📢 Pharos (PacificOcean Mainnet) Staking Ödülleri Başlıyor! @pharos_network , Mainnet lansmanından 6 ay sonra staking ödüllerinin aktifleşeceği yeni faza geçiş yapıyor. İlk 6 aydaki %0 staking enflasyonunun ardından protocol staking ödülleri devreye giriyor. 🔑 Öne Çıkan Detaylar: Mevcut Ağ Durumu: Dünya genelinde 18 farklı şehirde 31 aktif validator ve toplamda 116M PROS stake edilmiş durumda. 7. Aydan İtibaren Yıllık Enflasyon (%5): 7. aydan itibaren yıllık staking enflasyonu %5 olarak uygulanacak. Gelecekte bu oran ağ katılımı ve güvenlik ihtiyaçlarına göre Vakıf tarafından ayarlanabilecek. PROS Sahipleri İçin: Staking ödül mekanizması aktifleştiğinde, PROS sahipleri stake delegasyonu yaparak protokol ödüllerinden pay alabilecekler. Ağ güvenliği, validator katılımı ve PROS token ekonomisini birleştiren bu yeni dönem Pharos PoS ekonomisi için önemli bir adım! 🔗 Detaylar ve Tokenomics dokümanı: pharos.xyz/blog/introducing-… Corenode Explorer : pharos.corenodehq.xyz/ #PharosNetwork #Pharos #PROS #Staking #Mainnet #Kripto #PoS #CoreNode

🌍 @republicfdn aims to create a more participatory model for the AI compute economy. Validators provide real computational resources to the network and contribute to the processing and verification of workloads. Participants who provide verified results and operate reliably can receive rewards. This creates an economic structure where the value generated by compute infrastructure can flow back toward the participants who provide and maintain that infrastructure. 💻🤝 #RepublicAI #RAI #Compute #DePIN #DeAI

Blokzincirde herkes her şeyi görür: bakiyen, kimlere gönderdiğin, ne kadar gönderdiğin. Bu şeffaflık konsensüs için şart ama finansal gizliliği imkânsız kılıyor.@orbinumnetwork buna sıfır bilgi (ZK) kanıtlarıyla cevap veriyor. 🧵👇 #Orbinum #ORB #Privacy #ZeroKnowledge #Web3 #Substrate #PostQuantum #Cryptography #Airdrop #Web3 @orbinumnetwork #Testnet #ZK #Crypto #EVM #Blockchain #DeFi #Community

🔄 @republicfdn uses **re-execution verification** as one of its anti-fraud mechanisms. A computation performed by one validator can be independently re-executed and checked by other verifiers. This means the original validator’s result is not simply accepted based on its own submission. Instead, other participants can independently reproduce the computation and verify the result. The approach reinforces Republic’s broader “prove it” model for computational work. 🔍🧠 #RepublicAI #RAI #ComputeValidation #ReExecution #Validator

🛡️ @republicfdn 's economic model includes **slashing** as a mechanism for encouraging reliable validator behavior. Producing incorrect results or experiencing downtime can affect a validator’s stake and reputation. This means the incentive structure is designed not only to reward participation, but also to discourage incorrect or low-quality operation. Validators are economically encouraged to produce accurate results, maintain availability, and perform their responsibilities consistently. ⚙️📉 #RepublicAI #RAI #Slashing #Validator #Compute

The Role of the RAI Token ************************************** 💰 @republicfdn' s economic model uses **RAI** as its native token. Validators stake RAI to participate in consensus and provide compute resources. In return, they can earn rewards based on their verified compute contributions and stake size. This structure combines a stake-based consensus mechanism with measurable computational contribution, creating an economic system where validators are rewarded not simply for participation, but for providing verified compute to the network. 🔐⚡️ #RepublicAI #RAI #Staking #Validator #Compute

Benchmarks + Reputation + Rewards 📈 In @republicfdn AI, benchmark results are connected directly to the broader validator system. Throughput, inference, and achieved FLOPs performance are measured and contribute to a validator’s **reputation score**. Reputation can then influence the validator’s potential selection for consensus committees and its ability to receive workloads. This creates a direct relationship between measurable compute performance, network participation, and economic opportunity. ⚡️🏆 #RepublicAI #RAI #Validator #Reputation #Compute

⚙️ @republicfdn third benchmark is the **Achieved FLOPs Benchmark**. A fixed-complexity model is executed to measure the validator’s real-world computational performance. Rather than focusing only on theoretical capacity, this benchmark evaluates actual achieved computation. Together with throughput and inference measurements, it provides multiple perspectives on validator performance and contributes to the reputation and consensus committee evaluation process. 📊💻 #RepublicAI #FLOPs #AICompute #Validators

🤖 @republicfdn second major performance measurement is the **Inference Benchmark**. This benchmark tests a validator’s real-world execution capacity using transformer-based sequential inference models. The objective is to evaluate the validator’s ability to perform AI inference workloads. Alongside the Throughput Benchmark and Achieved FLOPs Benchmark, it provides another dimension for measuring compute performance and contributes to the validator’s broader reputation and network evaluation. 🧠📈 #RepublicAI #InferenceBenchmark #AIInference #AICompute

📊 @republicfdn uses multiple benchmarks to objectively evaluate validator compute performance. One of them is the **Throughput Benchmark**, which measures the speed and accuracy of large-scale matrix multiplication operations. This provides a measurable way to evaluate how quickly and accurately a validator can perform a specific computational workload. The resulting benchmark data contributes to the broader evaluation of validator performance, reputation, and potential consensus committee selection. ⚡️🖥️ #RepublicAI #ThroughputBenchmark #AICompute #Validators