In countries where internet connectivity and speed is problematic, users face significant challenges that hinder their access to digital resources and online services. Limited infrastructure, high costs, and geographical obstacles often result in slow and unreliable connection.
Grace Connect is addressing this digital divide exacerbates social and economic inequalities, as people struggle to participate fully in the global digital economy and benefit from opportunities seamless internet connectivity could provide.
In countries where internet connectivity and speed is problematic, users face significant challenges that hinder their access to digital resources and online services. Limited infrastructure, high costs, and geographical obstacles often result in slow and unreliable connection.
is addressing this digital divide exacerbates social and economic inequalities, as people struggle to participate fully in the global digital economy and benefit from opportunities seamless internet connectivity could provide.
Grace Connect is an adjustable driver and algorithmical booster for improving quality and speed of traffic deployed on the native blockchain allowing users to earn rewards and rights for validating a transaction, merging blocks by staking coins.
Improved data transmission is in high demand in the corporate segment - that’s crystal clear. Apart from all, with the wide audience growth provided by flawless app integration, user interface simplicity and uninterrupted speed of effectiveness of user’s connection, GRACE CONNECT becomes GRACE’s permanent driver of growth on the native token’s demand.
Together with this permanent demand and limited max supply of generated tokens our token price will grow up to limitless potential price. The supply limit specifies the maximum amount of GRACE token that can be put into circulation, which results in increased value in our economic ecosystem in the long term and creates incentives to reinvest rewards back into the network.Grace Connect makes a sharp risk-return shift, justifying an additional and obvious value for our stakers and token holders. This ensures stability and predictability within the system.
Hybrid Functional app model: Wallet and Speed Booster
Allows users to deploy our booster knob speed up data transmission to enhance the overall user experience.
Allows users to receive rewards for validating a transaction, merging blocks by staking coins. (also rewarded through the growing supply of tokens)
Minimum technical parameters: Without equipment and special knowledge, users can earn income from placing coins on validators. Without smart contracts or searching for DeFi that will offer to users the participation in staking. Initially our blockchain itself allows you to delegate coins, you just need to select a validator node to which you plan to entrust your coins. And directly from the GRACE CONNECT app, carry out the operation of placing coins. You can also place your funds on several nodes.
Increased Decentralisation: The user himself chooses which node or even which nodes to delegate his tokens and in what amounts. All rewards are paid automatically by the system itself and there is no need to wait until they become available.
Seamless integration: When delegating tokens, the blockchain itself takes on all the work. Unlike most currencies, tokens do not need to be physically transferred to the address of any smart contract. Tokens are frozen at the system level and physically remain in your wallet.
Fair rewards: When the validator is rewarded both through fees and by increasing the supply of tokens, a more favourable equilibrium of the economic system is achieved and the interests of all participants in the network are respected.
Low Commissions: When the validator is rewarded both through fees and by increasing the supply of tokens, a more favourable equilibrium of the economic system is achieved and the interests of all participants in the network are respected.
Minimum technical parameters to deploy a node: Hardware requirements: Linux-based OS, 128 GB RAM, 8-core processor, 1 TB SSD.
You can also launch a node without having tokens for staking and attracting other users to delegate their tokens to it.
GRACE Blockchain is the native blockchain of our ecosystem supporting smooth and flawless integration and workflow of the GRACE NET, which is the main engine for the GRACE CONNECT APP supported and economically sustained by native GRACE token. This model provides native blockchain Closed Loop.
Problems:
High transaction fees (gas) on the Ethereum network.
High energy consumption of existing blockchain networks (for example,
Bitcoin, Ethereum).
Low stability and frequent errors in next-generation blockchain systems
(for example, Solana).
Solutions:
Efficiency and sustainability: Using Delegated Proof-of-Stake (DPoS)
consensus instead of energy-intensive Proof-of-Work (PoW).
Low fees: Predictable and low transaction fees based on average network
load.
High level of security: High level of security protocols to protect
against attacks and errors.
Based on DPoS and classic Byzantine Fault Tolerance (BFT) protocols.The consensus is achieved when the verified block figure matches the final associated blocks to synchronise the distributed ledger and prevent errors.
Interaction of nodes via GRACE NET protocol and HyperText Transfer Protocol (HTTP).
Hardware requirements: Linux-based OS, 128 GB RAM, 8-core processor, 1 TB SSD.
Transparency and efficiency: A new democratic voting system in which block producers are elected. Since the DPoS system is supported by voters, delegates are incentivized to act honestly and efficiently in order to be voted for in the future. A smart contract is not used for delegation and the entire mechanism is written in the code of the blockchain itself.
Energy efficiency of algorithmic delegation: In the algorithmic implementation, incomparably few resources are spent since the delegation code is part of the general mechanism of GRACE blockchain and is performed almost unnoticed along with ordinary token transfer operations.
Trust: Those who put their assets at stake will be interested in ensuring the security of the network by working honestly. This is because if someone tries to hack the network or process malicious transactions, users will lose their entire stake before the next block is created.
Security: As a fully algorithmic model, the security of GRACE relies on several algorithms. Cryptographic algorithms form the frontline security layer. These algorithms are accountable for generating unique keys and signatures for the nodes and messages respectively.
Faster transactions: GRACE blockchain in most cases, provides better performance in terms of transactions per second.
The development of various AI solutions creates an additional demand for GRACE’s data optimisation,processing and transmission services. Grace offers an exclusive solution which has no competitors with leading performance indicators and allows you to significantly increase data transfer speeds, which is confirmed by tests and trial results.
AI and Services for AI
The importance of the real-time solutions in artificial intelligence will
permanently grow.
Markets related or served by AI are growing.
We serve AI.
Inclusiveness within GRACE Ecosystem
Creation of GRACE Blockchain bridges and cross-products with other established
players and blockchains, AR and GameFi, as well as active
development of the community and financial models.
Future Development
The plan is to activate advanced machine learning models on nodes, enhance the
network's functionalities, and enable the creation of AR-based games and
applications.
Security
AI plays a crucial role in GRACE’s security measures. The machine learning
algorithms are used to detect and mark malicious activities within the network.
Consensus Mechanism GRACE employs a hybrid consensus mechanism that incorporates DPoS principles. Algorithmic models are used to improve security and efficiency, challenging the drawbacks of competitor blockchains.
Machine Learning The implementation of machine learning models on network nodes is a significant part of GRACE’s development. This includes screening and testing machine learning for malicious activity detection.