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Yesterday, we already dives into the ecosystem of FOGO in their websites, fogo.io. Now, Let's dive more into the architecture of FOGO by @Fogo Official .
How Is Fogo Built Their Architecture The architecture of FOGO protocol was designed to improve blockchain throughput and reduce latency. I'm doing a small research and take a look on how is actually fogo can overcome this problem. First of all, it is built on Solana's core infrastructure. Its inheriting key components of it such as Proof of History (PoH), Tower BFT consensus, Turbine block propagation, deterministic leader rotation and foremost, Solana Virtual Machine (SVM). Within these full compatibility of SVM layer, Fogo allows you to experienced existing Solana features such as programs, tools and infrastructure while continuing to benefit from the upstream ecosystem improvements. To overcome the bottlenecks caused by multiple client implementations, which possibly me and you, Fogo adopts a single high-performance canonical client based on firedancer, developed by Jump Crypto. This supposed to eliminates compatibility constraints that sometimes slow networks down. The firedancer enhances throughput by optimizing parallel processing and advanced memory management. The network will initially launch with a hybrid Frankendancer implementation before swap into the full version of firedancer. This supposed to ensuring maximum efficiency and validator perfromance incentives.
Zone and Validator Set on Fogo Fogo is also introducing a multi-local consensus model using what they called "zones", where validators operate in close physical proximity to achieve ultra-low latency block times under 100ms. To preserve the decentralization features, zones in fogo rotate accross epochs through on-chain voting. These allows the zones to ensuring jurisdictional diversity, infrastructure resilience, and strategic positions. Then, Fogo is also employs a curated validator set. The purpose is to ensure consistency and prevent network degradation from under-provisioned nodes. The validators must have dual requirements which minimum stake thresholds should maintaining economic security and provide the network quality control. This enable governance-based enforcement against underperformance or harmful behaviors such as MEV abuse against Fogo.
The more I dives in, The more I mesmerized with the systems of FOGO protocol. What do you guys think? Comments down below👇👇👇 ------++++------ $FOGO | $ENSO | $RAVE . . #fogo | #StrategyBTCPurchase | #Layer1 | #TradeCryptosOnX | #BTC走势分析
$ENSO has been one of the top gainers over the past few days. The price has rallied toward its previous highest resistance level. Currently, it is attempting to break above the 0.786 Fibonacci retracement level. I anticipate a potential pullback in the $2.00–$2.10 area, where many selling orders are likely to be triggered.
$TRUTH after huge drop a couple past days, he price action is likely moving into a sideways phase before finding its next major move. On the 1-hour timeframe, we can see buyers trying to defend the 0.009 level as a support area, while resistance remains around the 0.01 price range.
FOGO 🔥🔥🔥 architecture enhances blockchain transaction throughput and latency by building on Solana’s core infrastructure including: 👉Prove of History (PoH) 👉Tower BFT 👉Turbine 👉Solana Virtual Machine (SVM)
It uses Firedancer as a single high-performance client to remove bottlenecks and boost efficiency.💯
FOGO also introduces zone-based consensus and a curated validator set to ensure decentralization, stability, and high network performance. ⬆️⬆️⬆️