1. Reward Distribution

• 0.9 ITA - Proof-of-Game:

ВоRewards are distributed among players for active participation in gaming processes

• 0.9 ITA - Proof-of-Stake:

Masternode operators receive rewards for ensuring the security and stability of the network.

• 0.2 ITA - Development Fund:

Allocated to developers for project growth, marketing and ecosystem support.

2. Emission and Inflation Model

ITA Blockchain is designed with a limited token supply to ensure stability, prevent hyperinflation, and enable a fair start, providing equal opportunities for all participants.

• Initial Supply: 0 ITA

• Maximum Supply: 20,000,000 ITA

3. Supply Control Mechanisms

The project team has implemented several mechanisms to manage token supply, maintain value, and ensure the ecosystem’s long-term sustainability:

• Burn Mechanisms:

Tokens can be burned to reduce overall supply, stabilize value and counter inflation. This can be applied, for example, through transaction fees or other network operations.

• Dynamic Reward Regulation:

The Proof-of-Useful-Work mechanism adjusts emission levels based on user activity and network needs, preventing excessive or insufficient token supply.

• Maximum Supply Cap:

A fixed cap of 20,000,000 ITA ensures hyperinflation prevention and promotes token value.

1. General Security Principles

ITA prioritizes data security and network integrity, ensuring stable network operation. Robust mechanisms are implemented to prevent data manipulation and various types of fraud.

2. Data Protection and Consensus Algorithms

Unique mechanisms are used to validate data and prevent tampering.

• Modified Algorithm

A customized ETHASH algorithm enhances network resistance to attacks.

• Proof-of-Game and ML Models

Machine learning analyzes gaming activity, detecting anomalies and preventing data falsification.

• Dynamic Block Signatures

Block signatures vary based on gaming activity, increasing resistance to tampering and enhancing network security.

3. Anti-Manipulation Tools

• Masternode Deposit:

A substantial stake of 500,000 $PAC tokens discourages abuse and ensures participants are invested in maintaining network security.

• Obfuscated Software

Client software is shielded against external interference and attacks, safeguarding data integrity.

4. Resilience and Decentralization

• The decentralized architecture of ITA Blockchain eliminates reliance on a single node, ensuring network robustness.

• Consensus mechanisms like Proof-of-Game and Proof-of-Stake provide fair reward distribution and fortify the network against external threats.

5. Conclusion

Together, these mechanisms establish ITA Blockchain as a reliable and secure platform, capable of withstanding attacks, safeguarding user data and ensuring network stability.

1. Overview

To interact with ITA Blockchain, you can use any crypto wallet that supports the addition of custom networks.

This guide demonstrates the process using MetaMask, one of the most popular wallets, and provides the necessary parameters for manually adding the network.

2. Installing MetaMask

• Download and Install

Visit the official Google Chrome Web Store or the appropriate extension store for your browser (e.g., Chrome, Firefox, Brave).

• Perform Basic Setup

Create a new wallet and securely store your seed phrase. If you already have a wallet, choose the restoration option and enter your seed phrase.

3. Adding the Network Manually

If you prefer to add ITA Blockchain manually, follow these steps

• Open MetaMask and navigate to "Settings → Networks"

• Click "Add Network Manually" and fill in the following fields

Network Name: ITA Blockchain

RPC URL: https://rpc2.itachain.io

Chain ID: 67412

Symbol: ITA

Block Explorer URL: https://explorer.itachain.io

• Click "Save" to complete the setup. The ITA Blockchain network will now appear in your MetaMask.

4. Adding the Network Automatically

The simplest way to add ITA Blockchain is through an automatic setup from our official resource.

• Go to the block explorer - https://explorer.itachain.io/

• Scroll down to the bottom of the page and click “Add ITA Blockchain”.

• A MetaMask pop-up window will appear. Confirm the addition of the network by clicking "Approve".

1. Blockchain Technologies: Challenges and Limitations

Blockchain technologies continue to have a significant impact across various industries, offering opportunities to create decentralized systems for data storage and processing.

However, widely used consensus models such as Proof-of-Work (PoW) and Proof-of-Stake (PoS) face certain limitations, including high energy consumption and insufficient decentralization.

2. Proof-of-Game: A New Approach to Consensus

ITA Blockchain introduces a new approach based on the Proof-of-Game (PoG) consensus mechanism. This model integrates elements of gaming into the blockchain network, transforming user actions into useful computational operations.

This approach ensures efficient resource usage and incentivizes network participants by rewarding active engagement with gaming projects.

3. Project Goals and Objectives

The goal of the project is to develop a sustainable, energy-efficient, and highly decentralized network that ensures transaction security and speed while encouraging user engagement through gaming opportunities.

4. Creating Value for Network Participants

The use of gaming activity as a valuable resource and the integration of gaming projects distinguish ITA Blockchain from other blockchain solutions, creating value for both network participants and developers.

The platform is focused on building an ecosystem where players are rewarded for their interaction with the network, and developers have tools to integrate and improve their projects.

1. Roadmap

The roadmap outlines the key milestones in the project’s development, from conceptual research and network testing to the launch and scaling of the ecosystem.

It highlights our strategy for building a stable and functional platform focused on gaming projects and network decentralization.

1. Challenges of Traditional Blockchain Models

Proof-of-Work (PoW)

• High Energy Consumption

Mining requires substantial computational resources, leading to significant electricity usage.

• Expensive Hardware

Effective mining necessitates specialized devices (ASICs, GPUs), limiting participation to larger entities.

• Lack of Useful Work

Most computational power is spent on arbitrary calculations, offering no direct benefit.

Proof-of-Stake (PoS)

• Centralization Risks

The concentration of tokens among a few participants can lead to reduced decentralization.

• High Entry Barriers for Validators

Significant token holdings are required for block validation, discouraging smaller participants.

2. ITA’s Solution

ITA Blockchain replaces traditional computational work with gaming activity, converting player efforts into valuable network operations. This approach:

• Reduces energy consumption.

• Increases user engagement.

• Expands decentralization by involving a broader range of participants from the gaming community.

3. Network Parameters

ITA Blockchain achieves a balance between speed, reliability, and security with optimized parameters. At the core are optimized parameters that allow the network to process transactions efficiently and integrate Proof-of-Game.

• Block Time

10–30 seconds, ensuring rapid transaction confirmations.

• Consensus Algorithm

A modified ETHASH incorporating Proof-of-Game metrics.

• Throughput

Comparable to Ethereum, handling ~15-100+ transactions per second (TPS) based on optimizations.

• Block Size

Adaptive, depending on the volume of transactions and Proof-of-Game data.

4. Network Architecture

The ITA Blockchain architecture ensures reliability, security, and seamless integration with gaming projects.

• Gaming Client

Lightweight software that does not burden GPU/CPU/RAM resources provides continuous analytics of gaming activity and payload generation for the network.

• Masternodes

Basic work of validating blocks and hashes, ensuring the security and integrity of the network.

• API

The unique API allows any game projects to be integrated into the ITA network, to track game activity and additionally reward players for high performance in a specific game.

5. Table of comparison with other blockchains

6. Comparative Analysis with Traditional Blockchains

ITA Blockchain offers a unique approach to addressing challenges commonly associated with traditional blockchain systems. The table below highlights the key differences between ITA Blockchain, Ethereum, and Bitcoin, including consensus mechanisms, workload utility, decentralization, energy consumption, and more.

This comparison showcases ITA Blockchain’s advantages and its potential in the gaming industry and beyond.

CONSENSUS MECHANISM

• ITA Blockchain

Utilizes Proof-of-Game (PoG), integrating gaming activity with network consensus, enabling useful workloads tied to in-game actions.

• Ethereum

Transitioned from Proof-of-Work (PoW) to Proof-of-Stake (PoS) through Ethereum 2.0, reducing energy consumption and increasing transaction speeds.

• Bitcoin

Employs Proof-of-Work, which demands significant computational resources and energy consumption for mining.

UTILITY OF WORKLOAD

• ITA Blockchain

High utility, as computational resources validate gaming actions that directly benefit the network.

• Ethereum / Bitcoin

Low utility, as PoW and PoS focus solely on network security without providing additional functional benefits.

DECENTRALIZATION

• ITA Blockchain

High decentralization, achieved through the participation of a broad range of gamers and diverse masternodes, preventing power concentration.

• Ethereum

Moderate decentralization, as PoS may lead to token concentration among large validators.

• Bitcoin

High decentralization due to widespread node distribution, though PoW’s high equipment costs can foster centralization.

ENERGY CONSUMPTION

• ITA Blockchain

Low energy consumption, as PoG does not utilize GPUs for mining.

• Ethereum

Low consumption after transitioning to PoS.

• Bitcoin

High consumption due to PoW’s computational demands.

INTEGRATION WITH GAMING

• ITA Blockchain

Yes, provides tools and mechanisms for seamless integration with gaming projects.

• Ethereum / Bitcoin

No, neither blockchain is designed for direct integration with gaming platforms.

BLOCK TIME

• ITA Blockchain

10–30 seconds, balancing speed and security.

• Ethereum

~15 seconds.

• Bitcoin

~10 minutes, significantly limiting transaction speed.

TRANSACTION THROUGHPUT

• ITA Blockchain

~15–100+ TPS, comparable to Ethereum, with scalability potential.

• Ethereum

~15 TPS (scalable to 100+ TPS with updates).

• Bitcoin

~7 TPS, restricting transaction volume.

SECURITY MECHANISMS

• ITA Blockchain

Employs Proof-of-Useful-Work and machine learning to analyze gaming activity, enhancing security and preventing fraud.

• Ethereum

Implements PoS with Casper, ensuring security through token staking.

• Bitcoin

Relies on PoW optimized for ASIC hardware, maintaining high security via computational costs.

7. Masternodes

Masternodes in ITA Blockchain are pivotal to the network’s functionality, offering:

• Block and hash validation

• Network synchronization

• Stability and decentralization

1. Fundamentals of Proof-of-Game (PoG)

Proof-of-Game (PoG) is a variation of Proof-of-Useful-Work, where the network’s useful workload is generated by players interacting with the gaming world.

The PoG algorithm collects analytical data about a user’s valuable in-game actions and converts it into a unique hash, required for creating new blocks in the blockchain.

2. Core Stages of PoG Workflow

The PoG mechanism in ITA Blockchain operates through a multi-level process to ensure the accuracy, utility, and security of data from gaming clients.

Each stage focuses on analyzing, validating, and integrating gaming actions into the blockchain.

HASH GENERATION

• Process List Monitoring

Identifies active games and applications to confirm user engagement.

• Game Video Stream Analysis

Evaluates graphical data to verify activity and interaction with the gaming environment.

• Mouse and Keyboard Movements

Tracks user inputs to generate unique hashes.

MASTERNODE VALIDATION

• Data Integrity

Checks for any attempts at data falsification or manipulation.

• Work Utility

Utilizes machine learning (ML) to analyze and verify the network’s gaming activity relevance.

BLOCK FORMATION

• Supplementary Data (Fingerprint)

Includes system metrics like CPU/GPU/RAM usage and device temperatures to enhance network security and reliability.

3. Proof-of-Game Architecture

The architecture of Proof-of-Game in ITA Blockchain is divided into client-side and server-side components, each playing a vital role in ensuring the network’s honesty, security, and efficiency.

The client-side focuses on collecting and analyzing gaming data, while the server-side handles validation and blockchain integration.

CLIENT-SIDE

• Local Driver

Installed on the user’s PC to analyze gaming activity in real time.

• Minimal Resource Impact

The miner software does not use GPUs, allowing seamless gameplay without system performance degradation.

• Obfuscated Software

Protects the client’s logic from unauthorized interference or data manipulation.

SERVER-SIDE

• Masternodes

Key network nodes responsible for validating blocks and hashes.

• Modified Ethash

Validates blocks with added gaming parameters and dynamically generated signatures.

4. Fraud Prevention Mechanisms

ITA Blockchain implements multi-level approaches to safeguard the network from fraud and manipulation. These mechanisms ensure that user-generated data is authentic and beneficial for the network, guaranteeing its security and resilience.

Low-Level Data Analysis

• Checking running processes and driver-level activity.

• Game video stream analysis сonfirms user interaction with the gaming world.

Software Obfuscation

• Conceals the internal logic of the client from external interference and attacks.

Dynamic Block Signatures

• Adapt based on gaming activity, making block falsification challenging.

Masternodes with ML Models

• Employ machine learning to analyze and validate the utility of gaming activity, preventing fraud and manipulation.

1. System Requirements

Before installing a masternode, ensure that your server meets the minimum or recommended requirements to guarantee stable and efficient operation.

Minimum Requirements

• CPU: 4 vCPU

• RAM: 8 GB

• Storage: 100 GB SSD

• Internet Connection: 100 Mbit/s

• Uptime: 99%

Recommended Requirements

• CPU: 8 vCPU

• RAM: 12 GB

• Storage: 250 GB SSD

• Internet Connection: 100 Mbit/s

• Uptime: 99%

2. Environment Preparation

• Operating System

Only Linux is supported. It is recommended to use Ubuntu 22.04 LTS or newer.

• Install Dependencies

Ensure the following packages are installed

sudo apt update
sudo apt install curl nano wget tar tmux -y

3. Downloading the Client

The source code and masternode software are provided upon request. Each node requires a unique activation key, which is issued individually to users who have purchased access.

To obtain the client, contact ITA Blockchain’s official support team via email or Telegram.

• Email - pacproject.eu@gmail.com

• NoName - https://t.me/NoName_Pac

• Henuz - https://t.me/Henuz

Once your request is approved, you will receive a download link for the client and a personal activation key.

Download the provided archive and store the activation key in a secure location.

4. Installing and Configuring the Client

• Create a Working Directory

mkdir -p ~/ita-mn && cd ~/ita-mn

Place the downloaded archive in the created directory.

• Extract the Archive

tar -xvzf ita-mnode-linux.tar.gz

After extraction, the following files will appear in the working directory:

1. ita - Masternode executable file

2. activate - Activation executable file for the node using a personal key

3. init.sh - Script for initializing the masternode

4. run.sh - Script for starting the masternode

5. p2p.sh - Script for connecting to other clients in the network

• Activate the Masternode

The first step is to activate the masternode in the ITA Blockchain network

./activate --activate=XXXX

Replace XXXX with a unique activation key that is provided individually. You can get the key only from the project team.

• Initialize the Masternode

After successful activation, run the initialization process. This command creates the necessary configuration files and directories for the masternode.

./init.sh

After executing this command, the masternode will be ready to run.

5. Starting the Node

• Create a new tmux session

tmux new -s ita-node

Use tmux to run the masternode in the background, creating a new session.

• Start the Masternode

./run.sh

To detach from the active tmux session without stopping the process, press Ctrl+B, then D.

• Connect to the Network

./p2p.sh

This step establishes a connection with other nodes and begins synchronizing with the network.

6. Log Monitoring

To view active tmux sessions, run:

tmux list-sessions

If the masternode is running in the ita-node session, connect to it to view logs:

tmux attach-session -t ita-node

To exit the active session without stopping the process, press Ctrl+B, then D.

1. What are "Masternodes"?

Masternodes are the primary nodes of the blockchain network, playing a critical role in its operation.

They perform several essential tasks, including:

• Block and Hash Validation:

Masternodes verify transactions and create new blocks, ensuring the integrity and security of the network.

• Synchronization:

Masternodes connect with other nodes in the network, maintaining decentralization and reliability.

• Network Stability:

Masternodes contribute to network resilience, participate in the consensus mechanism, and ensure an even distribution of workload.

2. Role of Masternodes in the ITA Network

Masternodes in the ITA Blockchain are key components of the Proof-of-Game (PoG) consensus. They work in tandem with gaming clients to perform the following tasks:

• Machine Learning Utilization:

Masternodes use built-in ML models to analyze gaming activity, ensuring the data provided by players is legitimate and preventing fraud or manipulation.

• Analyzing the Usefulness of Gaming Activity:

Masternodes validate whether the player actions are legitimate and beneficial to the network.

• Security Enhancement:

By confirming transactions and preventing attacks, masternodes ensure the stable operation of the network.

3. Requirements for Setting Up an ITA Masternode

• Hardware Requirements

Detailed hardware requirements for setting up a masternode are provided in the installation guide.

• Collateral Requirement

Masternodes are rewarded in ITA tokens, which are generated for performing functions on the network. To operate a masternode, a collateral of 500,000 $PAC tokens is required.

$PAC is the token of the primary project team, based on the OctaSpace blockchain.

4. Where to Acquire Tokens for Collateral?

$PAC tokens can be bought or sold on the MEXC exchange.

🔗 https://www.mexc.com/exchange/PACOIN_USDT

5. Additional Conditions

The 500,000 $PAC tokens used as collateral are non-refundable and remain under the management of the team, symbolizing the long-term commitment of the masternode operator to supporting and developing the ITA Blockchain ecosystem.

A portion of $PAC tokens generated from ITA masternode sales will be burned. This mechanism supports a deflationary model, helping manage $PAC token issuance and maintaining its value and stability over time.

ITA Blockchain offers extensive capabilities for deep integration with gaming projects and platforms. This includes adapting reward systems to game mechanics, collecting data on player activities and their systems, and interacting at the driver level to ensure the network’s precision and security.

1. Flexible Reward System

ITA Blockchain supports a dynamic and adaptable reward system tailored for integration with various gaming projects:

• Customizable Rewards

The system allows customization of rewards to suit the unique mechanics of each game, whether it’s PvP battles, cooperative missions, or single-player campaigns.

• Multi-Platform Support

Enables integration with diverse platforms and genres, including PC and mobile devices, broadening the reach to a larger audience.

• Player Activity Analysis

Collects and processes data on player actions to ensure fair reward distribution based on actual activity and achievements.

2. Driver-Level Interaction

To ensure maximum accuracy and transparency, ITA Blockchain utilizes driver-level integration.

This approach enables real-time analysis of player behavior and system status while maintaining minimal resource usage.

• Recognition of Active Games

ITA Blockchain leverages DirectX/OpenGL technologies to identify active gaming applications and monitor their activity.

• User Interaction Analysis

Tracks mouse and keyboard movements to validate player engagement and eliminate bot usage.

• System Data Collection

Gathers information on CPU/GPU/RAM utilization, device temperatures, and other system parameters to enhance the network’s reliability and security.

1. What is Crowdfunding?

Crowdfunding is a voluntary fundraising initiative by the community, enabling collective efforts to achieve a common goal. For ITA Blockchain, our goal is the successful listing of the token on a Tier-2 exchange.

This step will not only strengthen ITA’s market position but also increase its accessibility for all network participants.

2. Why is Crowdfunding Important for ITA?

• Accelerating the Listing Process

Listing on an exchange requires financial resources, including registration fees, marketing activities, and technical integrations. Community support helps cover these expenses and speeds up the process.

• Strengthening the Ecosystem

An exchange listing opens new opportunities for network participants, such as token trading and increased liquidity. It also attracts new users and investors.

• Transparency and Trust

Crowdfunding allows the community to become part of the development process, fostering trust between the project and its participants.

3. How Can You Support ITA?

The ITA Blockchain team is grateful to everyone who contributes to our shared success. Your support not only brings us closer to the listing but also helps secure the future of the ITA ecosystem.

💵 USDT (BEP-20):

0x1018C3408aA76195F2Ff5D7070229D1CB4727f45

💵 ITA (ITA Blockchain):

0x1018C3408aA76195F2Ff5D7070229D1CB4727f45