All you need to know about the $MASQ protocol , a privacy focused #web3 browser that lets you surf the internet anonymously while getting paid for it @MASQ_ai
Website: masq.ai
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#MASQ Network is a dMeshVPN, browser, web3 Store, protocol, and earning ecosystem that makes living in Web3 anonymous and private.
The $MASQ software suite offers users a truly private web3 browsing experience, built on a peer to peer mesh network.
Users will be able to browse content that may be geo-blocked or censored in their region, enjoy their favourite webiste and dApps, while also offering the ability to earn cryptocurrency by supporting the peer network.
The more the network grows, the stronger and more powerful the browsing experience will become - with all netizens sharing borderless internet freedom worldwide
$MASQ web3 privacy browser:
The MASQ web3 browser software is a stunning User Interface that has been carefully curated to run on top of the core MASQ Node software, and provides privacy-centric benefits with instant everyday utility using the in-built Chromium browser.
MASQ users will install the software, set up through the onboarding process in just a few minutes will be able to enjoy core features:
Borderless browsing and privacy online without tracking or service logging
Ability to earn passive crypto by sharing their Internet bandwidth with peers across the MASQ Network
Interact with blockchain services using official Metamask extension
Native resolution of ENS and IPFS content
Uncensored access to crypto platforms, web3 dApps, and the metaverse
In-built web3 App store curated by the team and community
$MASQ as a foundation for web3 natives:
The MASQ Network represents much more than โjust another blockchain VPNโ - its a leading-edge networking protocol that provides a foundation for a user-first privacy-based ecosystem.
Itโs best referred to as a decentralized mesh-VPN (dMeshVPN).
Through this dMeshVPN, users will connect with many others privately across the globe to form a robust, encrypted and censorship-resistant network - a world first in its design.
And the MASQ user experience evolution continues...
The core team are creating a suite of features that encompass a true web3 approach โ all fuelled by the MASQ web3 privacy browser.
This includes a User Experience includes immediate access in-app to:
the most recognized web3 websites and platforms from the web3 App Store, curated by team and community
dStorage partner access - store, access and retrieve files from IPFS and decentralized storage providers privately
dMessaging - the MASQ web3 browser will be the first to natively support wallet to wallet encrypted messaging across compatible protocols - gasless, encrypted and without gatekeepers
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Kaspaโs Smart Contract Revolution: A Deep Dive into Sparkle from the Recent Twitter Space
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This article is arguably the most alpha news recently which you donโt want to miss, since it dives deep into the groundbreaking developments around SparkleโKaspaโs Layer 2 solution for smart contracts. I'm calling on everyone passionate about Kaspa to spread this major newsโso help the ecosystem grow by retweeting it widely!
1. ntroduction: A Long-Awaited Milestone
In a landmark Twitter Space discussion ( Blockchain Banter) , leaders and developers from the Kaspa ecosystem unveiled groundbreaking plans for integrating smart contracts through a Layer 2 solution named Sparkle. For over two hours and forty minutes, participants explored every facet of this initiative, from its technical intricacies to its far-reaching implications for the Kaspa blockchain. This in-depth analysis captures the highlights and delves deep into Sparkleโs architecture, showcasing its potential to revolutionize decentralized applications (dApps) and blockchain technology.
$Kas #Kaspa @KaspaCurrency @LevendiPro @BlockchainBants @CryptoAspect
2. Sparkle: Redefining Layer 2 for Smart Contracts
The core of the discussion revolved around Sparkle, Kaspaโs innovative Layer 2 solution for smart contracts. Unlike conventional Layer 2 systems that often function as independent chains, Sparkle is designed as a tightly integrated extension of Kaspaโs base layer, creating a unique โLayer 1.5โ architecture. This cohesive integration ensures seamless interaction between Sparkleโs smart contracts and Kaspaโs decentralized, high-throughput proof-of-work network, providing unparalleled scalability and security.
Sparkleโs distinguishing feature is its reliance on zero-knowledge proofs (zk-proofs), a cutting-edge cryptographic technique that enhances both security and scalability. By utilizing zk-proofs, Sparkle can perform complex computations off-chain, submitting only the proof of correctness to the Kaspa network for verification. This approach minimizes computational overhead while preserving data privacy, making it an ideal solution for business applications that require both high performance and confidentiality. For example, a decentralized finance (DeFi) application on Sparkle could verify a userโs creditworthiness without revealing their complete financial history, ensuring privacy and security at every step.
$Kas #Kaspa @KaspaCurrency
3. The Technical Architecture of Sparkle
Sparkleโs architecture is built for performance, modularity, and developer accessibility. Smart contracts on Sparkle are written in Rust, a programming language known for its memory safety, speed, and robust tooling. Developers create smart contracts as Rust binaries, which are then compiled and deployed through the Kaspa network. This approach maximizes performance and allows for streamlined contract interactions.
The deployment workflow for Sparkle smart contracts begins with developers writing contract logic in Rust, specifying data structures, behaviors, and interactions with the Kaspa base layer. Once written, the contract is compiled into a lightweight binary optimized for execution within Sparkle. The compiled contract is then deployed via a transaction on the Kaspa network, where it can be invoked by users or other contracts. Sparkleโs architecture ensures deterministic transaction ordering through Kaspaโs distributed sequencer, providing consistency and security across the network. This parallelized execution model minimizes congestion and enables high-throughput performance, making it suitable for complex dApps like decentralized exchanges and high-volume games.
$Kas #Kaspa @KaspaCurrency
$TRIAS Holistic Mega Thread ( Including in-depth analysis of all its ecosystem projects)๐
Over the past few years, I've conducted an in-depth exploration of $TRIAS and its dynamic ecosystem projects, covering them individually in separate
in-depth threads. Here's a compiled version inclusing $TRIAS as the layer -1, featuring Leviatom (Layer 0), Triathon (Layer 1), Tusima (Layer 2), and Ethanim (Layer 2).
It's crucial to note that this compilation focuses on the operational components of the ecosystem. Beyond these, $TRIAS encompasses Behemotum (Layer 0), Divina (Layer 1), NetX (Layer 1), and Octavius (Layer 2), set to be unveiled soon. Once their documentation is released, I'll provide comprehensive coverage.
Essentially, this thread is your one-stop-shop for understanding $TRIAS and its intricately woven network. Dive into the Super Mega Thread for a holistic view of what $TRIAS has to offer!
Here is the list of topics covered in this Super Mega Thread:
It's the perfect moment to delve into the intricacies of $TRIAS mainnet, the revolutionary TSC and the TPOS consensus ๐โจ
A Thread๐
1/Trust Smart Chain (TSC) stands as an advanced public chain platform crafted on the foundation of trusted computing technology. It embraces the TPOS consensus mechanism, employing a super node consensus algorithm that intricately combines Trusted Execution Environment (TEE)
2/ technology and Trusted Computing, alongside a POA-like consensus principle. These components collectively contribute to TSC's distinguished attributes of high-efficiency consensus, superior performance, and unwavering stability.
$TRIAS is a deeply complex blockchain and understanding how it works is really crucial!
๐งตTime for a threadโ๏ธ
Let's go down the rabbit hole๐
1/ Chapter 1: ๐ Trias: Trustworthy and Reliable Intelligent Autonomous Systems
In the contemporary age marked by humanity's reliance on technology, the imperative for dependable systems ensuring safety and privacy is evident. $Trias (TRIAS) embodies the characteristics that
2/ define the ideal next-generation decentralized systems: trustworthiness, reliability, and intelligence.
At its core, Trias envisions a world where trust in machines is paramount. The vulnerability associated with depending on untrustworthy machines is evident, exposing us to
$KAS Kaspa Smart Contracts Deep Dive, A New Dawn In Blockchain Tech๐จ
Everything you always wanted to know about Kaspa's Smart Contracts , but were afraid to ask !!!!
@KaspaCurrency
๐งตA Threadโ๏ธ
Let's go down the rabbit hole ๐
In this thread:
1/Intro
2/Vision
3/Rollups
4/Final Thoughts
1.1 The smart contracts of Kaspa are more than just another feature of the blockchain world. They demonstrate Kaspaโs dedication to excellence, providing advantages and capabilities that are unmatched in the crypto space.
๐จEverything you always wanted to know about $TRIAS :A Revolutionary Solution for Trustworthy Computing in the Digital Age
๐งตโ๏ธThe ultimate thread about $TRIAS and why I believe this could be the next #1000x gem๐
@triaslab
Let's go down the rabbit hole๐
RT, comment and like๐
In this thread โ๏ธ 1/ Background 2/ What's $TRIAS 3/ $TRIAS Objectives 4/ How does $TRIAS work? 5/ $TRIAS Features 6/ Tokenomics 7/ Final Thoughts 8/ Verdict (Price Prediction)๐ฅ
1.1 Background
$Trias is a novel decentralized cloud infrastructure that aims to enable apps of any scale and complexity in the digital era. It draws inspiration from the IAS Machine, the first binary computer created in the 1950s, which had a remarkable memory capacity and