Son birkaç gündür özellikle yüksek tutardaki kilit açılımı haberleriyle gündeme gelen Avalanche ( #AVAX ) sert bir düşüş gerçekleştirerek 10 USDT seviyelerinin altına geriledi. Bu gerileme sonrası #Avalanche ( AVAX ) fiyatının kilit açılımları sonrası tekrar yukarı yönlü bir trende başlayıp başlayamayacağı merak ediliyor.

Teknik anlamda aşağıdaki grafikte gördüğünüz gibi aşağı yönlü bir trend hakim. İki adet yeşil destek ve direnç arasındaki aşağı ve yukarı yönlü hareketine devam edecektir. İlk olarak 14.3 USDT seviyesindeki direnç bölgesini denemesi oldukça mümkün. Bu nokta aynı zamanda uzun süredir gelen aşağı yönlü trendin de direnç noktasına çok yakın. Bu sebeple kısa vadede bu seviyenin geçilmesi ihtimali oldukça düşük duruyor.

Yatırım Tavsiyesi Değildir. DYOR.

AvaxUsdt Daily

Avalanche (AVAX) Nedir? Ne İşe Yarar? Özellikleri Nelerdir?

Avalanche (AVAX), merkeziyetsiz finans ( #DeFi ), merkezi olmayan uygulamalar (dApp'ler) ve diğer blok zinciri projeleri için güvenli, ölçeklenebilir ve hızlı bir platformdur.

Avalanche, üç katmanlı bir mimariye sahiptir:

X-Chain: Temel işlemler ve varlıklar için kullanılan katmandır.

C-Chain: Akıllı sözleşmeler ve dApp'ler için kullanılan katmandır.

P-Chain: Ağın güvenliğini ve koordinasyonunu sağlayan katmandır.

Avalanche, Avalanche Consensus adı verilen yeni bir konsensus mekanizması kullanır. Bu mekanizma, Avalanche'in saniyede 4.500'e kadar işlemi ( #TPS ) işlemesine ve işlem ücretlerini düşük tutmasına olanak tanır.

Avalanche'ın başlıca özellikleri şunlardır:

Hız: Avalanche, saniyede 4.500'e kadar işlemi (TPS) işleyebilir. Bu, Ethereum'un 15 TPS'sinden çok daha fazladır.

Ölçeklenebilirlik: Avalanche, ölçeklenebilirlik sorununu çözmek için Avalanche Consensus adı verilen yeni bir konsensus mekanizması kullanır. Bu mekanizma, Avalanche'in gelecekte büyümesine olanak tanır.

Güvenlik: Avalanche, Avalanche Consensus adı verilen yeni bir konsensus mekanizması kullanır. Bu mekanizma, Avalanche'in %51 saldırılarına karşı dayanıklı olmasını sağlar.

Uyumluluk: Avalanche, Ethereum uyumludur. Bu, Ethereum 'da çalışan dApp'lerin Avalanche'de de çalışabilmesini sağlar.

Avalanche, DeFi, merkezi olmayan uygulamalar (dApp'ler) ve diğer blok zinciri projeleri için önemli bir platformdur. Hızlı, ölçeklenebilir ve güvenli bir platform olarak, Avalanche bu alanlarda yenilik yapma potansiyeline sahiptir.

Avalanche'ın kullanım alanları şunlardır:

DeFi: Avalanche, DeFi uygulamaları için güvenli ve ölçeklenebilir bir platform sağlar.

Merkezi olmayan uygulamalar (dApp'ler): Avalanche, dApp'ler için hızlı ve güvenli bir platform sağlar.

Diğer blok zinciri projeleri: Avalanche, diğer blok zinciri projeleri için bir altyapı platformu sağlar.

Avalanche'ın yerel token'ı AVAX, Avalanche ağındaki işlemler için kullanılır. AVAX ayrıca yönetişim token'ı olarak da kullanılır. $AVAX $SOL $ETH

High transaction speed (TPS) on the Ethereum mainnet has been a long-standing aspiration, but according to Uri Kolodny, the co-founder and CEO of StarkWare, the recent Quantum Leap update in Starknet has made this dream a reality. The long-awaited Quantum Leap update of the Layer-2 scaling protocol Starknet has been deployed on the Ethereum mainnet, boosting the network's speed and achieving a transaction speed of up to 90 transactions per second (TPS). #TPS #Starknet

Scaling Limits Broken:

According to Uri Kolodny, this is a significant milestone for the Ethereum blockchain as scaling limits have been "broken." With the new update, he said, "High TPS has finally become a reality on the Ethereum mainnet." He further stated, "We had said that with this update, we could potentially achieve hundreds of TPS, and we were hopeful to stress test just to see if we reach our target. Even a few dozen TPS at this early stage would have excited us, but we achieved more than we hoped for." Kolodny also emphasized that they consistently achieved 37 TPS. Furthermore, during the tests, transfer transactions reached nearly 100 per second.

Testnet and Exceeding Expectations:

Starknet's Quantum Leap update was deployed on a testnet on July 5th, and speeds of up to three digits were recorded. During the testnet deployment, the team announced that they expected the "commitment time" to be around 15 seconds, meaning decentralized applications (DApps) could confirm transactions on the chain within seconds. However, reality surpassed this expectation. Kolodny stated, "We were targeting a latency below 15 seconds, and in the end, most transaction commitment times were below 10 seconds."

Faster Decentralized Finance and AAA-Rated Games:

According to the Starknet team, higher transaction capacity and faster commitment times will pave the way for faster decentralized finance (DeFi) applications. This will enable DeFi platforms to provide better services to their users and execute transactions more efficiently. Additionally, it will have a significant impact on the gaming world by making AAA-rated games more realistic within the network. Faster transaction speed will allow players to manage in-game assets and microtransactions more seamlessly, enhancing the gaming experience.

In Summary:

Starknet's Quantum Leap update has realized the anticipated high transaction speed on the Ethereum network, surpassing scaling limits. The new update presents a great opportunity for faster commitment times and higher TPS, benefiting decentralized finance applications and AAA-rated games. The Ethereum ecosystem can grow further and offer users an improved experience as a result of this development. #ETH #Ethereum $ETH

In the digital age, where efficiency and speed are paramount, the performance of blockchain technologies is often measured by their Transactions Per Second (TPS).

📊 This metric not only influences user experience but also impacts the scalability and practical application of cryptocurrencies, especially in emerging Web3 projects.
🔄 Transactions Per Second (TPS) refers to the number of transactions a blockchain network can process each second. Traditional payment systems like VISA can handle approximately 1,500-2,000 TPS, setting a benchmark for digital transactions.
🔗 However, popular blockchains like Bitcoin and Ethereum historically manage far less—about 5 and approximately 10 TPS, respectively—due to their decentralized nature, which inherently slows down processing times but enhances security and transparency.
⚡ High TPS is crucial for the efficiency and competitiveness of blockchain networks, particularly for applications requiring real-time processing such as financial transactions, gaming, and online marketplaces. Improving TPS involves various strategies, including optimizing block size, enhancing consensus algorithms, and implementing off-chain solutions, which can sometimes compromise a blockchain's decentralization and security.
🌐 For Web3 projects, which are built on decentralized networks and include applications like decentralized finance (DeFi), gaming, and non-fungible tokens (NFTs), a higher TPS means that these applications can operate more efficiently and at scale.
🔄 High TPS ensures that transactions are processed faster, reducing bottlenecks and improving the user experience. This is crucial for adoption, as users expect performance that rivals traditional centralized services.
💡 Several blockchains have made significant advancements in TPS, pushing the boundaries of what's possible in transaction processing speeds:
- Hedera: Current TPS: 1,909, Max TPS: 3,287, Governance: Council, Block Time: 2s to 7s
- Solana: Current TPS: 777, Max TPS: 1,624, Governance: Off-chain, Block Time: 0.46s to 12.8s
- Tron: Current TPS: 91.27, Max TPS: 236, Governance: On-chain, Block Time: 3s to 57s
- opBNB: Current TPS: 57.4, Max TPS: 4,762, Governance: Off-chain, Block Time: 1s to 16m
- BNB Chain: Current TPS: 52.5, Max TPS: 1,731, Governance: On-chain, Block Time: 3.01s to 7.5s
⚖️ While a high TPS is an indicator of a blockchain's performance, it is important to consider the trade-offs in security and decentralization. As blockchain technology continues to evolve, the focus on balancing high transaction speeds with robust security and broad decentralization will be key to the widespread adoption and success of cryptocurrencies and Web3 technologies. These advancements in blockchain TPS are not just enhancing current technologies but are paving the way for future innovations in the digital landscape.

#TPS #BlockchainTPS #Web30

Within the domain of blockchain technology, the metric known as transactions per second (TPS) stands as a pivotal indicator of a network’s transaction processing capacity within a single second.

The Bitcoin blockchain, as a prominent example, demonstrates an approximate average TPS of around 5, albeit with occasional variations. In stark contrast, Ethereum boasts the capability to handle a rough doubling of that transaction load.

The advancement of technologies that amplify the transaction throughput of blockchains has emerged as a pivotal focus of research over the years. These decentralized networks present an entirely new set of challenges in terms of their potential to scale effectively to meet surging demand.

Yet, the issue transcends mere augmentation of TPS. Conventional centralized databases can already adeptly manage thousands of transactions every second. For instance, VISA efficiently oversees a daily transaction volume of 1,500 to 2,000. This prompts the question: Why not readily opt for these existing solutions? The crux of the matter is that Bitcoin, Ethereum, and other blockchain platforms aspire to rival such efficiency while steadfastly upholding a high degree of decentralization.

This lofty ideal of decentralization, however, incurs a trade-off involving performance and security. Consequently, the scalability solutions in play must not merely elevate the network’s operational speed but also uphold the full array of desirable blockchain attributes. Without this intricate balance, a blockchain effectively devolves into nothing more than an inefficient form of database storage.

$ETH

#WebGTR #TransactionsPerSecond #TPS #Blockchain #Ethereum