What Is ARPA Chain (ARPA)?

What Is ARPA Chain (ARPA)? Complete Guide Review About ARPA Chain.

What Is ARPA Chain (ARPA)?

ARPA Chain propose a blockchain-based secure computation network of Multi-party Computation (MPC). ARPA cryptographically enables private smart contract, unprecedented data-at-use privacy protection, as well as scalable computational sharding. Financial institutions can search shared blacklists or perform joint risk analysis for borrowers without disclosing each party’s private information.

That’s why at Polkastarter they first began creating fixed swap pools tailored for the Polkadot blockchain. Fixed swap pools provide a more fair token distribution mechanism while still remaining decentralized. Putting them on a next-generation interoperable blockchain like Polkadot means that the transaction fees for performing decentralized swaps is much more efficient for the user.

ARPA Chain Storage Key Points

Coin BasicInformation
Coin NameARPA Chain
Short NameARPA
Circulating Supply1.24B ARPA
Total Supply1,500,000,000
Source CodeClick Here To View Source Code
ExplorersClick Here To View Explorers
Twitter PageClick Here To Visit Twitter Group
WhitepaperClick Here To View
Support24/7
Official Project WebsiteClick Here To Visit Project Website

Precision Ads Display

ARPA Chain Advertisers can display ads to target customers for relevant products based on massive user behavior tags, without breaching user privacy. Financial calculation agent can run risk analytics on client’s encrypted data. Client’s data is 100% invisible to agent.

Having a large number of token holders, distributed geographically and demographically, is a key advantage to have as a token project. Many centralised exchanges will look at the amount and location of token holders as key indicators of whether or not to list a project. Fixed token swap pools can help to ensure that more investors are able to get in on an investment opportunity.

Profiling Engine

Secure data matching of identities across multiple industries and organizations for well-rounded user profile. Users manage all personal sensitive data, define data policy and conveniently authorize to service providers in encrypted form. Users can ‘rent out’ data to advertiser for product preference analysis, free of personal data leakage.

At Polkastarter, ARPA Chain firmly believe that funds raised belong to the project. Alternatively, interested token holders should be given every opportunity to acquire tokens they desire at a reasonable price without having to “ape” into them.

Privacy & Security

ARPA Chain allows a set of parties to jointly compute a function over their inputs while keeping them private. The correctness of computation is verifiable even under majority malicious condition. Furthermore, projects that pursue the IDO model with fixed swap pools can set additional parameters to gain more control over their fundraising, like controlling the maximum investment per user or the number of investors allowed in the pool.

Soft caps and hard caps can be hard coded into the smart contract. Many elements can be crafted to make sure that the new set of token holders is taken care of as equitably and transparently as possible.

Flexibility & Compatibility

ARPA Chain is flexible, easy-to-use, and compatible with existing blockchains such as Ethereum and EOS. Let’s rethink blockchain for the real world Privacy-preserving smart contracts at scale and data renting. By ensuring a fixed exchange rate, investors as well know exactly how much they are paying for and how much they are getting.

That allows smart investors to accurately calculate their cost basis in order to make better informed investment decisions in the future. This is completely different to the IDO model where the amount of tokens sold varies greatly alongside price volatility.

Scalability & Efficiency

ARPA Chain Lightning fast performance for mass adoption via verifiable computation. Off-chain computation network capable of industrial-level computation and storage. Secure Multi-party Computation (MPC) allows a set of parties to jointly compute a function over their inputs while keeping them private. The correctness of computation is verifiable even under majority malicious condition using secret sharing and information theoretic Message Authentication Code (MAC).