Preço de Gas DAOGAS

Short $GAS May be will drop to 5.7

Game Development and Integration Xterio provides an all-encompassing Development Kit designed to simplify and accelerate game creation. This includes multi-platform support, deployable smart contracts, and access to essential tools like analytics, identity systems, and LiveOps. The Xterio AI Toolkit adds another layer of innovation by streamlining game development with AI-powered solutions, such as the creation of AI agents capable of carrying out complex tasks both on and off the blockchain. In addition, the Xterio IDENTITY system enables developers to onboard players seamlessly. Featuring a signless, gas-free onboarding process, it ensures broad compatibility across platforms, making the transition into Web3 gaming effortless for users who may not be familiar with blockchain technology. With its emphasis on simplicity and efficiency, Xterio’s ecosystem empowers creators to focus on storytelling and gameplay, leaving the technical complexities to the platform. Xterio partners with third-party game developers to launch and list their games and NFTs within its ecosystem. Over 70 prominent gaming projects, including Persona, PlayEmber, Blocklords, AI Arena, and Metacene, are already part of the platform. Publishing Solutions Xterio doesn’t just stop at development; it offers a full-service Publishing Solution for mobile, PC, and console games. By bridging the gap between traditional and Web3 gaming, Xterio ensures that developers can reach a broader audience while benefiting from blockchain integration. This includes the ability to list games and NFTs within its ecosystem, allowing creators to monetize their content effectively. Developers also gain access to tools for live operations (LiveOps), which help them manage and analyze real-time game performance, boosting player engagement and retention. The publishing stack not only simplifies distribution but also ensures long-term success by providing ongoing support and updates.

Game Development and Integration Xterio provides an all-encompassing Development Kit designed to simplify and accelerate game creation. This includes multi-platform support, deployable smart contracts, and access to essential tools like analytics, identity systems, and LiveOps. The Xterio AI Toolkit adds another layer of innovation by streamlining game development with AI-powered solutions, such as the creation of AI agents capable of carrying out complex tasks both on and off the blockchain. In addition, the Xterio IDENTITY system enables developers to onboard players seamlessly. Featuring a signless, gas-free onboarding process, it ensures broad compatibility across platforms, making the transition into Web3 gaming effortless for users who may not be familiar with blockchain technology. With its emphasis on simplicity and efficiency, Xterio’s ecosystem empowers creators to focus on storytelling and gameplay, leaving the technical complexities to the platform. Xterio partners with third-party game developers to launch and list their games and NFTs within its ecosystem. Over 70 prominent gaming projects, including Persona, PlayEmber, Blocklords, AI Arena, and Metacene, are already part of the platform. Publishing Solutions Xterio doesn’t just stop at development; it offers a full-service Publishing Solution for mobile, PC, and console games. By bridging the gap between traditional and Web3 gaming, Xterio ensures that developers can reach a broader audience while benefiting from blockchain integration. This includes the ability to list games and NFTs within its ecosystem, allowing creators to monetize their content effectively. Developers also gain access to tools for live operations (LiveOps), which help them manage and analyze real-time game performance, boosting player engagement and retention. The publishing stack not only simplifies distribution but also ensures long-term success by providing ongoing support and updates.

The Solana blockchain is renowned for its high throughput capabilities and relatively low gas fees, and it has seen rapid growth in recent years. The number of wallet accounts grew from 100,000 in 2022 to 1 million in 2023, and is expected to reach 5 million in 2024, 10 million in 2025, 25 million in 2026, and 50 million in 2027. Solana Number of Wallet Accounts vs. Year Simultaneously, the growth of dAPPs and DeFi activity is even faster, with the number of transactions executed per month jumping from an average of 4,188,712 per day in January 2022 to 205,823,984 per day in January 2024. Even by the most conservative estimates, the number of daily transactions is expected to far exceed 4 billion by 2026, and more likely reach tens of billions. Daily Transactions (per day) vs. Year Clearly, under such demand pressure, the throughput capacity provided by the current architecture of Solana L1 will face significant challenges. Currently, under the condition of 2500-4000 TPS, the average ping time of the Solana Cluster fluctuates between 6s and 80s, with most of the time around 40s. Furthermore, historical data (from February to September 2023) shows that when TPS exceeded 4000, the success rate of Solana transactions only reached 70% to 85%. Beyond the physical delays and network fluctuations caused by network conditions, it's clear that the main reason is related to the increasing saturation of TPS. Based on the growth trend of Solana, it's predicted that in the coming years, TPS values will reach 10,000 to tens of thousands, which will lead to more significant performance issues. And the situation may be even more severe. With the continuous emergence of dAPPs, although Solana has more performance advantages compared to Ethereum, it faces severe challenges from a large number of small games or a single large game, especially Fully On-Chain Games (FOCG), where hundreds of thousands or even millions of users' on-chain interactions will severely impact the main chain performance of Solana L1, especially during certain special operational activities (such as server launches, holiday events, flash sales, etc.), where the instantaneous impact can be very large and frightening. This will not only affect the performance of the entire Solana L1 chain but also the playability and user experience of each game, including game response speed and data availability. It goes without saying that poor user experience is fatal for any game. Sonic is designed to address such scenarios, being able to comfortably handle the large and high instantaneous transaction impacts of game-centric dAPPs. $SONIC

The Solana blockchain has made significant strides due to its high throughput capabilities and relatively low gas fees, making it an attractive platform for decentralized applications (dApps) and decentralized finance (DeFi). The growth in the number of wallet accounts and transactions on the network is impressive, but with this rapid growth, there are clear performance challenges emerging. Current Challenges Facing Solana: 1. Growing User Base: The number of wallet accounts on Solana grew exponentially from 100,000 in 2022 to 1 million in 2023 and is expected to reach 50 million by 2027. This increase indicates widespread adoption, but it also comes with an escalating demand for transaction processing. 2. Explosive Growth of Transactions: Daily transactions have increased dramatically, from 4 million per day in January 2022 to over 200 million per day by January 2024, and are projected to reach billions of daily transactions by 2026. 3. Throughput Capacity Under Pressure: Solana currently supports a throughput of 2,500 to 4,000 TPS (transactions per second), but as transaction volume increases, the platform is already showing signs of performance degradation. The average ping time fluctuates between 6 and 80 seconds, with most of the time hovering around 40 seconds, leading to network delays and failures. 4. Scalability Issues with Increasing TPS: Historical data shows that once TPS exceeds 4,000, Solana’s transaction success rate drops to 70-85%. With projections suggesting that TPS could reach 10,000 to tens of thousands in the coming years, further performance bottlenecks are expected, potentially leading to more frequent transaction failures and slower network response times. 5. Impact of Fully On-Chain Games (FOCG): A major challenge for Solana is scaling for dApps, particularly Fully On-Chain Games (FOCGs), where millions of users might be interacting simultaneously. These games can cause massive spikes in transactions, especially during high-traffic events like server launches or flash sales. Such surges in demand could overwhelm the Solana L1 architecture, harming game performance, data availability, and user experience. Introducing Sonic: To address these scalability and performance challenges, Sonic has been designed as a solution to handle high transaction volumes and instantaneous transaction surges, especially in game-centric dApps like FOCGs. By focusing on the specific demands of high-throughput applications that require real-time performance and reliability, Sonic aims to provide a platform capable of supporting large-scale gaming ecosystems without sacrificing user experience. Key Features of Sonic: High Transaction Throughput: Sonic is built to handle massive transaction spikes, particularly those seen in gaming environments. Instantaneous Impact Handling: It is designed to efficiently manage the high instantaneous transaction impacts that arise during special in-game events (like launches and sales). Scalability: Sonic can comfortably scale to meet the increasing demands of Solana’s growth, especially as the number of daily transactions increases into the billions. Optimized for dApps & Games: With a focus on the gaming sector, Sonic aims to ensure smooth game playability, low latency, and improved user experiences even during periods of high network activity. Conclusion: While Solana's growth trajectory is undeniably strong, the current architecture faces limitations in handling future demands, especially with the rise of game-centric dApps and massive transaction volumes. Sonic provides a solution tailored to addressing the scalability issues by optimizing for high-throughput and low-latency environments, particularly for the gaming community. This could significantly improve the user experience and transaction success rates during peak usage periods, positioning Solana for continued growth and adoption.