Movement Labs is a blockchain network that prioritizes community involvement, characterized by its transparent tokenomics, minimal staking requirements aimed at promoting decentralization, and a proto

Movement Network Validator Node Setup

# 1. Update and install dependencies
sudo apt update && sudo apt upgrade -y
sudo apt install curl build-essential git wget jq make gcc -y

# 2. Install Go (ensure it's the required version for Movement Network)
GO_VERSION="1.20.5"
wget "https://golang.org/dl/go$GO_VERSION.linux-amd64.tar.gz"
sudo tar -C /usr/local -xzf "go$GO_VERSION.linux-amd64.tar.gz"
echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin" >> ~/.bashrc
source ~/.bashrc
go version  # Ensure Go is installed correctly

# 3. Clone Movement Network repository
git clone https://github.com/movement-network/movement-node.git
cd movement-node

# 4. Build the Movement Network binary
make install

# 5. Verify installation
movementd version  # Ensure the Movement node binary is installed

# 6. Initialize the Movement Network validator node
movementd init "<node_name>" --chain-id movementnet

# 7. Download the genesis file and set up configuration
wget https://network.movement.network/genesis.json -O ~/.movementd/config/genesis.json

# 8. Configure persistent peers and seeds
PEERS="<add_peers_here>"
SEEDS="<add_seeds_here>"
sed -i.bak -e "s/persistent_peers =.*/persistent_peers = \"$PEERS\"/" ~/.movementd/config/config.toml
sed -i.bak -e "s/seeds =.*/seeds = \"$SEEDS\"/" ~/.movementd/config/config.toml

# 9. Set minimum gas price and pruning options
sed -i 's/minimum-gas-prices =.*/minimum-gas-prices = "0.025umovement"/g' ~/.movementd/config/app.toml
sed -i 's/pruning =.*/pruning = "custom"/g' ~/.movementd/config/app.toml
sed -i 's/pruning-keep-recent =.*/pruning-keep-recent = "100"/g' ~/.movementd/config/app.toml
sed -i 's/pruning-keep-every =.*/pruning-keep-every = "0"/g' ~/.movementd/config/app.toml
sed -i 's/pruning-interval =.*/pruning-interval = "10"/g' ~/.movementd/config/app.toml

# 10. Start the node
movementd start

# 11. Create a new wallet (or import an existing one)
movementd keys add <wallet_name>   # Save the mnemonic securely

# 12. Fund your wallet (use faucet or tokens transfer)

# 13. Create a validator
movementd tx staking create-validator \
  --amount=1000000umovement \
  --pubkey=$(movementd tendermint show-validator) \
  --moniker="<node_name>" \
  --chain-id=movementnet \
  --commission-rate="0.10" \
  --commission-max-rate="0.20" \
  --commission-max-change-rate="0.01" \
  --min-self-delegation="1" \
  --gas="auto" \
  --gas-adjustment="1.5" \
  --gas-prices="0.025umovement" \
  --from=<wallet_name> \
  --yes

This guide is designed to be code-focused for efficient setup. Adjust values like <node_name>, <wallet_name>, peers, and seeds as required.

The Dawn of a New Era in Blockchain Technology The fusion of blockchain and artificial intelligence (AI) stands as one of the most promising frontiers in the tech world today. In this rapidly evolving landscape, 0G Labs announces a monumental $35 million pre-seed investment to pioneer the development of a modular AI blockchain. This significant influx of capital marks a pivotal moment, signifying the industry’s readiness to embrace the next wave of technological innovation.

The Giant Leap: $35 Million to Forge the Future This remarkable pre-seed funding for 0G Labs not only shatters expectations but also underscores the growing investor confidence in the transformative potential of combining AI with blockchain. Unlike traditional funding rounds that typically aim for modest figures, the ambitious $35 million showcases a firm belief in 0G Labs’ revolutionary project. It is a bold assertion that the future of blockchain lies in modularity and AI integration.

0G Labs: Unpacking the Visionary Behind the Venture Behind 0G Labs are innovators with a proven track record of disrupting the status quo. Co-founders Michael Heinrich, Ming Wu, Fan Long, and Thomas Yao bring together a unique blend of expertise from previous ventures, including hybrid blockchain Conflux Network and workplace well-being service Garten. Their collective vision for 0G Labs is not just about advancing blockchain technology but reshaping how we interact with digital and decentralized environments.

A Closer Look: The Mechanics of Modular AI Blockchain The core innovation at 0G Labs lies in its modular approach to blockchain development. This concept of modularity—allowing developers to customize and select blockchain components—promises unprecedented flexibility and efficiency. By adopting this model, 0G Labs aims to address the common pain points of on-chain AI applications, such as prohibitive costs and sluggish transaction speeds, that have so far hindered broader adoption.

Revolutionizing the Web3 Infrastructure: Beyond Speed and Cost 0G Labs’ modular AI blockchain is set to redefine the standards for web3 infrastructure. The promise of creating blockchain applications that are as performant and cost-effective as their web2 counterparts is a game-changer. This approach not only enhances scalability but also democratizes access to blockchain technology, enabling a wider range of applications and use cases.

The Competitive Edge: Standing Out in a Crowded Field In the arena of blockchain innovation, standing out requires a distinct and impactful approach. 0G Labs distinguishes itself through its focus on modularity and AI, setting a new benchmark for what is achievable. While competitors like Celestia and EigenLayer also explore modular solutions, 0G Labs’ unique blend of high throughput, low costs, and a developer-friendly ecosystem positions it at the forefront of the next blockchain revolution.

Fueling the Future: Strategic Partnerships and Market Expansion 0G Labs strategically employs its substantial pre-seed investment to not only refine its technology but also to forge critical partnerships that expand its market presence. The firm is in the process of assembling a robust engineering team dedicated to enhancing the platform’s core functionalities. Equally important is the cultivation of a vibrant community and ecosystem around its modular AI blockchain. These strategic moves are essential for 0G Labs to secure a leading position in the competitive landscape of blockchain technology.

Recommended: Reach Security’s AI-Driven Approach Redefines Cybersecurity With $20M Investment

Beyond the Horizon: The Potential of Modular AI Blockchain The implications of 0G Labs’ technology extend far beyond the immediate horizon. The firm envisions a future where its modular AI blockchain framework can support a myriad of applications, from on-chain gaming to high-frequency decentralized finance (DeFi). This vision includes enabling on-chain AI, a feat that would significantly reduce the gas costs associated with transactions. The end goal is a blockchain environment where the execution of complex, AI-driven applications becomes feasible and financially accessible for a broad spectrum of users.

A Token of Trust: Web3 and the Promise of Decentralization In keeping with the principles of decentralization and community governance inherent to web3, 0G Labs plans to introduce its own token. While details remain under wraps, the move signifies a commitment to aligning the company’s growth with the interests and active participation of its user base. This step towards tokenization reflects a broader trend in the blockchain industry towards democratizing access and control over technological platforms.

Empowering the Digital World: A Call to Action for Developers and Innovators 0G Labs’ modular AI blockchain is more than just an infrastructure project; it’s a platform for innovation. The company actively encourages developers and technological innovators to explore the potential of its system. By offering an environment that supports high bandwidth and scalability, 0G Labs aims to attract projects poised to bring hundreds of millions of users into the decentralized web, ushering in a new era of blockchain applications.

Forging Ahead: The Infinite Possibilities of Modular AI The ambition of 0G Labs knows no bounds, with plans to achieve “infinite capacity” in its blockchain networks. This vision mirrors the scalability of cloud services like Amazon Web Services, allowing developers to scale their applications according to demand seamlessly. The ultimate aim is for any Web 2.0 application to transition effortlessly onto the blockchain, heralding a new age of digital innovation and accessibility.

Charting Uncharted Territories: What Lies Ahead for 0G Labs As 0G Labs moves towards its mainnet launch, the blockchain community watches with anticipation. The company’s roadmap is clear, with milestones set to showcase the practical applications of its modular AI blockchain. From layer 2 scaling solutions to decentralized applications requiring high throughput, 0G Labs is poised to redefine the blockchain landscape.

The Ripple Effect: Envisioning a World Powered by Modular AI Blockchain The pioneering work of 0G Labs in modular AI blockchain has the potential to catalyze a wave of innovation across multiple industries. By reducing barriers to blockchain adoption, the company’s technology can facilitate a range of new applications, from enhancing data privacy to creating more efficient digital services. The ripple effects of this innovation promise a future where blockchain technology is not just a niche interest but a foundational element of the digital economy.

A Vision Realized: Pioneering the Path to a Decentralized Future The journey of 0G Labs from an ambitious startup to a trailblazer in modular AI blockchain technology epitomizes the spirit of innovation that drives the tech industry. As the company continues to build and expand its ecosystem, it remains at the vanguard of a movement towards a more decentralized, efficient, and accessible digital world. The realization of this vision could redefine our interaction with technology, making the decentralized web a reality for millions worldwide.

Fleek Network is an open-source Edge Computing Platform Built on a distributed network of nodes.

It is designed to deliver computation cheaper, faster and more efficiently than existing cloud providers by allowing anyone to offer computer resources for rewards.

The Fleek Network is a POS protocol. It takes advantage of Ethereum for staking, payments, governance and other economic features.

The utility token is already confirmed to be $FLK.

Modular Framework

🏌️Service that deploys a virtual machine, such the EVM and other VMs can be built and deployed to Fleek Network.

🏌️It Can also act as an alternative sequencer

🏌️It can be used to launch Ephemeral Rollups

Testnet Participation

Fleek Foundation announced the commencement of their testnet phase 3. The testnet phase 3 will commence on 31st of January and will round up by 14th of February.

Team will announce next step required.

Previously, phase deals with node operations. This phase is different.

In this phase, Testnet participants will have access to a code playground where they can upload a JS file for their function which is then uploaded to IPFS. Users will then get a Fleek Network-run function that they can experiment with anywhere in their builds.

Prior to the next phase (Phase 4), might also involve Node operators. Genesis node operators will be chosen.

There might be an announcement soon about that.

Fleek Token (FLK)

However, The FLK Token will be used for staking to node operators in order to participate in the network and to have the opportunity to earn fees for providing work.

Possible Tokenomics

66% of $FLK will most likely got to the community.

Core Contributors: 17%

Node Operators and Backers will be 17%

20% of supply will most likely go for Airdrop and incentives.

Missed phase 1 and 2 ? Don't Miss phase 3 which will commence in few days time.

Since the community allocation 66%.

20% is allocated for Ecosystem funds which includes Airdrop.

These are full Details prior to the upcoming testnet which will begin on 31 of January.

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Fuel Network

Firstly, go to https://github.com/FuelLabs/fuels-wallet/blob/master/docs/INSTALL.md

Download wallet’s zip file in the page.

Then go to chrome://extensions/Drag and drop the zip file to Chrome like in the gif in the install page.

After installing, open the extension and create a wallet.Save the phrases wherever you want.

Go to faucet page.Copy and paste your wallet address. Get some ether. Start sending it to me and leave your wallet address so that I can send you too. Sending is inactive now. It will be opened soon!

Initia presents a new generation of blockchain networks, aimed at simplifying the complex landscape of decentralized systems. Initia addresses the challenges faced by developers and users in navigating the intricate world of multiple blockchain ecosystems, providing a convenient interface and scalable solutions.

What is Initia?

Initia is a network specifically designed for the integration of various blockchains (Omnichain). This unique architecture involves the integration of a Layer 1 (L1) base layer with a complex Layer 2 (L2) infrastructure system for specific applications. The primary goal of Initia is to simplify the development and deployment of scalable, independent systems, while reducing the inherent complexities associated with traditional monolithic and multi-chain structures. Consequently, Initia’s ideal is to ensure seamless and consistent operation for both developers and users across the entire network. How do they achieve this? By providing ownership of the architectural layers — L1, L2, and the communication layer. This will help Initia deliver a holistic and user-friendly environment in the decentralized domain.

Initia’s Unique Approach Prior to initiatives like Initia, smart contract platforms often operated in isolation. Each platform had its own programming languages, runtime environments, and consensus mechanisms. Developers who wanted to utilize different smart contract platforms had to learn and adapt to the unique features and languages of each one. This led to a fragmented landscape, making it difficult for projects on different platforms to interact and collaborate. Users and developers had to navigate multiple platforms and technologies to achieve various functionalities.

Initia stands out by offering ready-to-use Minitia (Layer 2) packages, which may be the most plug-and-play modular building blocks available. These Minitia (Layer 2) are equipped with a range of features, including their own stablecoin access, direct access from any chain, as well as flexibility in configuring mempool lanes, gas fees, and gas-less programmatic transactions. Moreover, they can boast of Omnitia-level asset interoperability, instant bridging, fiat gateway integration, and support for popular wallets from both the Ethereum and Cosmos ecosystems.

The infrastructure provided by Initia is just one part of the equation. To seamlessly navigate the modular multi-chain environment, Initia complements its infrastructure with user-friendly tools, such as the Initia app, wallet, explorer, and widgets. Collectively, these tools contribute to an intuitive and efficient user experience, offering functionalities like shared gas.

In essence, Initia is not just a network of blockchains; it is a complete solution. It combines a powerful infrastructure with easy-to-use tools, creating an environment where developers can be creative, and users can easily navigate the complexities of Web3.

Technical Foundations Understanding the technical foundations of Initia begins with the concept of Layer 1 (L1) and Layer 2 (L2) architecture.

Layer 1 (L1): This is the base layer/primary blockchain network, similar to the foundation of a building, designed in the Cosmos. Initia’s L1 is intended to work with various types of applications and create a uniform experience for users and developers.

Layer 2 (L2), called Minitias: These represent secondary solutions built on top of the base layer. The Minitias, as they are called, are specialized applications that seamlessly integrate with Initia L1. Developers can use these Minitias to create their own projects, without worrying too much about the technical details.

At the core of Initia’s scaling solution lies Optimistic Rollups. Optimistic Rollups are a Layer 2 scaling method that processes the majority of transactions off-chain, but ensures the security and finality of these transactions on the main blockchain. This approach significantly increases transaction throughput and reduces the burden on the main chain. Now, let’s see how this benefits both developers and users.

Initia takes a step forward by introducing MoveVM, a smart contract language that is natively compatible with the Cosmos Inter-Blockchain Communication (IBC) protocol. The integration of MoveVM ensures the compatibility of Initia’s L1 layer, enabling seamless communication and collaboration between various L2 solutions. Moreover, Initia’s architecture allows L2 layers to utilize EVM, WasmVM, or MoveVM, while still enabling smooth message exchange and connection between them.

User and Developer-Centric Features Developer-Focused Features Simplicity of launching L2:

1. Developers can launch their application-specific blockchains (L2) without the need for deep knowledge of chain infrastructure or running validator sets.

2. Flexible contract execution environment: Initia supports multiple contract execution environments, including MoveVM, EVM, and WasmVM, providing developers with the flexibility to choose the environment that best suits their project.

3. Decentralized sequencers and shared DA layer: Increased security is achieved through decentralized sequencers and a shared data availability (DA) layer.

4. Enhanced security through Omnitia-wide security: Initia provides robust security measures through its Omnitia-wide security structure.

User-Centric Features Consistent experience:

1. By retaining ownership of the entire technology stack (L1, L2, and communication layers), Initia ensures a uniform experience for both users and developers across the network.

2. Unified governance standards for the entire protocol, aligning the interests of users and developers to maximize surpluses and enable rapid scaling.

3. Intuitive tools: The Initia app, wallet, explorer, and widgets collectively provide users with an intuitive interface to navigate the modular multi-chain ecosystem.

4. Efficient gas usage: The platform optimizes gas usage, making transactions more efficient for users.

Architecture for an Intertwined Future At its core, Initia reconstructs the entire technology stack, presenting a base L1 blockchain integrated with a specialized L2 infrastructure. This integration facilitates the creation of a tightly coupled ecosystem of modular networks. Ownership of the full technology stack allows Initia to implement chain-level mechanisms that harmonize the economic interests of users, developers, L2 application chains, and the L1 chain itself.

Initia’s L1 layer serves as a synchronization and orchestration layer, facilitating the coordination of security, liquidity, routing, and cross-chain interactions within the network of intertwined integrations, through the VM-Agnostic Optimistic Rollup infrastructure stack, OPinit. This platform, backed by fraud-proof and rollback capabilities, provides secure scaling of Cosmos SDK-based integrations in environments such as EVM, MoveVM, or WasmVM, utilizing the Celestia data availability (DA) layer.

Initia’s L1 layer introduces the concept of Locked Liquidity, a unique mechanism in which individual or paired INIT tokens are staked by validators to create a liquidity hub in the L1 chain. This mechanism enhances security, increases liquidity, and serves as a router between L2 layers, enabling smooth token transfers between integrations.

By simplifying the selection and integration of core functionalities from the start, Initia provides universal, ready-to-deploy solutions equipped with a full suite of features. Developers have the ability to use Solidity, Move, or CosmWasm, easily integrate with the CosmosSDK, and access a set of built-in features, including their own USDC, Oracles, Instant Bridging, Cross-Chain Interoperability via IBC, Fiat Channels, Decentralized Sequencers, DAO Tools, InitiaScan, and more for EVM and Cosmos wallet signing.

The Initia product stack unifies the architecture, offering users a unique chain experience when interacting with thousands of intertwined packages and reducing entry barriers:

InitiaScan: Multi-threaded browser with virtual machine-specific tools and information.

Wallet Widget: Supports EVM and Cosmos wallet signature and also includes social login features.

Bridget: External bridge/ramp aggregator integrated directly into rollup packages.

Initia App: A centralized platform for everything Initia.

Initia Usernames: A blockchain-wide identification system.

Initia Wallet: A dedicated wallet designed to navigate the vast Initia ecosystem.

The Initia Platform seamlessly integrates Layer 1 and Layer 2 architectures into a unified platform called Omnitia. At its core, the platform consists of:

Initia Orchestration Layer (Layer 1): Simply called “Initia,” this is the base blockchain orchestration layer that coordinates network security, consensus, governance, interoperability, liquidity, and cross-chain messaging.

Initia Packages (Layer 2): Known as “Minitia” or mini-Initias, these are Layer 2 solutions built on top of the Initia base chain to enhance scalability and transaction throughput. They can operate in EVM, MoveVM, or WasmVM with CosmosSDK underneath.

Initia Optimistic Rollup Platform (OPinit Stack): The OPinit stack is Initia’s OR platform, built on CosmosSDK and used to secure Initia’s rollups through fraud proofs and rollbacks.

Inter-/Cross-Chain Middleware: This includes the Inter-Blockchain Communication (IBC) protocol and a TBA bridge provider, enabling seamless asset and data transfer across various blockchain networks, as well as between L1 and L2 within Omnitia.

Omnitia represents the collective ecosystem of these components, aimed at offering a comprehensive and interoperable blockchain solution.

Initia (Layer 1)

Overview

Initia’s Layer 1 (L1) architecture is built on the Cosmos SDK, using CometBFT (formerly known as Tendermint) for consensus and integrating Move VM for smart contract functionality. This design positions Initia L1 as a reliable, permissionless, and universal smart contract platform, establishing a fundamental layer for the entire subsequent infrastructure and data management.

Omnitia Liquidity Hub and Locked Liquidity Initia’s L1 architecture uniquely incorporates its own DEX, which functions similar to Balancer, allowing the creation of weighted and stable pools at the center of the new multi-chain world. This DEX module enables L1 to maintain not only its own INIT token, but also INIT pairs with other whitelisted tokens (e.g., INIT-USDC, INIT-statOM) for staking purposes. Notably, the ratio of these pairs is not limited to a 50/50 split, as long as INIT maintains the majority.

Benefits:

Liquidity Moat: Creates a sustainable liquidity foundation at the L1 level, improving user servicing quality. Enhanced Staking Yield: Allows actively utilizing liquidity that was traditionally locked in staking, for trading and profit generation. This includes supporting pairs like INIT-LSD, allowing users to simultaneously earn staking rewards, LSD yield, and trading fees.

Inter-Minitia Router: Provides efficient token movement between various Minitias, ensuring seamless transactions within the ecosystem.

Just-in-Time Gas: Offers users a mechanism to convert their assets into gas for L2 operations in a single transaction, enhancing flexibility and accessibility.

Omnitia Security Shared (OSS) OSS represents a scalable security framework designed to protect Minitia assets. In cases of fraud on L2, a set of L1 validators is used to resolve the dispute. This process is simplified by integrating Celestia nodes with validator nodes, allowing data verification in Minitias without the need to load full blocks.

Key Components:

Shared Data Availability Layer: Provides the set of Initia L1 validators, challengers, and bridge operators access to the data required to construct fraud proofs against invalid integration operations.

Direct Publication to Celestia: Allows Minitias to submit transaction data directly to Celestia, facilitating deterministic verification of the integration chain state transitions.

Efficient Data Verification: Utilizes Namespace Merkle Trees (NMT) and Celestia’s Data Availability Sampling (DAS) to enable relevant participants to load and verify only the necessary transactions, optimizing resource usage.

Through these innovative features, Initia’s L1 architecture is designed to provide a holistic, secure, and scalable foundation for the broader ecosystem, ensuring the reliability and interoperability of its multi-layered structure.

Minitia (Layer 2)

Overview

Minitias are the Layer 2 application chains in the Initia ecosystem, characterized as full-fledged CosmosSDK blockchains that utilize optimistic rollups for settlement. These chains are distinguished by fast block times (500 ms) and the ability to process over 10,000 transactions per second, making them high-performance platforms for a wide range of applications.

Key Characteristics OPinit Stack: Cosmos Optimistic Rollup Platform The OPinit stack represents a pioneering step as the first optimistic rollup environment adapted for the Cosmos ecosystem, drawing inspiration from Optimism’s Bedrock specification. Its independent nature allows Minitias to support various virtual machines, including MoveVM, WasmVM, and EVM. Such flexibility ensures that Minitias can cater to a broad spectrum of applications and developer preferences.

Minitia Capabilities Although Minitias are full-fledged CosmosSDK chains, they operate without their own consensus mechanisms, instead relying on the Initia Layer 1 for security and data processing. This structure allows the integration of advanced rollup features and the utilization of standard CosmosSDK modules like AuthZ and Feegrant, as well as custom modules like POB from Skip Protocol.

Transactions on Minitias are efficiently ordered and distributed across L1 and Celestia, providing a transparent and secure environment for operation and verification.

Ready-to-Use Solutions for Application Developers

The Initia platform solves infrastructure challenges typically encountered in modular systems, such as fiat gateways, exchange support, and data management, offering these services natively at the L1 level. This significantly reduces the overhead for application developers on Minitias, allowing them to focus on creating engaging and successful products.

Minitias offer developers a full suite of built-in features, including:

Instant bridging and access to native USDC and CCTP Cross-virtual machine token fungibility Oracle interfaces, fiat gateways, and extensive developer tools External UI widgets to lower the entry barrier for end-users.

Comprehensive Minitia Features and Capabilities Minitias can boast impressive technical specifications and a rich set of features to support the launch and operation of applications: High throughput: Over 10,000 TPS and 500 ms block time IBC for Cosmos compatibility and Omnitia-wide security Support for Celestia data availability, MoveVM, WasmVM, and EVM Variety of built-in features, such as incentive programs, token vesting, and the Omnitia messaging module Advanced tools, including InitiaSDK, WalletSDK, and 1-click deposit widget Integration with third-party services and oracles to enhance functionality and user experience

With these capabilities, Minitias offer a universal and developer-friendly platform for building decentralized applications, backed by the reliable, interconnected infrastructure of the Initia ecosystem.

Conclusion Initia’s commitment to uniformity and its focus on both users and developers set it apart from many other isolated networks. It offers a unified environment for developers and infrastructure for users across the entire network. The platform’s unique approach eliminates the fragmented experience inherent in traditional blockchains, introducing protocol-level policies that simplify interactions and enable more efficient resource management.