testing. Step 3: Copy the RPC URL After selecting the appropriate network, you’ll be provided with an RPC URL. Simply copy this URL. This link will serve as the endpoint you use to interact with Base nodes in your Web3 projects. That’s it! Your Base RPC node is now ready to be integrated into your dapp or Web3 project. How to Call Your Base Nodes Using ethers.js Once your RPC node is set up, you’ll want to start interacting with the Base blockchain. One common task is fetching the native balance of a specific wallet. Here’s how you can do it using the ethers.js library. Prerequisites: Install Node.js v14+ Install npm or yarn Step-by-Step Guide: Initialize a New Project Open your terminal and initialize a new project using: npm init

Install ethers.js Next, install the ethers.js library with the following command: npm install ethers then add "type": "module" to your ”package.json” file as below: Set Up the Script In your project directory, create an index.js file. Add the following code snippet to interact with your Base RPC node: import ethers from "ethers"; const provider = new ethers.providers.JsonRpcProvider("YOUR_BASE_RPC_URL"); const address = "0xd8dA6BF26964aF9D7eEd9e03E53415D37aA96045"; // Replace with the address you're querying const balance = await provider.getBalance(address); console.log("Balance: ", ethers.utils.formatEther(balance)); Configure Your RPC URL Replace "YOUR_BASE_RPC_URL" with the URL you copied from PublicNode, and modify the address field to the wallet you wish to query. Run the Script Execute your script with the following command: node index.js The output will show the native balance of the specified address in Ether format: Balance:  0.077088742255355898 Congratulations! You now know how to make RPC calls to Base nodes! Performance and Ease of Use Using PublicNode for Base is not only free but also delivers fast response times. In testing, I found that requests were processed quickly, with minimal latency compared to running a full node yourself. For most small to medium-scale apps, this service should meet all performance needs. If you are a developer building cross-chain dapps you will appreciate the flexibility and ease of switching between networks, all while avoiding the headache of maintaining node infrastructure. Why I Choose PublicNode? Cost-effective: PublicNode offers a completely free option for accessing Base and over 100 other blockchains. While there are rate limits in place to prevent abuse, the free plan is more than sufficient for most development and small-scale production environments. Multiple blockchain support: With access to over 101 blockchains, PublicNode provides an all-in-one solution for developers working on multi-chain projects. Robust infrastructure: PublicNode offers excellent uptime and performance, making it reliable enough even for production applications. Scalable options: For projects requiring higher traffic or custom configurations, PublicNode offers premium plans to accommodate specific needs. Conclusion I found the whole process very positive. Building on Base has never been easier, thanks to PublicNode by Allnodes.  By offering free, easy-to-use RPC nodes, Allnodes removes the barriers to entry for developers looking to build scalable, cost-efficient dapps. Whether you’re developing a small project or preparing for large-scale deployment, PublicNode provides a solid foundation to get started on the Base blockchain. Happy building!

[marcoluther]

How to Launch a Successful Cryptocurrency in 2025

The cryptocurrency landscape is constantly evolving, and launching a successful cryptocurrency in 2025 requires a well-thought-out strategy. With increasing regulations, technological advancements, and shifting market dynamics, entrepreneurs must adapt to the latest trends to build a thriving digital asset. In this guide, we’ll walk through the essential steps to successfully launch a cryptocurrency in 2025.

1. Define Your Cryptocurrency’s Purpose

Before launching a cryptocurrency, you need to establish a clear purpose and unique value proposition. Ask yourself the following questions:

What problem does your cryptocurrency solve?

How does it differ from existing cryptocurrencies?

Who is your target audience?

Your cryptocurrency development could be a payment token, utility token, security token, governance token, or an AI-powered digital asset. Ensure your project addresses a real-world need and stands out in a saturated market.

2. Choose the Right Blockchain Technology

Selecting the right blockchain for your cryptocurrency is crucial. You can either build a new blockchain or launch a token on an existing blockchain like Ethereum, Binance Smart Chain, Solana, or Avalanche. Consider the following factors:

Scalability – Can the blockchain handle high transaction volumes?

Security – Is the blockchain resistant to attacks?

Interoperability – Can it communicate with other blockchains?

Smart Contracts – Does it support decentralized applications (dApps)?

If you want more control, launching your own Layer 1 blockchain is an option, but it requires significant development resources.

3. Tokenomics Design and Supply Mechanism

A well-structured tokenomics model determines the success of your cryptocurrency. Key factors to consider include:

a. Total Supply

Decide whether your cryptocurrency will have a fixed supply (like Bitcoin) or an inflationary model.

b. Distribution

Plan how your tokens will be allocated:

Founders & Team (15-20%)

Development & Ecosystem Growth (30-40%)

Community & Airdrops (10-15%)

Private & Public Sale (ICO/IDO/IEO) (20-30%)

c. Utility & Incentives

Tokens should have real utility to drive demand. Use cases may include:

Governance (voting rights in a DAO)

Staking rewards

Gas fees for transactions

Access to exclusive features in an ecosystem

Defining an effective vesting schedule ensures that the founding team and investors don’t dump tokens, preventing price crashes.

4. Smart Contract Development and Security Audits

Developing secure and efficient smart contracts is essential. Use reliable blockchain programming languages such as:

Solidity (for Ethereum and EVM-compatible chains)

Rust (for Solana and Near)

Move (for Aptos and Sui)

Security is a major concern, so conducting smart contract audits from firms like CertiK, Hacken, or OpenZeppelin will help detect vulnerabilities and protect investors from exploits.

5. Compliance and Regulatory Requirements

Cryptocurrency regulations are tightening worldwide. Ensure your project complies with local and global regulations, including:

KYC (Know Your Customer) & AML (Anti-Money Laundering) requirements

Securities Laws Compliance (especially for security tokens)

Taxation and Reporting (as per regional laws)

Registering your cryptocurrency company in a crypto-friendly jurisdiction such as Switzerland, Singapore, or the UAE can provide regulatory advantages.

6. Build a Strong Community and Marketing Strategy

A cryptocurrency’s success heavily relies on community adoption and engagement. Implement a multi-channel marketing strategy to drive awareness:

a. Social Media & Content Marketing

Leverage platforms like:

X (Twitter) – Regular updates, AMAs, and engagement

Discord & Telegram – Community discussions and support

YouTube & TikTok – Crypto influencer collaborations

Medium & Substack – Long-form educational content

b. PR & Influencer Marketing

Get your project featured on:

Crypto news sites (CoinTelegraph, CoinDesk, Bitcoin.com)

Influencer reviews (YouTubers, Twitter influencers, and bloggers)

Podcast appearances (Crypto-focused shows)

c. Airdrops & Bounty Programs

Running airdrop campaigns and bounty programs on platforms like Galxe and Zealy can drive initial adoption.

d. Strategic Partnerships

Collaborating with crypto exchanges, DeFi projects, and Layer 1 blockchains can boost credibility and adoption.

7. Fundraising Strategy: ICO, IDO, IEO, or VC Funding

Funding is essential for development and marketing. Here are the most common ways to raise capital:

a. Initial Coin Offering (ICO)

A direct token sale to the public

Requires a strong whitepaper and marketing campaign

Popular for early-stage community funding

b. Initial DEX Offering (IDO)

Token launch on decentralized launchpads like DAO Maker, Polkastarter, or Binance Launchpad

Liquidity pools are used for trading

More decentralized than ICOs

c. Initial Exchange Offering (IEO)

Conducted on a centralized exchange (CEX) like Binance, KuCoin, or OKX

Higher trust level due to exchange involvement

d. Venture Capital (VC) Funding

Involves private equity firms and blockchain-focused VCs

Typically requires equity or token allocation

Boosts credibility but may reduce decentralization

A combination of community-driven funding and VC support can provide a balanced financial strategy.

8. Listing on Crypto Exchanges

To ensure liquidity and accessibility, list your token on:

Centralized Exchanges (CEXs): Binance, Coinbase, Kraken, OKX

Decentralized Exchanges (DEXs): Uniswap, PancakeSwap, Curve

For major exchange listings, liquidity, regulatory compliance, and a strong community are key factors.

9. Developing a Robust Ecosystem

A successful cryptocurrency should go beyond just a token and build a full ecosystem. Consider:

dApp development (DeFi, NFT, GameFi, AI Agents)

Staking & Yield Farming to incentivize users

Layer 2 Scaling Solutions for faster transactions

Cross-chain integrations for interoperability

Having an ecosystem boosts long-term utility and adoption.

10. Continuous Development & Adaptation

Crypto is a fast-evolving space, and projects need to continuously innovate. Keep improving by:

Upgrading smart contracts for efficiency

Implementing governance proposals (if decentralized)

Expanding partnerships and ecosystem development

Engaging with the community for feedback

Conclusion

Launching a successful cryptocurrency in 2025 requires a combination of technical expertise, regulatory compliance, community engagement, and strategic marketing. By following these steps defining a strong purpose, choosing the right blockchain, developing secure smart contracts, ensuring legal compliance, and building a thriving ecosystem you can create a sustainable and impactful cryptocurrency project.

[coingabbarnew]

Which of the following pair of blockchain both implement the EVM

The latest Xenea quiz answers today focus on blockchain networks that implement the Ethereum Virtual Machine (EVM). Understanding EVM-compatible blockchains is essential for seamless interoperability and smart contract execution. Participating in the Xenea Wallet Daily Quiz not only enhances your blockchain knowledge but also allows you to earn exciting rewards. Make sure to check the correct answers and claim your rewards today. Stay updated with Xenea quiz answers today to maximize your earnings and stay ahead in the crypto space!