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#fleek

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> Today, we’re excited to launch support for fullstack #Nextjs apps and sites on #Fleek! With this release, developers can now effortlessly deploy apps and experience server-side rendering (#SSR) and static site generation (#SSG) functionality directly within Fleek’s edge-optimized platform, unlocking unparalleled scalability, performance, and control.

fleek.xyz/blog/announcements/n

fleek.xyzIntroducing Fullstack Next.js Support on Fleek: Build, Deploy, and Scale Dynamic Apps with EaseFullstack Next.js support is live on Fleek. Deploy apps with SSR and SSG on an edge-optimized platform for top performance and control.

#Fleek is leveraging #TEEs, specifically #IntelSGX, to create a secure, #decentralized #DNS #nameServer. This protects DNS data and keeps private keys secure by executing sensitive processes inside a secure enclave.

Centralized name servers can lie or be compromised. DNSSEC helps somewhat but is limited. Fleek’s approach aims to address this by ensuring only the #domain owner (a private key holder or smart contract) can update DNS records!

fleek.xyz/blog/announcements/d

fleek.xyzUnlocking Decentralized & Trustless Front-End Hosting with TEEsExplore how TEEs, such as Intel SGX, enhance DNS Name Server security and enable decentralized front-end hosting with secure domain management.

> The #Fleek #SGX service allows you to utilize #IntelSGX #TEE (Trusted Execution Environments) for private and secure compute. Similar to how Fleek’s #Javascript service functions, you can provide this service with a program to be run for you in a #decentralized, #serverless environment. But with the addition of #Intel SGX, you can also provide #encrypted data that can only be decrypted from inside your program while running inside the TEE.

blog.fleek.network/post/fleek-

blog.fleek.networkFleek Network Update: Intel SGX IntegrationExplore how Fleek Network's integration of Intel SGX enables secure, decentralized computing with Trusted Execution Environments and remote attestation features.
#webDev#cloud#web3

> Today we are releasing a V0 of the gateway, which is a highly performant, regionally #distributed, traditional public #IPFS #gateway (built using #RainbowIPFS gateway). The reason for releasing this V0 now is because several customers were looking for a quick #Cloudflare replacement. However in subsequent releases over the coming months we will be transitioning the IPFS gateway to #fleekNetwork

fleek.xyz/blog/announcements/f

fleek.xyzIntroducing Fleek's decentralized IPFS gatewaya decentralized IPFS gateway that will leverage Fleek Network to achieve superior performance, reliability,censorship resistance, and long term sustainability compared to traditional IPFS gateways.

> One of the main value adds of #SolanaBlinks is they allow #Solana users to do #onchain actions (Claim #airdrops, buy #NFTs, swap #tokens etc.) directly on #Twitter, #Farcaster, and other places where users are natively located. Instead of the typical flow of redirecting away from their current experience, developers can bake #SolanaActions into other apps and allow them to interact without leaving the app

fleek.xyz/guides/solana-blinks

fleek.xyzDeploying Solana Blinks with Fleek Functions: A Step-by-Step GuideA deep dive into Solana Blinks and how to deploy them with Fleek Functions
#web3#crypto#fleek

Okay, so #1) Fleek Functions are a kind of serverless function which lives on a blockchain. That means they execute on other people's computers. Think of them as Lambda functions without the involvement of Jeff Bezos

fleek.xyz/docs/platform/fleek-

fleek.xyzFleek FunctionsA description of Fleek Functions, code snippets that are executed server-side using Fleek Network's on-chain cloud infrastructure.

Fleek Network Developer Guide: Part 3
Service Deep Dive - JS Runtime

Learn how to build a Service on Fleek Network and enable applications and use cases that leverage it.

In the following deep dive, we focus on a specific Service example - JavaScript Runtime

blog.fleek.network/post/fleek-

blog.fleek.networkFleek Network Developer Guide Part 3: Service Deep Dive - JS RuntimeDive deeper into how you actually build a Service on Fleek Network and enable applications and use cases that leverage it.

A Service is a modular piece of edge-enabled software that runs on (and utilizes the features of) Fleek Network.

In this guide, we will explain what services are, how they work, and walk through a few examples of how to use them in your tech stack

blog.fleek.network/post/fleek-

blog.fleek.networkFleek Network Developer Guide Part 2: ServicesLearn everything you need to know about the main developer-facing layer of Fleek Network - Services.

is an edge-optimized, platform. Think meets Uber. Network algorithmically operates a global network of infrastructure operators (called nodes) to create a superior for to run their and on. Better performance, lower cost, open source, verifiable, and no central operator.

blog.fleek.network.ipns.localhost:8080/post/fleek-network-developer-guide-part-1/

blog.fleek.networkHomeWelcome to Fleek Network's blog - The decentralized edge platform.

Did my base environment install on #bluefin using #fleek, and it's been so nice.

The fleek 'bling' preset brought in a lot of cool tools (ripgrep, exa, @atuin ) and I'm having fun exploring what's available.

I appreciate the dev tools available, and I hope to figure out a good workflow for the container workflows provided. My core setup is Emacs + asdf-vm for runtimes, so that was hard to implement in a container-only fashion.