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Fast, Scalable & Secure by Design 🌐 The LayerAI network delivers high performance at scale – averaging 2-second block times with ultra-low fees. It has already processed over 6 million on-chain transactions, proving its reliability under real workloads. Uniquely, LayerAI’s Proof-of-Activity consensus ties security to usage: the network becomes...

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What is Shiba Inu’s Shibarium? Shibarium is the Layer 2 network built around the Shiba Inu ecosystem, designed to make transactions faster and cheaper than using Ethereum directly. Shibarium moves much of the activity away from Ethereum while still using Ethereum as its underlying settlement layer. SHIB itself remains an Ethereum-based token, separate from Shibarium, which is a distinct chain built to support the wider ecosystem. (1) It is designed to reduce transaction costs for Shiba Inu users and developers, making frequent onchain activity more practical. (2) It gives developers a dedicated network for building Shiba Inu ecosystem apps, including DeFi protocols, games and other Web3 applications. (3) ethereum:0x9813037ee2218799597d83d4a5b6f3b6778218d9 serves as Shibarium's gas token, its governance token through the Doggy DAO, and the asset validators and delegators stake to secure the network's proof-of-stake consensus. (4) Shibarium is also designed to expand the utility of the broader Shiba Inu ecosystem by moving activity beyond simply holding or trading $SHIB. (5) A portion of Shibarium's base transaction fees is converted into SHIB burns, an active mechanism running since block 6,206,570 that links network usage directly to SHIB's supply. Shibarium is the infrastructure layer intended to support a broader ecosystem of applications and onchain activity. As adoption grows, the key question will be whether Shibarium can turn its large community into sustained network usage.

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What is Hedera Hashgraph? Unlike traditional blockchains, Hedera (Hedera) does not organize transactions into a single chain of blocks. Instead, it uses a different distributed ledger structure called Hashgraph, designed to reach consensus quickly without proof-of-work mining. Here’s how it works: (1) It uses “gossip about gossip.” Nodes continuously share transactions with other nodes. Each message also contains information about previous messages, creating a history of how information moved through the network. This produces a directed acyclic graph, or DAG, rather than a traditional blockchain. (2) It uses virtual voting. Nodes do not need to send separate votes across the network. Instead, they can determine how other nodes would vote by examining the shared history. This reduces communication overhead while helping nodes establish transaction order. (3) It targets fast and final consensus. Hedera uses an asynchronous Byzantine Fault Tolerant, or aBFT, consensus model. Once consensus is reached, transactions achieve finality rather than remaining subject to the probabilistic settlement associated with some proof-of-work systems. (4) HBAR powers the network. HBAR is Hedera’s native cryptocurrency. It is used to pay network fees and plays a role in staking and network services. (5) Hedera is not simply another permissionless blockchain. Hedera is currently a public network with permissioned nodes operated through the Hedera Council. The Council governs key aspects of the network, while the underlying technology and network services are open source. (6) A path toward permissionless nodes is planned, but not live yet. Hedera has published a roadmap to gradually open up node operation beyond Council members, eventually moving toward a fully permissionless model where anyone can run a consensus node by staking HBAR. As of now, that transition has not been implemented, node operation is still limited to Council members. The bigger idea behind Hedera is straightforward. Instead of relying on blocks, miners, and proof-of-work, it uses Hashgraph consensus to coordinate transactions. That architecture is designed to deliver fast finality, high throughput, predictable fees, and low energy consumption. And that is what makes Hedera different from a conventional blockchain.

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What is the XDC Network? XDC Network (XDC Network) is an EVM-compatible Layer 1 built around payments, trade finance, tokenization, and enterprise blockchain use cases. Put simply, XDC is trying to bring blockchain infrastructure closer to traditional financial markets. The network launched its mainnet in 2019 and uses XinFin Delegated Proof of Stake, known as XDPoS. So, what makes XDC different from other Layer 1 networks? (1) It focuses heavily on financial infrastructure. XDC was designed with global trade and financial applications in mind. That includes trade finance, cross-border payments, real-world asset tokenization, and decentralized finance. Businesses can tokenize assets such as invoices, bonds, commodities, and other financial instruments on the network. (XDC Network Docs) (2) It is compatible with Ethereum. XDC is EVM-compatible, meaning developers can use familiar Ethereum tools and Solidity smart contracts. That makes it easier for existing Ethereum applications to migrate or expand onto XDC. The network also supports token standards such as XRC20, XRC721, and XRC1155. In Jan 2026, XDC did its Cancun hard fork, syncing with Ethereum's own upgrade and bringing EIP-1559 fee burns on-chain. (3) XDC is built for fast and inexpensive transactions. The network targets roughly two-second block times and supports more than 2,000 transactions per second. Transaction costs are also designed to remain extremely low, making high-volume financial activity more practical. That combination is particularly important for applications handling large numbers of transactions. But speed alone is not what XDC is betting on. Its bigger pitch is whether blockchain can become useful infrastructure for financial institutions and global commerce. So, how does XDC secure the network? XDC uses XDPoS 2.0, which combines delegated proof of stake with Byzantine fault-tolerant consensus. Token holders participate by supporting masternode candidates, while elected masternodes help validate transactions and produce blocks. XDPoS 2.0 also uses the HotStuff consensus protocol and adds forensic monitoring for malicious validator activity. The upgrade went live on mainnet in September 2024. It introduced three-block finality, with transactions reaching finality roughly six seconds after block inclusion. Worth noting, financial applications generally need predictable settlement rather than transactions that can remain uncertain for long periods. Then there is another important part of the XDC architecture: Subnets. XDC Subnets allow organizations to operate permissioned blockchain networks while connecting them to the broader XDC ecosystem. Companies can maintain greater control over governance, privacy, and infrastructure without abandoning interoperability with XDC. That structure is particularly relevant for institutions that cannot put sensitive commercial information directly onto a public blockchain. A company could therefore operate a private environment while using XDC Mainnet for checkpointing and broader interoperability. This creates a bridge between private enterprise infrastructure and public blockchain networks. Rather than competing purely for retail users, XDC trying to position itself as financial infrastructure for tokenized assets, trade finance, payments, and institutional markets.

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🍖WHAT TO UNDERSTAND ABOUT $BONE 🍖 With the launch of Shibarium, Bone which serves as the gas fee , is expected to see a significant surge in price. Here's why: 1. Increased Demand: #Shibarium's introduction will lead to a surge in overall usage and adoption within the Shiba ecosystem. As more transactions occur on the blockchain, there will be a higher demand for Bone as users need it to pay for gas fees. This increased demand for Bone will likely drive its price upwards. 2. Essentiality and Utility: Bone becomes a vital asset within the Shiba ecosystem as the designated currency for gas fees. Its primary function in facilitating transactions and interacting with the network establishes its intrinsic value and necessity. As Shibarium adoption grows, the demand for Bone will increase, potentially leading to a surge in its price. 3. Limited Supply: If the supply of Bone remains fixed or grows at a slower rate compared to its increasing demand, scarcity will come into play. The limited availability of $Bone, combined with its growing utility, can contribute to its price explosion. 4. Network Effect: Shibarium's traction will create a network effect where the value of Bone increases as more participants join the ecosystem. As the user base expands, the demand for Bone rises, creating a positive feedback loop that can drive up its price. 5. Investor Confidence: The successful launch of Shibarium will likely instill confidence in investors, attracting more attention and potential investment to the ecosystem. Positive sentiment, along with the platform's technological advancements and utility, can contribute to the price appreciation of $Bone. #Shibarium operates as a Layer 2 solution, reducing gas fees significantly and enhancing scalability. This scalability improvement allows for a larger volume of transactions at a lower cost. The combination of reduced gas fees and increased transaction capacity creates a favorable environment, further fueling the potential price explosion of Bone.

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Security is and always will be one of the four pillars Propbase is built on. It is critical in building out a platform built for mass adoption. We ensure the security of our products and by extension our community that uses them. Propbase achieves a best in class security by implementing the follow at a minimum: Security Features Aptos Blockchain Foundation: Propbase operates on Aptos, a Layer-1 Proof-of-Stake blockchain renowned for its high-speed transactions, low fees, and Byzantine fault-tolerant consensus mechanism. This ensures unparalleled reliability and protection against network vulnerabilities. Military-Grade Wallet Encryption: Our Wallet Module uses advanced elliptical signature technology and military-grade encryption to secure your digital assets, giving you full custody and peace of mind. Certik & Hacken Audits: We’ve undergone rigorous smart contract audits by Certik and Hacken, earning top security rankings (Top 14# on Certik). These audits validate our platform’s integrity and compliance with industry best practices. CERTIK: HACKEN: Two-Factor Authentication (2FA): Admin and user accounts are protected with 2FA, including Google Authenticator integration, ensuring secure access and transaction approvals. Transparent Blockchain Registry: Every property transaction is recorded on our public title registry, verifiable on the Aptos blockchain. This eliminates fraud risks and ensures full transparency. Legal Compliance: Each property is held in a U.S.-registered LLC, providing true ownership with legal protections. Our rigorous due diligence process ensures all listings meet strict compliance standards. KYC Verification: A robust Know Your Customer (KYC) verification process to enhance user trust and regulatory compliance, further securing the platform against unauthorized access. Multi-Signature Wallets: Multi-sig wallets for both Web3 and non-crypto users, adding an extra layer of security for high-value transactions. Security measures are always assessed, updated and reimagined as needed. Our base level security is at an incredibly high level which brings peace of mind to property token and $PROPS holders 💎💎💎

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