🔹Technical Architecture

Introduction

A cutting-edge cryptocurrency platform IMMT is designed with a robust technical architecture and advanced security mechanisms. In this era of digital finance, IMMT stands out as a secure and innovative solution, providing investors with a seamless trading experience and peace of mind.

IMMT's technical architecture has been meticulously designed to ensure the integrity and reliability of the platform. It leverages state-of-the-art technologies and industry best practices to deliver a high-performance and scalable system that can accommodate a growing user base and evolving market demands.

One of the key security features of IMMT is its multisignature mechanism. By implementing a multisig approach, IMMT enhances the security of user transactions and mitigates the risk of unauthorized access or fraudulent activities. This mechanism requires multiple cryptographic signatures to authorize transactions, ensuring that no single entity has complete control over funds. The multisignature functionality adds an extra layer of protection and builds trust among users.

In addition to multisignature, IMMT incorporates a robust timelock mechanism. This feature introduces a time-based delay in transaction execution, adding an additional security layer against potential threats. With timelock, transactions are subject to a predetermined waiting period, during which they can be reviewed and verified before being finalized. This mechanism provides an opportunity to detect and prevent any suspicious or unauthorized activities, reinforcing the overall security posture of IMMT.

Security is of paramount importance at IMMT, and various measures are in place to ensure the protection of user assets and sensitive information. The platform employs strong encryption algorithms to safeguard data during transmission and storage. Additionally, secure infrastructure practices, such as regular security audits, penetration testing, and robust access controls, are implemented to fortify the platform against potential vulnerabilities and attacks.

IMMT is committed to continual security enhancement, actively monitoring the evolving threat landscape and incorporating the latest security practices and technologies. This includes staying up-to-date with industry standards, promptly addressing any identified vulnerabilities, and regularly updating security protocols and mechanisms to provide users with a safe and reliable trading environment.

In summary, IMMT's technical architecture and security mechanisms set the foundation for a secure and trusted cryptocurrency platform. By combining multisignature and timelock mechanisms with stringent security practices, IMMT ensures the protection of user assets, confidentiality of data, and integrity of transactions. Embracing innovation and prioritizing security, IMMT aims to provide investors with a seamless and secure experience in the world of digital finance.

Multisignature Mechanism

The multisignature (multisig) mechanism of IMMT is designed to enhance security and control over critical operations within the platform. Here is a description of the multisig mechanism specific to IMMT:

Role of Multisig:

IMMT utilizes a multisig approach to require multiple authorized parties to sign off on important transactions and actions.

The purpose is to prevent unauthorized access, reduce the risk of single points of failure, and enhance overall security.

Number of Required Signatures:

IMMT implements a specific number of required signatures for different types of transactions or actions.

The exact number of signatures may vary based on the sensitivity and criticality of the operation.

Designated Signatories:

IMMT identifies and designates specific signatories who have the authority to provide the required signatures.

These signatories are typically key individuals or entities with a high level of trust and responsibility within the IMMT ecosystem.

Approval Process:

When a transaction or action requires multisig approval, the designated signatories must independently review and approve the operation.

Each signatory is required to sign the transaction using their private key or authorized credentials.

Verification and Consensus:

The multisig system validates and verifies the signatures provided by the designated signatories.

Consensus is reached when the required number of valid signatures is obtained, ensuring the transaction's integrity.

Transaction Execution:

Once the required number of signatures is obtained, the transaction or action is executed on the IMMT platform.

This ensures that critical operations are authorized by multiple trusted parties, adding an additional layer of security and accountability.

Use Cases:

Examples of operations that may require multisig approval within IMMT include large fund transfers, protocol upgrades, changes to smart contracts, or significant changes to platform parameters.

Security and Control:

The multisig mechanism enhances security by preventing unauthorized access and reducing the risk of malicious actions.

It also provides increased control over critical operations, ensuring that they are approved and executed by multiple trusted parties.

It's important to note that the specific implementation details of the multisignature mechanism may vary based on the technical architecture and design choices made by IMMT.

Timelock Mechanism

The timelock mechanism in IMMT provides an added layer of security and control by introducing a delay before executing certain actions or transactions. Here's an overview of the timelock mechanism specific to IMMT:

Purpose of Timelock:

The timelock mechanism is designed to introduce a delay or waiting period before specific operations can be executed on the IMMT platform.

It acts as a safeguard against malicious or accidental actions, allowing for a window of time during which potential issues can be identified and mitigated.

Types of Actions:

IMMT implements the timelock mechanism for critical actions that have a significant impact on the platform or user funds.

These actions may include protocol upgrades, contract deployments, fund transfers, parameter changes, or other sensitive operations.

Timelock Period:

IMMT specifies a predetermined period of time for which the timelock is set before the execution of the intended action.

The duration of the timelock period is determined based on the complexity and potential risks associated with the specific action.

Timelock Activation:

Once an action is initiated or proposed, it is subject to the timelock period.

During this period, the action is visible to the relevant stakeholders and the IMMT community, allowing for scrutiny and review.

Confirmation and Consensus:

During the timelock period, stakeholders and the community have an opportunity to review and evaluate the proposed action.

Consensus is reached through community engagement, voting, or other agreed-upon governance mechanisms.

Timelock Expiry and Execution:

After the timelock period elapses and consensus is reached, the action is executed automatically by the system.

This ensures that sufficient time has passed for the community to assess the action and provide feedback or raise concerns.

Benefits of Timelock:

·The timelock mechanism provides additional security by allowing stakeholders to review and assess critical actions before they are executed.

It allows for transparency and accountability, giving the community a voice in the decision-making process.

The timelock mechanism helps prevent rushed or unauthorized changes, reducing the risk of irreversible actions or malicious activities.

Use Cases:

Examples of actions that may be subject to the timelock mechanism in IMMT include protocol upgrades, major contract deployments, significant changes to platform parameters, or fund transfers above a certain threshold.

It's important to note that the specific implementation details of the timelock mechanism may vary based on the technical architecture and design choices made by IMMT.

Integration of Multisig and Timelock mechanisms

The integration of multisig and timelock mechanisms in IMMT provides enhanced security and control over critical operations and transactions. Here's how the multisig and timelock mechanisms work together in IMMT:

Multisig Implementation:

IMMT utilizes a multisignature (multisig) scheme to require multiple authorized parties to approve and sign off on transactions or actions.

The multisig setup typically involves a predetermined number of key holders, each possessing a unique private key.

Multisig Authorization:

Before executing sensitive operations, such as protocol upgrades or fund transfers, the multisig mechanism requires a predefined number of key holders to provide their signatures.

The required number of signatures can be set based on the security and governance policies of IMMT.

Timelock Integration:

In conjunction with the multisig mechanism, IMMT incorporates the timelock feature to introduce a delay before executing approved transactions or actions.

Once the required number of signatures is obtained, the action is placed in a timelock state.

Timelock Period and Activation:

During the timelock period, the action is visible to the authorized parties and the IMMT community for review and validation.

The duration of the timelock period allows stakeholders to assess the proposed action and raise any concerns or objections if necessary.

Consensus and Execution:

While the action is in the timelock state, consensus is sought through community engagement, voting, or other governance mechanisms.

If consensus is reached and the timelock period elapses, the action is automatically executed, given that the required number of signatures has been obtained.

Enhanced Security and Control:

The integration of multisig and timelock mechanisms adds an extra layer of security and control to IMMT's operations.

Multisig ensures that critical actions require the approval of multiple authorized parties, preventing a single point of failure or unauthorized actions.

Timelock provides a window of time for stakeholders to assess and validate the proposed actions, mitigating the risk of hasty or malicious changes.

Use Cases:

The integration of multisig and timelock can be applied to various scenarios, including protocol upgrades, fund transfers, changes to platform parameters, or any other actions that require multiple approvals and a waiting period for validation.

The specific implementation details and configurations of the multisig and timelock integration may vary based on the technical architecture and governance framework established by IMMT.

Technical Implementation

The technical implementation of IMMT can involve a combination of various technologies and protocols to ensure the security, efficiency, and functionality of the platform. Here are some key components that can be part of the technical implementation of IMMT:

Blockchain Technology:

IMMT can be built on a blockchain platform such as Ethereum, Binance Smart Chain, or another suitable blockchain infrastructure.

The blockchain provides a decentralized and transparent ledger for recording transactions, token transfers, and smart contract execution.

Smart Contracts:

Smart contracts play a vital role in IMMT's functionality, enabling the automation and execution of various operations and business logic.

Smart contracts can be written in Solidity (for Ethereum) or other programming languages compatible with the chosen blockchain platform.

Token Standard:

IMMT can adhere to a token standard such as ERC-20 (for Ethereum) or BEP-20 (for Binance Smart Chain) to ensure compatibility and interoperability with existing wallets, exchanges, and dApps.

The token standard defines the structure and functionality of the IMMT tokens, including transferability, ownership, and additional features.

Multisig Wallets:

IMMT can utilize multisignature (multisig) wallets for enhanced security and control over token transfers and other critical operations.

Multisig wallets require multiple signatures from authorized parties to approve and execute transactions, reducing the risk of unauthorized access or fraudulent activities.

Timelock Mechanism:

IMMT can incorporate a timelock mechanism to introduce a delay before executing certain operations or changes, allowing stakeholders to review and validate proposed actions.

The timelock period can be implemented through smart contracts and can involve consensus mechanisms or community voting to ensure transparency and governance.

Integration with Decentralized Exchanges (DEXs):

IMMT can integrate with decentralized exchanges, enabling users to trade IMMT tokens directly on the blockchain.

Integration with DEXs provides liquidity and accessibility for IMMT tokens, allowing users to buy, sell, and swap tokens without relying on centralized exchanges.

Security Measures:

IMMT should implement robust security measures to protect user assets and data, including secure key management, encryption, and adherence to best practices in cybersecurity.

Regular security audits and assessments should be conducted to identify and mitigate potential vulnerabilities or risks.

Scalability Considerations:

As IMMT aims to accommodate a large user base and handle a high volume of transactions, scalability solutions such as layer 2 protocols (e.g., Ethereum's Optimistic Rollups) or sidechains can be explored to enhance throughput and reduce transaction costs.

User Interfaces (UI) and User Experience (UX):

IMMT should provide user-friendly interfaces, both web-based and mobile applications, to facilitate user interactions, wallet management, token transfers, and access to platform features.

The UI/UX design should prioritize usability, security, and intuitive navigation to ensure a seamless and engaging experience for users.

It's important to note that the technical implementation of IMMT may require collaboration with experienced blockchain developers, security experts, and auditors to ensure a robust and secure platform. Additionally, the specific technical choices and configurations may vary based on the unique requirements and objectives of IMMT.

IMMT's Technical AI Innovations

Algorithmic trading and agents have become powerful tools for a select group of investors, enabling them to achieve significant wealth through cutting-edge solutions. However, the majority of general investors desire to leverage algorithmic trading but face high barriers to entry, resulting in a lag in their investment experiences with these technologies. In the era of AI and big data, the benefits of financial information and systems are predominantly enjoyed by a small number of individuals.

A 2020 study by JP Morgan revealed that over 60% of transactions exceeding $10 million (approximately 12 billion KRW) utilized algorithmic trading. Companies have long recognized the advantages and have extensively employed algorithmic trading, with approximately 80% of all exchange transactions in the USA already employing such methods. Remarkably, these advanced technologies and systems cater to only a select few individuals and large corporations, leaving the majority of users without access.

However, demanding advanced technologies for all users may be impractical. Instead, there is a need for a guide and messenger capable of customizing and setting up an investment environment specifically tailored to each individual.

The traditional robo-advisor investment model has remained limited to quantitative analysis based on existing financial theories. These models focus on asset distribution and oversimplify the complex patterns of cryptocurrency transactions, resulting in functions that merely follow market trends through repetitive buying and selling. While robo-advisors garnered significant attention in the past, they have lost traction among investors today.

The AI of IMMT differs significantly from previous AI or program-based trading concepts. It leverages all accessible information, including years of accumulated data and coin prices from exchanges, to uncover complex patterns that are beyond human detection.

The AI algorithm of IMMT is the result of Deep Learning (DL) technology, which extracts valid data after collecting extensive cryptocurrency transaction data and undergoing rigorous preprocessing procedures. The AI algorithm is then applied to the AI character obtained by users through the assigned weighted values. The AI character, tailored to the user through the collection and learning of My Data, provides customized information and financial services. This enables users to access safer and more convenient experiences, obtaining financial predictions ahead of others, as well as graphs, values, and AI opinions through data science.

IMMT serves as a unique trading tool and assistant, empowering users to enhance their investment environment through the broad range of agent functions performed by the AI character.

IMMT AI assistant (character)

The Deep Learning (DL) AI character introduced by IMMT is an AI technology designed to assist users with their financial activities. IMMT has developed an investment algorithm with a high level of accuracy through Deep Learning (DL) using cryptocurrency transaction data from the period of 2014 to 2021. This investment algorithm is applied to the AI character, providing support to users in achieving their investment goals through advanced technology. By engaging in growth and strengthening activities, the performance and range of services offered by the AI algorithm can be expanded. With an AI character equipped with a broader range of services and increased accuracy, users can achieve meaningful results in reaching their investment goals. Through continuous strengthening and collection of AI characters, users will have the ability to create their own investment portfolios.

What technology will IMMT utilize to accelerate its AI Character models?

IMMT will leverage NVIDIA's deep learning technology to accelerate its machine learning models. Harnessing NVIDIA's RAPIDS™ suite of open-source libraries, IMMT will enable GPU acceleration using Python in the development process of its machine learning models.

Additionally, frameworks such as TensorFlow, Keras, or PyTorch will be utilized to configure the framework for GPUs, ensuring efficient deep learning model development. This approach will accelerate data preparation tasks and ETL (Extract, Transform, Load) functions using NVIDIA A100 GPUs and NVTabular.

Moreover, IMMT will utilize high-performance PyTorch and NVIDIA's HPC hardware for daily model updates and fine-tuning using real-time big data. This will involve continuous cross-validation and validation of model accuracy through statistical p-values. The training of state-of-the-art NLP deep learning model BERT will be conducted using 10GB of raw text data from cryptocurrency-related news and 500GB of raw text data from cryptocurrency-related communities.

IMMT's self-trained CryptoBERT is expected to outperform vocabulary-based language models and existing models like SK Telecom's KoBERT. Additionally, real-time cryptocurrency-related news and online community data will be scraped from the web for sentiment analysis, with the results analyzed using CryptoBERT. This will enable IMMT to make informed decisions based on sentiment values derived from the analysis.

Character and Design

The external appearances of AI characters are similar within each series, but as new series are added, the diversity of AI characters increases. However, the number of AI character types is limited, and the initial distribution of AI characters is based on a random number format. Sometimes, specific characters can be very rare.

Even if you don't get the desired AI character, there's no need to be disappointed because you can collect new AI characters by purchasing them in the market.

Furthermore, through collection and improvement, you can enhance the value, performance, and specifications of your AI character, even if it's not the exact one you initially wanted.

You can also obtain new AI characters through compounding existing AI characters. This process offers a probability of obtaining AI characters with improved performance and higher ratings when compounding AI characters of the same rating.

However, it's important to note that AI algorithms cannot make perfect decisions, despite being developed with vast data and advanced technological capabilities. AI characters only serve as assistants to users in trading. They sincerely fulfill functions such as product recommendation, product analysis, assessment of investment risks, and news analysis to facilitate safer trading. Ultimately, the decision-making responsibility lies with the investor, as high levels of technology do not guarantee high profitability.

Acquisition of AI

Users can encounter their first AI character by joining the platform as members. AI characters are generated with different characteristics at a prescribed probability to assist the user. To obtain additional AI characters, users can utilize methods such as purchasing them through staking, participating in Airdrops, or using tokens. Whenever a user obtains an AI character Box, they can open it to reveal a new AI character, creating an experience similar to opening a fortune box. Subsequently, AI characters can be transacted and sold in various formats.

Ways to obtain AI characters include:

• Purchasing boxes with IMMT tokens.

• Participating in event drops.

• Receiving rare drops through missions or unspecified means.

• Engaging in user-to-user transactions in the marketplace or exchange.

As per the IMMT roadmap, AI characters will be continuously and regularly distributed as needed. Users who wish to obtain AI characters need to follow the presented route. When IMMT tokens are deposited, the boxes will be paid out in the order of the deposits made. Upon opening the box, users will obtain one of numerous AI character formats. Users can generate new wealth by linking AI characters to their accounts or by selling AI characters in the future marketplace.

Users are welcome to make multiple deposits in order to obtain the desired AI character. However, it's important to note that the number of AI characters scheduled for the initial distribution is limited. If users wish to acquire more AI characters beyond the initial distribution, they will need to wait for subsequent distributions, which will follow the same format and have limited quantities available. Additionally, active participation in various events is encouraged, as it provides an opportunity to obtain AI characters

Unlocking the Power of AI Characters in Investment: Enhancing User Experience and Engagement

The AI character provides joy and immersion, connecting users with various communities. Users who own an AI character can adventure through the World of Trader with their AI character, much like in a game. Various gamification elements that can be enjoyed with the AI character are intuitive and linked to the investor's activities.

Similar to characters and items in well-known RPG games, AI characters have different functions and ranks. In the process of enhancing the design of AI characters, users will feel a greater sense of familiarity with them. As users apply various items to their AI characters and customize them, the performance, functionality, and aesthetic elements will be enriched.

Sometimes, synthesizing multiple AI characters is a way to enjoy one's luck. Combining two or more AI characters into one is akin to burning coins, and users can expect improvements in the remaining AI character's abilities. The degree of upgrade through AI character synthesis depends on the level, quantity, and a bit of luck involved in the consumed AI characters.

AI characters can discover and connect users with events that they may have not unearthed. They can alert users to advertising events, drops, contests, and virtual conferences where participants receive gifts.

Users will gain an ever-present companion in their long investment journey. AI characters can respond to chats, perform searches or investigations on behalf of the user, and execute instructions for embedded features. Users will experience the joy of nurturing their AI characters, similar to RPG games.

Earning Capacity through AI Character

AI characters not only provide the joy of growth but also create opportunities for additional profits. These opportunities extend beyond the IMMT platform and encompass financial and investment services in the online realm. The AI character takes the initiative to notify and guide the user towards investment information that can be beneficial.

It is important to note that the more an AI character is nurtured, the higher its market price can be when sold. Skillfully nurturing multiple AI characters becomes an enticing investment opportunity in its own right. This holds particularly true for AI characters with rare designs, high rankings, and distinctive functions. These exceptional AI characters hold significant value in the market.