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One Existence is promoted by Azad arnaud Who is son of Daz Dillinger
Empowering communties with our the new equity blockchain.
The platform helps investors to make easy to purchase and sell their tokens.
One Existence is a 3D-printing startup company that utilizes recycled plastic to build affordable housing. Our OneX token is used to fund our 3D-printed home construction initiative, and our profit-sharing program allows shareholders to share in the profits generated.
Investors in OneX benefit from the potential appreciation of the token’s value as the demand for our 3D-printed homes increases. The token also provides a way for investors to participate in the growth of our company and earn a share of the profits.
One Existence stands out for its use of recycled plastic and 3D printing technology to construct affordable housing. Our company is committed to social and environmental responsibility, and our profit-sharing program ensures that shareholders are acknowledged and appreciated for their contributions to our success.
The OneX token can be securely bought, stored, and traded on popular platforms such as PancakeSwap and Trust Wallet. Our integration with these platforms makes it easier for investors to manage their holdings and participate in the growth of our company.
Why Choose Our Token
Profit-sharing: - OneX Token allows you to share in profits generated by our 3D-printed home construction initiative
Environmental sustainability:- Our 3D-printed homes are built using recycled plastic, supporting a company that prioritizes environmental responsibility
Affordable housing:- OneX Token supports a company that's making affordable housing a reality for everyone
Crypto innovation:- OneX Token is at the forefront of the intersection of housing and cryptocurrency, changing the future of both industries.
ICO Token Details
Our One Existence token on the Binance Coin blockchain allows fractional ownership, improves liquidity and transparency in real estate transactions, and performs reflections, burns, and reserves with 5% reflection. It has a fixed supply of 1,000,000,000,000 and offers investors a chance to profit from our 3D-printed home construction initiative.
Our Technology
We use the most popular technology to securely buy, store & trade crypto
Innovative Tools for Advanced Trading server: - One Existence's Collaboration with PancakeSwap will Lead the Way
Greater Liquidity, More Opportunities: - How PancakeSwap Boosts One Existence's Crypto Trading Volume
Safer Transactions: - How PancakeSwap Enhances One Existence's Security Measures
Lower Fees, Bigger Savings: - One Existence and PancakeSwap Offer Competitive Trading Costs
The CashTokens CHIP proposes two, low-level token primitives: fungible and non-fungible tokens. Together, they enable decentralized applications comparable to global-state contracting (e.g. Ethereum), while retaining Bitcoin Cash's >1000x efficiency advantage in transaction and block validation.
The CashTokens proposal builds on the ideas behind PMv3. By "factoring out" these two common primitives, we can achieve many of PMv3's benefits – with more efficient contracts and backwards-compatibility for wallet software. CashTokens can be deployed in a typical protocol upgrade, requiring only full nodes to support the new virtual machine (VM) operations.
In the past, I've been hesitant to endorse efforts to create a "universal" token standard for Bitcoin Cash – I was concerned that any such standard would be "designing in the dark", and would need to be proven out in real-world use cases prior to standardization.
The core of this concern is that tokens must logically interoperate with the Bitcoin Cash VM. An upgrade that implements some colored coin behavior into the base protocol (e.g. OP_CHECKCOLORVERIFY, OP_GROUP, Unforgeable Groups, Confidential Assets) would be valuable for many use cases (chain-tracked equities, bearer bonds, pegged assets, etc.), but if such an upgrade were later found to be incompatible with large classes of BCH contract applications, the ecosystem could be forever stuck implementing expensive workarounds.
However, after a review of many potential contract constructions, there are two VM-compatible primitives which allow any "token standard" to be constructed: fungible and non-fungible CashTokens. Since these primitives are a logical extension of the existing VM design, they ensure that any larger standards developed using these primitives are interoperable with BCH contracts.
Primitives, Not Standards
While fungible tokens and non-fungible tokens are broad terms in other cryptocurrency systems, they have precise, minimal definitions in the CashTokens proposal. These basic "building blocks" can be used to develop larger standards (akin to ERC20, ERC23, ERC223, ERC721, ERC777, ERC1155, ERC1400, ERC1404, etc. in the Ethereum ecosystem).
In the CashTokens proposal, tokens are a new type of asset which can be created and used on Bitcoin Cash. They can be issued by an entity (a person, company, etc.) or a decentralized application (i.e. covenant).
Like Bitcoin Cash, tokens cannot be counterfeited. Tokens can be held by any contract, wallets can easily verify the authenticity of a token or group of tokens, and tokens cannot be inadvertently destroyed by non-token-aware wallet software (a risk for SLPv1 tokens).
Fungible Tokens
Fungible tokens are "tokens" as most commonly understood – they have a total supply and each unit is undifferentiated from each other unit. Multiple groups of fungible tokens can be merged into a single group in a transaction, and that group can again be divided into multiple smaller groups of tokens.
Fungible tokens are the basic building block behind most exchangeable assets: stocks, bonds, options, pegged assets (other assets or currencies issued on Bitcoin Cash), general-admission tickets, loyalty points, etc.
Beyond representing off-chain assets, fungible tokens are critical for covenant applications to represent on-chain assets – e.g. voting shares, utility tokens, collateralized loans, prediction market options, etc. – and to implement complex coordination tasks – e.g. liquidity-pooling, auctions, voting, sidechain withdrawals, spin-offs, mergers, and more.
In contrast, non-fungible tokens are unique units which cannot be merged or divided. In the CashTokens CHIP, they are authenticated messages belonging to a token category – a domain of tokens issued by a particular entity or covenant.
Non-fungible tokens allow contracts to attest to some message, a commitment, in an impersonation-proof way: other contracts can safely read and act on the commitment, certain that it was produced by the claimed contract. This primitive enables covenants to design public interfaces, paths of operation intended for other contracts – even contracts which are designed and deployed separately.
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