ExtraTribes’ Post

🌐💻 Akash Network: Decentralized Cloud Computing for the Masses 🚀🔒 Introduction and Purpose: Decentralized Cloud Infrastructure: Akash Network is a decentralized cloud computing platform built on blockchain technology. Its mission is to democratize access to cloud resources by providing a peer-to-peer marketplace where users can buy and sell computing power in a decentralized manner. Empowering Developers: At its core, Akash Network aims to empower developers by offering a more affordable, flexible, and censorship-resistant alternative to traditional cloud providers. By leveraging blockchain technology, Akash Network enables users to deploy and scale their applications on a global network of decentralized data centers. Technology and Features: Proof-of-Stake Consensus: Akash Network utilizes a proof-of-stake (PoS) consensus mechanism to secure its blockchain and validate transactions. This consensus model ensures the security and integrity of the network while enabling efficient and scalable operation. Decentralized Marketplace: Akash Network features a decentralized marketplace where users can list their unused computing resources, such as CPU and GPU cycles, storage, and bandwidth, for sale. This marketplace allows buyers to access these resources on-demand, eliminating the need for costly and inefficient centralized data centers. Implementation and Use Cases: Cloud Hosting and Deployment: Akash Network enables developers to host and deploy their applications on a decentralized cloud infrastructure. By leveraging Akash Network's marketplace, developers can access affordable and scalable computing resources without being locked into a single provider or facing the risk of censorship. Decentralized Finance (DeFi): Akash Network's decentralized cloud infrastructure also has applications in the field of decentralized finance (DeFi). By providing a censorship-resistant platform for hosting DeFi applications and smart contracts, Akash Network contributes to the growth and resilience of the DeFi ecosystem. Category: Layer 1 Date of launch:March 2018 Founder:Greg Osuri Link to the CoinMarketCap:https://lnkd.in/euPnPAEP Link to the Website:https://lnkd.in/eVNi8ipE 🚀🔒 #AkashNetwork #DecentralizedCloudComputing #BlockchainTechnology @akashnet_ @gregosuri @ilblackdragon

ProtocolScout genesis is in the work I did while launching CompareNodes in early 2023. I was collecting a directory of infrastructure providers for “all” protocols and any public endpoints they maintained because we were using these endpoints to test our global RPC Performance Inspector. At first, I was recording bridges, faucets and explorers for each protocol. Since my work at QuickNode in 2022, I was expecting ~30 providers and ~100 public endpoints for ~200 blockchains, at best. To my surprise and typing fatigue, my sheet exceeded 1000 rows in less than a month of intense googling for “something something RPC”. Soon I stopped indexing bridges, faucets and explorers to reduce my workload and because we could not use them in our other features. However, seeing so many public endpoints and protocols and their explorers over and over, I asked myself: how much of explorer functionality could be achieved using just a public endpoint? Also, I stumbled on polkadot-js explorer and it became a big inspiration. It is configurable in the browser and is able to “switch” across multiple chains. But, I am still more of an “EVM” kinda buidler which is why I also looked to Etherscan and its family of explorers for the features we could improve. After much experimentation with historical requests against the public endpoints our team at AlgoMetric took the following path: * Run in the browser and with configurable endpoints like polkadot-js * Token supply checker and Account balances checker like Etherscan++ * For 31 protocols whose RPC interface was EVM compatible (reuse the code in ethers.js) * AND with full history for every address by date, hour and time zone (or blocknumber) * Because we were able to get public endpoints with access to archive nodes * + Bitcoin + Solana. Ofc, the multi-chain pattern has been around for a while with Blockchair, 3xpl, Etherscan++, Routescan/superscan, Mintscan, Subscan etc. In this regard, ProtocolScout is different because we assume that every address which can be used on multiple protocols is used on multiple protocols so we might just as well search all the protocols we can instead of expecting our user to explicitly ask us to do so. Long story less long, it all began with free/public access to full and archive nodes, so big shout out to all our default data sources: Dwellir | Trusted Web3 Infrastructure, Bware Labs, thirdweb, BlockPI Network, Ankr, Allnodes, BlockCypher, Kava Labs Inc, Taiko Labs, Scroll, Polygon Labs, Optimism Foundation, Moonbeam Network, Matter Labs, Mantle Network, Klaytn Blockchain, Sonic Labs (prev. Fantom), Offchain Labs etc. Anyone can edit their RPC endpoints in local browser storage on this link https://lnkd.in/dz2ZnxK3 #blockchain #explorer

DecentraCloud – A New take on online storage: DecentraCloud stands at the intersection of cloud computing’s agility and blockchain’s robust security, charting a new course for decentralized applications (dApps). This innovative platform is set to transform how data is stored and accessed on the blockchain, making dApps more efficient and secure.

DecentraCloud – A New take on online storage: DecentraCloud stands at the intersection of cloud computing’s agility and blockchain’s robust security, charting a new course for decentralized applications (dApps). This innovative platform is set to transform how data is stored and accessed on the blockchain, making dApps more efficient and secure.

Decentralized Infrastructure: Cloud computing in Web3 operates on decentralized infrastructure, utilizing blockchain technology to distribute computing power across a network of nodes. Smart Contracts: Web3 leverages cloud computing for executing smart contracts, self-executing contracts with the terms of the agreement directly written into code. This ensures transparency and trust in transactions. Data Privacy and Security: Cloud computing in Web3 emphasizes enhanced data privacy and security through encryption and decentralized storage, reducing reliance on centralized servers and minimizing the risk of data breaches. Interoperability: Web3 cloud computing promotes interoperability among decentralized applications (DApps), allowing seamless integration and communication between different blockchain networks. Tokenization of Resources: Cloud resources in Web3 are tokenized, enabling users to pay for computing power and storage using cryptocurrency, fostering a more decentralized and borderless economy. Community Governance: Web3 cloud platforms often adopt community-driven governance models, allowing stakeholders to participate in decision-making processes, enhancing inclusivity and reducing the influence of centralized authorities. Follow us for more #web3 updates thebrandwick #cloudcomputing #saasmarketing

DecentraCloud – A New take on online storage: DecentraCloud stands at the intersection of cloud computing’s agility and blockchain’s robust security, charting a new course for decentralized applications (dApps). This innovative platform is set to transform how data is stored and accessed on the blockchain, making dApps more efficient and secure. https://lnkd.in/d_Di3qnF

DecentraCloud – A New take on online storage: DecentraCloud stands at the intersection of cloud computing’s agility and blockchain’s robust security, charting a new course for decentralized applications (dApps). This innovative platform is set to transform how data is stored and accessed on the blockchain, making dApps more efficient and secure.

🌟 **Understanding the Difference: Normal Hosting vs. IPFS Blockchain Hosting** 🌟 As technology evolves, so do our hosting solutions. Here’s a quick comparison between normal hosting and IPFS blockchain hosting: ### Normal Hosting: - **Storage:** Utilizes centralized servers managed by hosting providers. - **Availability:** Prone to single points of failure; if the server goes down, the hosted content becomes unavailable. - **Scalability:** Limited by server capacity and can become expensive as traffic grows. - **Control:** The hosting provider has control over the content and its availability. ### IPFS Blockchain Hosting: - **Storage:** Utilizes decentralized storage distributed across a peer-to-peer network. - **Availability:** Ensures high availability as content remains accessible as long as at least one node has it. - **Scalability:** Easily scalable with more nodes added to the network without significant cost. - **Control:** Users have control over their content without relying on a central authority. ### Pros and Cons: **Normal Hosting:** - **Pros:** Easy to set up, provider support. - **Cons:** Centralized, expensive scalability, single point of failure. **IPFS Blockchain Hosting:** - **Pros:** Decentralized, high availability, user control. - **Cons:** Complex setup, less familiar technology. Choosing the right hosting solution can significantly impact your application’s performance and reliability. Let’s embrace innovative technologies for a better future! #TechInnovation #WebHosting #Blockchain #IPFS #Decentralization #WebDevelopment To know more and want to get connected with Blockchain Technology Experts Contact us Shlenpower

Blockchain technology has grown far beyond its initial applications, finding a home in a diverse range of industries - from healthcare to supply chain management. The global market is expected to experience explosive growth in the coming years fuelled by factors like disruptive potential of blockchain across industries. Head over to my latest blog post where I delve deeper into the challenges partners face when deploying blockchain solutions and how OVHcloud can help them navigate this exciting landscape. Full blog here: https://lnkd.in/gyJa_XBB #blockchain #technology #innovation #cloudcomputing #partners

🚀 Exciting Partnership Alert! 🌐 Google Cloud Joins Flare Network as Validator, Propelling FLR Token by 5%! 🔗 Flare, the blockchain for data, welcomes Google Cloud into its ecosystem as a validator and infrastructure provider. As one of the 100 organizations playing a dual role in securing the network and contributing to the Flare Time Series Oracle (FTSO), Google Cloud reaffirms its commitment to blockchain innovation. 🌐 Flare's decentralized data access via its Oracle system opens new horizons for developers, and Google Cloud's involvement amplifies this potential. The partnership has already made waves, with the FLR token surging over 4% post-announcement, reflecting market enthusiasm. 💡 As Flare's infrastructure provider, Google Cloud's access to extensive data sets becomes a catalyst for blockchain use cases and adoption. This collaboration underscores the ongoing blockchain adoption trend among tech giants like Google. 🚀 Stay tuned for more groundbreaking developments! Follow AlphaBlock for the latest updates on blockchain, technology, and innovation. Read more on the following link: https://lnkd.in/gw2pX82e #BlockchainInnovation #GoogleCloud #FlareNetwork #TechPartnership #FollowAlphaBlock