Laika AI
Search Icon
Laika LogoLAIKA AI
Polymesh

Polymesh

polyx

Loading...

...%
website
twitter
discord
Polymesh is a specialized public permissioned blockchain meticulously engineered for regulated assets, addressing the unique demands of capital markets. As an L1 Smart Contract Platform, Polymesh serv...Read More

Market Cap

Loading...

24h Trading Vol

Loading...

All Time High

Loading...

All Time Low

Loading...

Total Supply

Loading...

Max Supply

Loading...

Circulating Supply

Loading...

Categories

Smart Contract Platform

Chains

N/A

Contracts

Chain Icon

Where to Buy:

1/3
Binance
BYDFi
BitMart
Tapbit
Phemex
Bittime
Gate
Pionex
BingX
Nami Exchange

FAQs

What is Polymesh and how does it work?

Polymesh is a public permissioned blockchain purpose-built for regulated assets, serving as an L1 Smart Contract Platform and RWA Protocol. It functions by bringing Real World Assets (RWAs) like equity and debt on-chain, providing enhanced efficiency, transparency, and liquidity. Unlike general-purpose blockchains, Polymesh natively incorporates crucial functionalities such as governance, identity, compliance, confidentiality, and settlement at the protocol layer, simplifying regulatory adherence. This specialized design ensures a secure and compliant infrastructure for the issuance, management, and transfer of digital assets, making it ideal for financial institutions and regulated markets.

What are the main use cases for POLYX token?

The POLYX token is Polymesh's native utility token, essential for the network's operation and ecosystem participation. Its primary use cases include paying for transaction fees across the Polymesh blockchain, ensuring network activity and resource allocation. POLYX is also crucial for crypto staking, where holders can bond their tokens to node operators under the Nominated Proof-of-Stake (NPoS) consensus mechanism to secure the chain and earn rewards. Furthermore, POLYX can be used to signal support in Polymesh's on-chain governance, allowing token holders to influence the future direction and development of the platform.

What technology powers Polymesh?

Polymesh is powered by a public permissioned blockchain architecture, specifically designed as a Layer 1 solution. It utilizes a robust Nominated Proof-of-Stake (NPoS) consensus mechanism, which ensures network security and efficiency by incentivizing node operators and stakers with POLYX rewards. A key technological differentiator is its native integration of five critical pillars: governance, identity, compliance, confidentiality, and settlement, embedded directly at the protocol level. This eliminates the need for complex, external smart contracts for regulatory functionality, allowing for streamlined and automated compliance within the digital asset space.

How does Polymesh's consensus mechanism ensure security and compliance for regulated assets?

Polymesh's Nominated Proof-of-Stake requires node operators to be licensed financial institutions (e.g., Paysafe), creating a permissioned validator set with real-world accountability. The three-layer consensus—operator selection via stake-weighted voting, randomized block production (BABE), and chain-level finality (GRANDPA)—ensures sub-second finality while slashing mechanisms punish malicious actors. This architecture provides regulatory certainty absent in permissionless chains, as all validators undergo rigorous on-chain governance approval before participating in block validation.

What distinguishes POLYX tokenomics from typical utility tokens?

POLYX incorporates institutional economic safeguards: 1) Controlled emissions capped at 140M tokens/year post-1B supply, preventing infinite inflation; 2) Dynamic staking rewards targeting 70% network participation to balance security/liquidity; 3) Zero transaction fees diverted to treasury—100% goes to node operators; 4) Mandatory token usage for compliance actions (KYC/CDD) beyond basic transactions. This structure aligns with securities regulations while ensuring long-term network sustainability.

Can Polymesh support private securities transactions?

Yes, through Polymesh Private—a dedicated permissioned deployment option launched in 2024. It enables confidential transactions using zero-knowledge proofs while maintaining interoperability with the public chain. Financial institutions retain control over data visibility, with optional selective disclosure for auditors. This accommodates private securities trading, confidential M&A activities, and proprietary trading strategies without public ledger exposure.

How does Polymesh's upgrade process avoid smart contract incompatibility?

The v5.2 upgrade introduced runtime API wrappers allowing smart contracts to interact with an abstraction layer rather than core protocol directly. This 'upgradable proxy' architecture enables backward compatibility during chain updates. Additionally, all contracts are deployed through identity-bound accounts, allowing coordinated migrations. These features prevent the 'deployment freezing' common in DeFi during upgrades while maintaining security through identity-based access controls.

What institutional safeguards exist against protocol governance risks?

Polymesh implements a dual-governance buffer: 1) POLYX holder signaling through Polymesh Improvement Proposals (non-binding); 2) Governing Council veto power over implementations. Council members are known entities subject to strict eligibility requirements. This prevents contentious hard forks and ensures roadmap alignment with institutional users. Additionally, the $10M Ecosystem Development Fund prioritizes integrations with regulated entities like transfer agents and broker-dealers, creating natural compliance pressure.

Ask Laika Anything about the coin