Now that EMURGO has voted NO for the Daedalus Maintenaince Proposal to weaken its position as FullNode-Wallet, also voted YES on there own one... Its very important that we strengthen Community Wallets. I have voted YES to support the Eternl Wallet - and we all know how much we love Eternl. They have won the "Best Wallet" Awards a while ago, but this does not pay off any expenses. So please, consider to vote YES on this proposal - NOW. Thank you very much.

Fullnode for edu😎

𝐇𝐨𝐰 𝐖𝐈𝐍𝐤𝐋𝐢𝐧𝐤 𝐂𝐨𝐧𝐧𝐞𝐜𝐭𝐬 𝐓𝐑𝐎𝐍 𝐒𝐦𝐚𝐫𝐭 𝐂𝐨𝐧𝐭𝐫𝐚𝐜𝐭𝐬 𝐭𝐨 𝐑𝐞𝐚𝐥-𝐖𝐨𝐫𝐥𝐝 𝐃𝐚𝐭𝐚 Most people think blockchains fail because of scalability. But one of the biggest limitations has always been much simpler: smart contracts cannot naturally access real-world data on their own. A blockchain can verify what happens on-chain. But it cannot independently know: ➠ BTC prices ➠ stock market data ➠ weather conditions ➠ sports results ➠ API information ➠ external payment activity Without external data, smart contracts become isolated systems. That’s exactly why oracle infrastructure matters. And on #TRON, WINkLink is the layer solving this problem. What WINkLink Does WINkLink acts as a decentralized bridge between: TRON smart contracts ↔ external real-world data. Instead of relying on one centralized server, WINkLink distributes data retrieval across oracle nodes. That matters because centralized oracles create: ❌ single points of failure ❌ manipulation risks ❌ trust assumptions WINkLink reduces those risks through decentralized verification. This infrastructure is essential for: ✔️ DeFi protocols ✔️ lending platforms ✔️ stablecoins ✔️ derivatives ✔️ RWAs ✔️ AI-powered dApps How WINkLink Works The system operates through three main layers: 1. External Data Sources This includes all off-chain information: • exchange APIs • market price feeds • databases • external web services This is where raw data originates. 2. WINkLink Nodes WINkLink nodes monitor smart contract requests, retrieve external data, process it, and return verified results back on-chain. The process looks like this: Smart contract requests data → WINkLink node detects request → Node retrieves external information → Data gets processed → Result is returned to TRON blockchain. This allows smart contracts to react to real-world events securely. 3. TRON Blockchain WINkLink interacts directly with TRON through Fullnode APIs and Event APIs. This allows oracle responses to become verifiable blockchain transactions that smart contracts can trust and execute against. Why Off-Chain Reporting (OCR) Matters One of WINkLink’s most important upgrades is Off-Chain Reporting (OCR). Instead of every node individually broadcasting transactions on-chain: • nodes first communicate off-chain • observations are aggregated together • one final report gets submitted on-chain This improves: ✔️ scalability ✔️ gas efficiency ✔️ reporting speed ✔️ network performance Most users never notice this layer directly. But many TRON DeFi applications depend on it every day. Why This Infrastructure Matters As TRON expands further into: • DeFi • AI systems • RWAs • cross-chain applications • automated smart contracts reliable oracle infrastructure becomes increasingly important. Because smart contracts are only as useful as the data they can access. WINkLink is quietly becoming one of the core infrastructure layers connecting TRON to the outside world. And without oracle systems like this, modern DeFi simply would not function. @WinkLink_Oracle @justinsuntron #TRONEcoStar

Matthew, I think you do not understand what makes Bitcoin decentralized. It is not about owning the Bitcoin, but about having as many single fullnode users as possible. You do not have more power over the network when you own the most Bitcoin. This should be basic knowledge.

Dem ist nichts weiter hinzuzufügen. 🧡🙌 #Bitcoin #Fullnode @BisqDe @BitBoxSwiss

Betreibst du eine eigene Fullnode? Kennst du das Blockchain Trilemma?

Ethereum Fullnode: 4 cores, 16GB RAM, 1TB NVMe. Or just use SHKeeper's free public one — values.yaml helm upgrade. shkeeper.io/kb/use-cases/how… #SHKeeper #Ethereum #ERC20

Quieres conocer los datos de la red #Bitcoin ? Entonces, corre tu propio nodo y ve los datos en tiempo real sin depender de terceros. Don't trust, verify. #FullNode

SHKeeper has a free public Avalanche Fullnode. No 1TB SSD node needed. Configure values.yaml and run helm upgrade. shkeeper.io/kb/use-cases/how… #SHKeeper #Avalanche #AVAX

🌉 Smart contracts cannot access external information on their own. That's where WINkLink enters the picture. A closer look at the infrastructure powering TRON's oracle ecosystem 👇 1️⃣ Continuous Blockchain Monitoring 🔹 Fullnode API maintains network connectivity 🔹 Event API tracks contract activity 🔹 Oracle requests are identified instantly 🔹 Real-time responsiveness supports scalability Nodes are always listening. 2️⃣ Automated Oracle Execution 🔹 Events trigger predefined workflows 🔹 External data is retrieved automatically 🔹 Information is processed and verified 🔹 Responses are prepared for on-chain delivery No manual interaction is needed. 3️⃣ Secure Data Delivery 🔹 Transactions are signed before broadcasting 🔹 Responses are submitted back to TRON 🔹 Consumer contracts receive requested data 🔹 Execution continues seamlessly The entire process is transparent and verifiable. 4️⃣ Building the Next Generation of Web3 🔹 Decentralized finance depends on accurate data 🔹 AI agents require trusted inputs 🔹 Tokenized assets need real-world information 🔹 Enterprise applications rely on reliable infrastructure Behind every successful oracle request is a network of nodes constantly connecting blockchain systems with the outside world. 🚀 Listen. Verify. Deliver. That's the foundation of decentralized data on TRON. @justinsuntron #TRONEcoStar @WinkLink_Oracle

🚀 Behind every successful oracle request on TRON is a powerful infrastructure layer working quietly in the background. Here's how WINkLink nodes connect smart contracts with real-world data 👇 1️⃣ Real-Time Event Monitoring via TRON APIs 🔹 WINkLink nodes leverage TRON's Fullnode API and Event API services 🔹 Continuously monitor predefined smart contract events 🔹 Detect oracle requests automatically as they occur 🔹 Enable seamless communication between on-chain and off-chain environments This event-driven architecture ensures that data requests can be processed efficiently without manual intervention. 2️⃣ Automated Task Execution & Data Retrieval 🔹 Oracle requests trigger specific tasks instantly 🔹 Nodes retrieve data from external APIs and trusted sources 🔹 Information is verified and processed before submission 🔹 Supports a wide range of use cases including DeFi, gaming, AI, and enterprise applications The ability to securely access off-chain information is what expands blockchain utility beyond simple transactions. 3️⃣ Secure Transaction Signing & Broadcasting 🔹 Nodes sign response transactions using cryptographic verification 🔹 Results are broadcast back to the TRON network 🔹 Consumer contracts receive the requested data on-chain 🔹 Smart contracts can continue execution based on verified information This process creates a trust-minimized bridge between blockchain applications and real-world data sources. 4️⃣ The Continuous Oracle Feedback Loop 🔹 Subscribe to blockchain events 🔹 Execute data requests automatically 🔹 Broadcast verified results on-chain 🔹 Deliver data directly to consumer contracts The double-headed communication flow between TRON and WINkLink nodes enables a reliable and scalable oracle network capable of supporting large-scale decentralized applications. As Web3 adoption accelerates, robust oracle infrastructure remains one of the most critical components powering the next generation of decentralized finance, AI agents, tokenized assets, and real-world blockchain applications. 🌐 Listen → Verify → Sign → Broadcast → Deliver That's the engine powering data connectivity across the TRON ecosystem. @justinsuntron #TRONEcoStar @WinkLink_Oracle

SHKeeper has a free public Tron Fullnode. No 2TB NVMe node. Just configure values.yaml and run helm upgrade. shkeeper.io/kb/use-cases/how… #SHKeeper #Tron #TRC20

🔗 TRON’s API services are what make WINkLink’s oracle operations possible. 🚀 Through powerful blockchain APIs, oracle nodes can listen, respond, and deliver trusted data on-chain. ⚡ 1️⃣ Fullnode API 🔹 Blockchain interaction layer 🔹 Secure transaction broadcasting 2️⃣ Event API 🔹 Real-time event subscriptions 🔹 Faster task triggering 3️⃣ Oracle efficiency 🔹 Lower latency 🔹 Better reliability Smart APIs power smarter oracles. 🌍 @justinsuntron #TRONEcoStar @WinkLink_Oracle

🚀 The TRON blockchain is the core infrastructure powering WINkLink’s decentralized oracle network. By leveraging TRON’s Fullnode API and Event API, WINkLink nodes can securely interact with smart contracts in real time. ⚡ 1️⃣ Event monitoring 🔹 Subscribe to contract events 🔹 Trigger oracle tasks instantly 2️⃣ Transaction execution 🔹 Sign transactions securely 🔹 Broadcast data back on-chain 3️⃣ Reliable data delivery 🔹 Faster response cycles 🔹 Seamless smart contract integration This is how decentralized data moves on TRON. 🌐 @justinsuntron #TRONEcoStar @WinkLink_Oracle

Migrating Sui fullnode RPC from JSON-RPC to gRPC eliminates the need for additional storage space in the indexes folder, reducing the server storage burden. It also allows me to provide faster RPC for users' Position rebalancing services. #Sui🤠