Helios is a next-generation, EVM-compatible, and Cosmos SDK–based blockchain designed for developers who are tired of choosing between ecosystems, governance models, and security trade-offs. Whether you’re building DeFi, AI-native protocols, or cross-chain infrastructure, Helios gives you a unified environment where everything just… works.

And yes, it’s opinionated tech. In a good way.

What Makes Helios Different (And Why It Matters)

Helios isn’t another “Ethereum-but-faster” clone. It’s built for interchain automation, AI-enhanced smart contracts, and reputation-backed security.

Here’s the short version:
Helios lets assets, smart contracts, validators, and governance move across chains without duct tape.

EVM + Cosmos SDK = Power Without Compromise

Developers can:

• Deploy Solidity smart contracts like they’re on Ethereum
• Tap into Cosmos SDK modules for governance, staking, and interchain logic

You get the familiarity of EVM tooling and the flexibility of Cosmos. No migration headaches. No rewrites.

Solidity, But Smarter

Helios introduces Boosted Solidity, adding:

• Autonomous CRON tasks
• Native AI agent interactions
• Cross-chain oracle execution

Your smart contracts don’t just react anymore. They act.

Interchain by Design, Not by Patchwork

Helios was built from the ground up for cross-chain composability.

Hyperion Modules & I-PoSR Consensus

Through Hyperion Modules and Interchain Proof of Stake & Reputation (I-PoSR), Helios enables:

• Direct interaction with multiple blockchains
• Secure cross-chain asset and data flows
• Validator reputation influences network security

This isn’t bridges bolted on later. This is native interoperability.

Secure Cross-Chain Bridging

Assets move safely between Ethereum, Cosmos, Solana, BNB Chain, Avalanche, Polygon, and more, backed by:

• Modular architecture
• Multi-asset weighted security
• Reputation-based validator performance

Translation: fewer exploits, fewer sleepless nights.

Governance That Actually Does Something

Helios includes built-in governance and reputation systems that matter.

• Smart contract execution can be influenced by on-chain governance
• Validators earn trust over time through performance, not promises
• dApps can integrate weighted staking and multi-asset security models

Governance isn’t a checkbox here. It’s part of the execution layer.

AI-Driven Automation, Natively Integrated

Helios doesn’t “integrate AI” as a buzzword. It uses AI.

• AI-powered smart contracts adapt to network conditions

• Automated governance processes reduce human bottlenecks

• Chronos executes rebalancing, profit-taking, and automation

Humans are slow. Helios knows this.

Helios Turns Tokens Into On-Chain Portfolios

This is where things get spicy.

Helios enables ETF-style on-chain portfolios:

• Assets from Ethereum, BNB, Avalanche, and Polygon

• Stablecoins and RWA tokens bundled into governed baskets

• AI balances allocations automatically

• Chronos handles rebalancing and execution

You get diversified exposure without micromanagement.
Simple on the surface. Very serious underneath.

Fast Finality, Low Fees, No Drama

Thanks to I-PoSR, Helios delivers:

• Faster block finality

• Lower transaction costs

• Multi-asset security anchoring the network

Efficiency without sacrificing decentralization. A rare combo.

Accessing the Helios Testnet

Developers can start building immediately with full API access.

EVM-Compatible JSON-RPC (Port 8545)

Deploy and test Solidity contracts using:

• Web3.js

• Ethers.js

• Hardhat

Docs and live testing via Swagger UI:
https://testnet1.helioschainlabs.org/docs

Cosmos gRPC Gateway (Port 1317)

Interact with Cosmos SDK modules for:

• Governance

• Staking

• Accounts

• Interchain functionality

gRPC Gateway docs:
https://testnet1-grpc.helioschainlabs.org/docs

Swagger UI (Because Docs Shouldn’t Hurt)

Swagger lets you:

• Explore endpoints visually

• Test API calls directly in-browser

• Understand request and response structures instantly

It’s documentation that respects your time.

Developers First. Seriously.

Helios puts real money and real support behind builders.

Builder Grants

• Up to $50,000 per project

• Additional funding for standout teams

• Direct access to Helios Labs for guidance

Growth Incentives

Financial rewards to help your protocol gain early traction.

Developer Accelerator

Coaching, investment, and networking to turn MVPs into real protocols.

Hackathons & Competitions

Ship fast, get visibility, and win prizes that actually move the needle.

A Growing, Engaged Ecosystem

Helios isn’t building in a vacuum. The community is active across:

• Social channels

• Developer forums

• Meetups and hackathons

Builders, validators, and users are all aligned around one thing: making interchain applications actually usable.

HLS Token Access

HLS will be available on selected centralized and decentralized exchanges, providing seamless access to the Helios ecosystem and its growing suite of applications.

The Bottom Line

Helios isn’t just another chain.
It’s a coordination layer for the next generation of decentralized systems.

Interchain. AI-native. Governance-aware. Reputation-secured.

Unite. Build. Innovate.
Welcome to the ETF era of decentralized networks.

FOR REFERENCE:

Website | X (Twitter) 

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Zoof Wallet is here to fix that.

Launching on Virtuals, Zoof is an EVM-compatible, AI-powered wallet designed to make Web3 finally feel… usable. Instead of navigating complex interfaces, users simply tell Zoof what they want to do — and the wallet handles the rest on-chain.

Say things like:

• “Buy $100 of VIRTUAL every month.”
• “Stake my USDC for the best available yield.”
• “Show me where smart money is flowing.”

Zoof translates natural language into real on-chain actions and automations. No tutorials. No DeFi gymnastics. Just intent → execution.

Making Web3 Effortless (Yes, Actually)

Zoof’s mission is straightforward: remove friction from Web3. The wallet abstracts away complexity and lets users interact with DeFi, protocols, and on-chain apps using simple commands instead of multi-step processes.

Under the hood, it’s serious infrastructure. On the surface, it feels like magic.

This makes Zoof ideal for:

• New users who want results without the learning curve
• Power users who want automation, speed, and smarter execution

Both groups win. Finally.

Deeply Integrated Into the Virtuals Ecosystem

Zoof isn’t just another wallet that connects to apps — it’s being built as the native hub of the Virtuals ecosystem.

Projects will be able to plug directly into Zoof, allowing their agents, data, and functionality to live inside the wallet. No redirects. No separate apps. No context switching.

From within Zoof, users will be able to:

• Book trips
• Trade with leverage
• Buy new prototypes
• Interact with Virtuals-native agents and services

If it’s on Virtuals, Zoof is where it happens.

Built Around Income, Not Idle Assets

Zoof has a strong focus on income strategies. The wallet actively helps users put their capital to work by:

• Recommending liquidity pools
• Managing open positions
• Tracking rewards
• Automatically redeploying earnings inside the app

Instead of passively holding assets, Zoof users get an intelligent assistant that’s always optimizing.

This isn’t “number go up” marketing. It’s practical yield orchestration.

Onboarding That Doesn’t Scare People Away

Zoof is designed to be inclusive by default.

Users can create a wallet using:

• Email
• Social login
• Traditional seed phrase

Everything is gasless, fast, and intuitive, without compromising on self-custody. Whether you’re brand new to crypto or deeply experienced, Zoof meets you where you are.

Zoof Tokenomics

Zoof’s token model is intentionally simple, transparent, and supply-disciplined.

• Total Supply: 1,000,000,000 tokens
• Public Sale: 87.50% (fixed supply)
• Liquidity Pool: 12.50% (fixed supply)

No hidden allocations. No moving goalposts. Just a clear structure designed to support liquidity, usage, and long-term alignment.

Roadmap Overview

Zoof’s rollout is structured, transparent, and focused on real adoption.

Q4 2025

October 2025

• Improve reach: Incentives, campaigns, and X Spaces to expand awareness
• Feature survey: Community-driven input to shape wallet features
• Beta testing applications: Carefully selected testers to ensure stability
• Sneak peeks: Screenshots, videos, and regular progress updates
• Partnership outreach: Integrations with other Virtuals ecosystem projects

November 2025

• Beta launch (November 3): First users start testing Zoof in the wild
• First app store release: Initial version goes live
• LP AI integration: Automated passive income strategies deployed into beta

What’s Next

More details on Zoof’s full roadmap, integrations, and revenue models are coming soon. But the direction is already clear.

Zoof isn’t trying to be another wallet.

It’s aiming to be the default interface for AI-driven Web3, starting with Virtuals and expanding from there.

If wallets are the front door to crypto, Zoof just replaced the lock with voice command—and honestly, nobody is going back.

FOLLOW ZOOF Wallet SOCIALS

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In 2023, the team introduced a major innovation: Arbitrum Stylus. This new toolset dramatically extends the developer experience and compute capabilities on Arbitrum by enabling the use of WebAssembly (Wasm) alongside Ethereum’s native language, Solidity.

This article explores the impact of Arbitrum Stylus on the broader blockchain ecosystem — from developer flexibility and performance improvements to new possibilities in smart contract design and decentralized applications (dApps).

What is Arbitrum Stylus?

Arbitrum Stylus is a major upgrade that allows developers to write and deploy smart contracts in WebAssembly-supported languages like Rust, C, and C++, in addition to Solidity. Stylus executes these contracts within the same Arbitrum virtual machine (AVM) that powers Solidity contracts, allowing seamless interoperability and compatibility across languages.

Stylus leverages the speed and safety of WebAssembly (Wasm), a binary instruction format designed for efficient execution and portability, widely used outside the blockchain space.

Key Features and Advantages

1. Multilingual Smart Contract Development

With Stylus, developers can now build smart contracts in languages they’re already familiar with, such as:

• Rust – known for safety and concurrency
• C/C++ – used extensively in systems programming and embedded devices

This opens up Ethereum and Arbitrum to a broader pool of developers from traditional tech backgrounds who may not have prior Solidity experience.

2. Performance Improvements

Stylus smart contracts are compiled to WebAssembly, which executes significantly faster than EVM bytecode. In testing, Stylus showed:

• Up to 10-20x lower gas costs
• 50x faster computation for specific workloads (e.g., loops, numerical computation)

This performance gain is especially impactful for dApps requiring complex logic, like DeFi platforms, zero-knowledge applications, or on-chain games.

3. Secure Memory Management

WebAssembly’s sandboxed execution model provides memory safety by design, reducing vulnerabilities such as buffer overflows and memory leaks. Combined with Rust’s ownership model, Stylus contracts can offer an inherently more secure smart contract architecture.

4. Shared State with Solidity Contracts

Stylus contracts can read and write to the same state as Solidity contracts on Arbitrum, which means:

• Developers can incrementally adopt Stylus without needing to rewrite entire dApps
• Hybrid contracts can mix EVM and Wasm logic for optimal performance

Real-World Use Cases

🧿 DeFi: Arbitrum Stylus enables more efficient on-chain calculations and oracles, critical for financial applications with high-frequency updates.

🎯 Gaming: On-chain games with complex physics or rendering logic benefit from faster loops and mathematical computation.

🟠 AI/ML on-chain: Lightweight machine learning models written in Rust or C++ can now run directly on-chain, enabling applications like decentralized recommendation engines or on-chain analytics.

🔵 ZK Proof Generation: Zero-knowledge proofs can be computed more efficiently using low-level languages, making Stylus a natural fit for ZK-friendly infrastructure.

Ecosystem and Developer Adoption

Since its launch, Stylus has seen growing interest from developer communities, particularly those in Rust and C++. Arbitrum has also released tooling to support local development, testing, and deployment using Stylus.

Early adopters include projects building on advanced cryptography, high-throughput financial products, and complex simulations. The broader Ethereum community has recognized Stylus as a powerful innovation in expanding Ethereum’s capabilities without compromising security or decentralization.

Challenges and Considerations

Despite its benefits, Stylus introduces a few new complexities:

• Tooling Maturity: The ecosystem around WebAssembly smart contracts is still young compared to Solidity’s.
• Auditing: New languages mean different security paradigms, requiring auditors to expand their toolkits.
• Developer Education: Encouraging traditional devs to transition into blockchain still involves a learning curve regarding decentralization, gas fees, and smart contract design.

Synopsis

Arbitrum Stylus represents a major leap forward in blockchain development. By bringing powerful, general-purpose languages like Rust and C++ into the smart contract world — and doing so in a way that interoperates with existing EVM-based infrastructure — Stylus effectively bridges the gap between traditional software engineering and Web3.

Its impact is already being felt across DeFi, gaming, and advanced cryptographic applications, and its long-term implications could redefine how developers approach decentralized systems. As Stylus continues to mature, it promises to make smart contract development faster, safer, and more accessible to the next generation of Web3 builders.

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Ethereum’s Shanghai Upgrade enhances smart contracts, improving efficiency, scalability, and security in decentralized applications. Implemented in April 2023, this upgrade introduced significant changes to Ethereum’s architecture. It allowed validators to withdraw staked Ether (ETH) for the first time since the transition to proof-of-stake (PoS) in 2022. This development increased liquidity and incentivized more participants to engage in the network.

Enhancements to Smart Contract Functionality

The Shanghai Upgrade introduced technical improvements to Ethereum’s smart contract capabilities. These enhancements aimed to position Ethereum as a major player in the blockchain space. By optimizing the Ethereum Virtual Machine (EVM), the upgrade improved the processing of transactions and smart contracts, potentially increasing the network’s efficiency and speed.

Impact on Decentralized Applications (dApps)

With the Shanghai Upgrade, decentralized applications (dApps) benefit from enhanced smart contract functionalities. The improvements lead to faster transaction processing and reduced gas fees, making dApps more user-friendly and accessible. This encourages broader adoption of decentralized platforms and services, fostering innovation within the Ethereum ecosystem.

Future Implications for Ethereum’s Ecosystem

The Shanghai Upgrade is a significant step toward Ethereum’s long-term goals of scalability and sustainability. By enhancing smart contract capabilities and enabling validator withdrawals, Ethereum positions itself for future advancements. Upcoming upgrades, such as proto-danksharding, aim to further improve scalability and reduce costs, solidifying Ethereum’s role in the evolving blockchain landscape.

Conclusion

In summary, Ethereum’s Shanghai Upgrade enhances smart contracts, improving efficiency, scalability, and security in decentralized applications. These advancements contribute to a more robust and user-friendly Ethereum network, fostering innovation and adoption in the blockchain space.

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Key Concepts of the EVM

1. Smart Contracts:

A smart contract is a self-executing contract where the terms are directly written into code. The EVM executes these contracts in a decentralized environment, eliminating the need for intermediaries. Once deployed on the blockchain, smart contracts are immutable, making them a secure and reliable tool for executing agreements.

2. Gas and Gas Fees:

Every computation in the EVM costs “gas,” a unit that measures the amount of computational effort required to execute operations. Gas fees incentivize miners to process transactions and execute smart contracts, and they prevent network abuse by discouraging overly complex computations.

3. Bytecode:

Smart contracts are written in high-level programming languages like Solidity and compiled into bytecode before being deployed. The EVM reads and executes this bytecode, which is a low-level representation of the contract’s logic.

4. Storage and Memory:

The EVM operates with two types of data handling: storage and memory. Storage is permanent and tied to the blockchain, meaning data written there persists across transactions. Memory, on the other hand, is temporary and resets after the execution of a contract.

5. OpCodes:

The EVM uses a set of low-level instructions called OpCodes to execute bytecode. Each OpCode corresponds to a specific operation in the smart contract, such as adding numbers or storing information.

Practical Applications of the EVM

1. Decentralized Finance (DeFi):

The EVM powers numerous DeFi protocols, enabling decentralized lending, borrowing, and trading without intermediaries. DeFi applications like Uniswap and Aave rely on EVM smart contracts to automate financial services.

2. Non-Fungible Tokens (NFTs):

EVM-based platforms like Ethereum enable the creation and trading of NFTs. Smart contracts govern the ownership and transfer of these unique digital assets, ensuring that they can be securely traded on marketplaces such as OpenSea.

3. Decentralized Autonomous Organizations (DAOs):

DAOs are organizations governed by smart contracts, enabling decision-making processes to be transparent and decentralized. The EVM allows DAOs to function autonomously by executing predetermined rules without external interference.

4. Cross-Chain Interoperability:

As Ethereum leads the way in the blockchain ecosystem, EVM compatibility has become a standard for various other chains like Binance Smart Chain (BSC) and Avalanche. This ensures that developers can seamlessly port their smart contracts across multiple chains without re-writing code.

5. Supply Chain Management:

The EVM can be used to develop smart contracts that track goods across supply chains. These contracts provide transparency and trust, ensuring that all parties involved in the process can verify the status and authenticity of products.

6. Gaming and Virtual Worlds:

Many blockchain-based games leverage the EVM to create in-game economies, enabling players to trade assets, earn rewards, and participate in virtual economies. Games like Axie Infinity use EVM to power their decentralized economies, allowing players to earn tokens that hold real-world value.

Conclusion

The EVM is the engine that drives the Ethereum network, enabling a wide range of decentralized applications (dApps) across industries. From finance and NFTs to gaming and DAOs, the practical applications of the EVM continue to grow as blockchain technology advances. Understanding the EVM’s key concepts not only empowers developers to build innovative solutions but also highlights the endless possibilities that decentralized technologies offer.

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EVM: The Engine of Ethereum’s Smart Contracts

Smart contracts are self-executing agreements written in code and stored on the blockchain. They eliminate the need for intermediaries, promoting trust and automation in transactions. The EVM serves as the execution engine for these smart contracts. It interprets and executes the code written in languages like Solidity, ensuring its functionality across the entire Ethereum network.

The EVM operates on a step-by-step basis, meticulously processing each instruction within a smart contract. This methodical approach guarantees that all participants in the network arrive at the same outcome, upholding the integrity of the blockchain.

Gas: The Fuel for EVM’s Execution

Just like a car needs gasoline to run, the EVM requires a specific unit called “gas” to execute instructions within smart contracts. Gas represents the computational effort needed to perform an action.

When deploying or interacting with a smart contract, users pay a gas fee. This fee is denominated in Ether (ETH), Ethereum’s native cryptocurrency. Miners, the computers that validate transactions on the network, collect these fees as a reward for their work.

The concept of gas serves two crucial purposes. First, it incentivizes developers to write efficient code, as complex contracts with numerous instructions require higher gas fees. Second, it prevents denial-of-service attacks, where malicious actors flood the network with resource-intensive smart contracts, aiming to grind it to a halt.

Security and Reliability: The Pillars of EVM

Security is paramount in the realm of blockchain technology. The EVM incorporates several features that make it a robust and reliable platform for executing smart contracts.

• Immutability: Once a transaction is recorded on the Ethereum blockchain, it cannot be altered or deleted. This immutability ensures the integrity of smart contracts and prevents tampering.
• Isolation: The EVM operates in a sandboxed environment, meaning each smart contract runs in isolation from others. This prevents bugs or vulnerabilities in one contract from impacting the entire network.
• Consensus Mechanism: The Ethereum network utilizes a Proof-of-Work (PoW) consensus mechanism to validate transactions and maintain network security. This mechanism ensures that only valid code is executed on the EVM.

EVM’s Impact: Beyond Ethereum

The influence of the Ethereum Virtual Machine (EVM) extends far beyond the Ethereum network. Many other blockchains have adopted or designed their virtual machines to be EVM-compatible. This compatibility fosters a more interconnected blockchain ecosystem, promoting innovation and collaboration. Developers can leverage existing smart contracts and tools built for Ethereum on these new blockchains, reducing development time and effort. Additionally, it benefits users by allowing them to interact with various dApps using familiar tools and wallets designed for the Ethereum network.

EVM compatibility signifies a growing trend towards interoperability within the blockchain space. By adopting a common ground like the EVM, blockchains can overcome the limitations of isolation and unlock the true potential of a decentralized future. However, it’s important to acknowledge that EVM compatibility doesn’t equate to complete interoperability. Each blockchain may have its own unique features and functionalities. While EVM compatibility fosters a shared foundation, further advancements are necessary to enable seamless communication and data exchange across all blockchains.

EVM Compatibility: Building Bridges Across Blockchains

The rise of EVM-compatible blockchains signifies a growing trend towards interoperability within the blockchain space.  Interoperability refers to the ability of different blockchains to communicate and exchange data. By adopting a common ground like the EVM, blockchains can overcome the limitations of isolation and unlock the true potential of a decentralized future.

EVM compatibility acts as a bridge between different blockchains, fostering collaboration and innovation within the decentralized ecosystem. Here’s how it works:

• Shared Codebase: Developers can write smart contracts for one EVM-compatible chain and easily deploy them on another. This reduces development time and costs.
• Increased Liquidity: EVM compatibility allows for the creation of interoperable tokens and applications. This can improve liquidity within the DeFi (decentralized finance) space by enabling seamless movement of assets across platforms.
• Network Effects: As more blockchains become EVM-compatible, the network effect strengthens. This attracts developers and users, further accelerating the growth and adoption of blockchain technology.

However, it’s important to acknowledge that EVM compatibility doesn’t equate to complete interoperability. Each blockchain may have its own unique features and functionalities.  While EVM compatibility fosters a shared foundation, further advancements are necessary to enable seamless communication and data exchange across all blockchains.

The Final Thoughts

The Ethereum Virtual Machine (EVM) is a powerful and versatile tool that has revolutionized the way we interact with decentralized applications. Its ability to execute smart contracts securely and efficiently has laid the foundation for a new era of innovation in the blockchain space. EVM compatibility further expands its reach, promoting interoperability and fostering collaboration across different blockchains. As the blockchain ecosystem continues to evolve, the EVM is poised to play a pivotal role in shaping its future.

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The exchange has been remarkably successful, witnessing tremendous growth over the past year and expanding into Web3, NFTs, and many other business lines in the crypto economy. Bitget was an early supporter of such projects as zkSync and NEAR.

Zulu Network x Bitget Wallet Integration

In integrating the Zulu Network, Bitget Wallet is fulfilling its mission to support innovation in Bitcoin and in supporting the burgeoning Bitcoin Layer 2 scene.

Bitget users will benefit from having access to new and innovative new projects including Zulu Network, while benefiting from the convenience of the array of product offerings in the Bitget Wallet network.

Zulu Network users now have an additional option for connecting with and using Zulu’s innovative Bitcoin scaling solution. With Bitget Wallet’s ability to support not just the Zulu EVM chain, but also the Bitcoin test net, realizing the full benefit of Zulu’s unique offering will be a breeze for their users.

Zulu brings Bitfi to Bitget’s users, opening up a whole new realm of utility in the Bitcoin ecosystem.

About Bitget Wallet

Formerly known as BitKeep, Bitget Wallet stands as Asia’s largest and a global frontrunner among all-in-one Web3 multi-chain wallet and offers a comprehensive range of on-chain products and DeFi services to their users, including wallet functionality, Swap feature, NFT trading, DApp browsing, and more.

With a 5-year legacy, Bitget Wallet has garnered acclaim from over 12 million users worldwide and has secured partnerships with prominent industry leaders including Ethereum, BNB Chain, Arbitrum, Polygon, and others. This success stems from their commitment to consistently delivering secure and convenient products and services.

In March 2023, Bitget, a leading crypto derivatives trading platform made a substantial $30 million investment in BitKeep, acquiring a controlling stake. Following this strategic move, BitKeep underwent a transformative and strategic brand evolution in August, officially rebranding itself as Bitget Wallet.

With an innovative product and service upgrade that places trading at their core, they are committed to enriching the trading experience for all Web3 users.

Website | Twitter

About Zulu Network

Zulu Network is the first Bitcoin Layer 2 with 2-layer architecture. ZuluPrime is EVM compatible, for scaling and BitFi; ZuluNexus offers UTXO programmability, a unique solution to continuously support Bitcoin native innovation (cheaper, fast, extendable and programmable).

Zulu’s other innovations also include its decentralized bridge and its unique hybrid PoS / PoW mining design.

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SOURCE: ZULU BLOG

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The integration of Bounce Finance and Rollux empowers users to seamlessly engage in decentralized auctions on Rollux mainnet through the Bounce App. This collaboration enhances the efficiency and accessibility of decentralized auctions, benefiting from Rollux’s exceptional security, fast processing speed, and cost-effectiveness.

Currently, users can engage in fixed-price auctions for ERC20 and ERC1155 tokens. Bounce’s fixed-price auction is a type of auction where the price for the assets being auctioned is predetermined and agreed upon by the auctioneer and participants. It operates on a first-come, first-serve basis, with the first person to place the bid winning the auction. The assets are automatically swapped at the agreed-upon time, providing a time-contingent and efficient execution of trades.

Furthermore, the collaboration between Bounce Finance and Rollux signifies a commitment to driving innovation in the DeFi landscape. Rollux’s merged mining approach reinforces the relevance of Proof of Work (PoW), complementing Ethereum’s design philosophy, and removing the walls of division that have splintered the industry for too long. The integration invites the Ethereum developer pool and ecosystem to join the Bitcoin ecosystem with the least amount of friction facilitated by Syscoin & Rollux acting as the bridge.

About Bounce:

Bounce Finance is a decentralized auction protocol that empowers users to create and participate in diverse types of auctions on multiple blockchain networks. With a focus on Auction as a Service, Bounce Finance offers a wide range of products, including Token & NFT Auctions, Real-World Collectible Auctions, Ad Space Auction, and SDKs & Plug-Ins. Bounce Finance also provides Private Launchpad services, an on-chain solution designed to streamline IDOs for new projects. Furthermore, Bounce Finance is introducing Real-World Collectibles service, offering a marketplace for projects to sell their own tangible merchandise and luxury items. Bounce’s service includes an in-house manufacturing production line ensuring top-tier quality and seamless shipments.

About Rollux:

Built by SYS Labs, powered by Syscoin, and fueled by its utility token, $SYS. Rollux is an EVM-equivalent optimistic rollup that inherits the security of Bitcoin’s mining network and Syscoin’s Layer 1 finality and data availability. Rollux functions as Syscoin’s Layer 2 to help provide the unprecedented scalability necessary for an exponential increase of potential use cases, and sets the stage for realizing mass adoption. Rollux offers what no one else does: unmitigated security, speed, decentralization, and affordability.

SOURCE:

https://bouncefinance.medium.com/bounce-finance-integrates-rollux-mainnet-empowering-enhanced-security-and-efficiency-in-2f0b9165735a

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Eclipse and Bullieverse Partnership to Revolutionize Web3 Gaming with Verifiable Randomness

This dynamic partnership includes the launch of a high-throughput Ethereum Virtual Machine (EVM) chain, developed in collaboration with Celestia and Neon Labs. The key highlight of this chain is the integration of verifiable randomness through SupraOracles, a groundbreaking advancement that enhances the trustworthiness and security of on-chain games.

The EVM chain utilizes Neon Labs’ technology to enable parallel execution of EVM transactions through the Sealevel Virtual Machine. The processed blocks are subsequently posted to Celestia, ensuring the availability and accessibility of the executed data.

What do VRFs entail and why are they essential for decentralized gaming platforms such as Bullieverse?

VRFs, or Verifiable Random Functions, play a vital role in decentralized gaming platforms like Bullieverse. These cryptographic systems generate pseudo-random numbers in a way that is both verifiable and resistant to tampering. The importance of VRFs lies in their ability to ensure that outcomes, such as game results or lottery winnings, are generated legitimately and cannot be manipulated.

For Bullieverse, implementing VRFs brings heightened trust and protection against malicious behaviors within their gaming ecosystem. Whether it’s determining game outcomes or selecting winners for loot drops, the integration of Supra’s VRFs guarantees a fair and manipulation-resistant process. Specifically, Bullieverse will introduce VRFs through battle passes available in their marketplace, where users can purchase them using the platform’s native token.

The integration of VRFs not only allows Bullieverse to claim fair on-chain randomness in their games but also provides verifiable proof of it. This aligns perfectly with Bullieverse’s commitment to creating an enjoyable and sustainable web3 gaming experience for their users.

This partnership between Bullieverse and Supra exemplifies the promising future of web3 gaming, demonstrating how collaboration and innovative use of blockchain technology can deliver immersive and equitable gaming experiences.

Conclusion

The partnership between Eclipse Builders and Bullieverse marks a significant milestone in the realm of Web3 gaming. With the launch of a high-throughput EVM chain featuring verifiable randomness through SupraOracles, trust and security are elevated to new heights. This collaboration paves the way for a future where players can enjoy Web3 games with complete assurance and unleash the full potential of decentralized gaming ecosystems. Get ready to embark on an exciting journey as Eclipse Builders and Bullieverse redefine trust and revolutionize the Web3 gaming experience.

About Bullieverse

Bullieverse is a Web3 Native Entertainment brand with omnichannel experiences like Gaming, AR/VR, and Art, with an ever-expanding gaming ecosystem where members of the community can play various games built on Unreal Engine alone, with friends, or against others in PvP to win incredible prizes and NFT rewards.

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About Eclipse

Eclipse is a customizable rollup provider supporting novel on-chain use cases. Our infrastructure allows developers to “pick and choose” the best aspects of blockchain technology needed to create unique decentralized applications, without making technical trade-offs.

Website | Twitter

SOURCE

https://www.eclipse.builders/blog/implementing-verifiable-randomness-for-on-chain-games

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Key Features:

• On-Chain Orderbook
• Isolated Collateral-Tier vs Market-Tier Assets
• Hybrid Overcollateralized/Undercollateralized Borrowing
• Fixed Interest Rate, Fixed Maturity Loans With Early Exit
• Repayment Redemption Ratio (RRR).

All this gives users more control over their crypto portfolio, more flexibility, and predictability, and the freedom to lend and borrow from a wider variety of different assets.

New features

Along with the launch on Moonbeam, they are adding and updating some functionality.

Native token support. They are currently supporting MOVR token for adding collateral and lending/borrowing on Moonriver. GLMR is supported on Moonbeam as well. More tokens are coming.

Talisman wallet integration. They are happy to announce their dapp integration with Talisman wallet. From now Qoda users are able to use their Talisman wallets as well as Metamask. More wallets are coming.

Multi-network support. From now on, Qoda supports two networks, Moonbeam and Moonriver, using the same familiar design. The network can be selected while connecting to the dapp.

QODA Token

At the moment, they do not have their own token on Moonbeam network. There is no information on whether it will be launched later. They advise users to be careful and remember that any token sales or airdrops announced on third-party resources are fraudulent. Trust only official channels.

Why they are not launching a token: They are focused on developing a lending and borrowing protocol with the ability to set APR and periods by the users themselves. This is the number one priority for them right now.

About Moonbeam

Moonbeam is a smart contract platform for building cross-chain connected applications that can access users, assets, and services on any chain. By uniting functionality from Ethereum, Cosmos, Polkadot, and more into a single platform, Moonbeam solves today’s fragmented user experience — unlocking true interoperability and paving the way for the next generation of applications.

The Moonbeam platform uses integrated cross-chain messaging to allow developers to create smart contracts that access services across many remote blockchains. This approach, plus Moonbeam’s developer-friendly EVM platform, vast tool support, and modern Substrate architecture, create the ideal development environment for building connected applications.

SOURCE:

https://blog.qoda.fi/qoda-is-now-live-on-moonbeam-7fa35c746736

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