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<p class="feature-paragraph"> Resources focused on both current and future Polygon technologies. It features detailed guides, foundational concepts, and previews of upcoming innovations. </p>
<p class="feature-paragraph"> This segment aims to educate users about the intricacies of ZK-powered L2s on Ethereum, offering a blend of theoretical understanding and practical application.</p>
<p class="feature-paragraph">A vision for a unified web of ZK-powered L2s on Ethereum, built using Polygon technology. Unlimited scale, unified liquidity, and blockspace on demand.</p>
<p class="feature-paragraph">The Polygon protocol that’s best for you. A guide and decision matrix.</p>
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<p class="feature-paragraph">The Polygon protocol that’s best for you. A guide and decision matrix designed to empower users to navigate the evolving world of decentralization.</p>
For a deep dive into the proposed architecture of Polygon 2.0, please read the blog post [here](https://polygon.technology/blog/polygon-2-0-protocol-vision-and-architecture). More details will be forthcoming and added to this section in the coming months.
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For a deep dive into the proposed architecture of Polygon 2.0, please read the blog post [here](https://polygon.technology/blog/polygon-2-0-protocol-vision-and-architecture). More details will be forthcoming and added to this section in the coming months.
The Polygon Knowledge Layer consists of two parts. Firstly, documents that developers need in order to build with Polygon protocols. Secondly, resources necessary for learning about Polygon technologies.
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The Learn section outlines scaling technologies, both live and in-development Polygon protocols, with the intention to display how they will all fit together.
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As these scaling technologies go live, details of the concepts will in tandem be documented and published.
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This section gives you a peek into the future, the Polygon 2.0 vision which is community-driven.
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## Polygon 2.0: The basics
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Polygon technologies will help developers build in an elastically scalable and unified ecosystem of ZK-powered Layer 2s on Ethereum, where users can create, program and exchange value.
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The Polygon 2.0 vision is a unified multichain ecosystem. A web of interoperable ZK-powered Ethereum L2s, with near-instant and atomic L2 <> L2 transactions, and designed to empower developers to build without limitations. Developers will choose to build dApps, design and launch dedicated application-specific L2 chains, or migrate existing EVM Layer 1 chains to become an L2.
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The endgame of Polygon 2.0 is for developers to build in an environment that feels and functions more like the internet. This means a blockchain ecosystem that can scale without limit, seamlessly unified, and backed by the decentralization and security of Ethereum.
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### Zero-knowledge is the key
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Fundamentally, building this web of ZK-powered L2s comes down to one challenge: trustless, off-chain computation. In order to scale Ethereum, one needs to preserve Ethereum’s execution logic while making it more efficient.
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The best way to accomplish this goal is through zero-knowledge cryptography as it is capable of providing verifiable proofs that attest to the integrity of off-chain computations. Otherwise, scaling technologies often have to add additional social-economic mechanisms to mediate off-chain computations. The consequence of which is delayed settlement of transactions.
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Polygon 2.0 applies the open source, zero-knowledge scaling technology developed at Polygon Labs, and this will allow Ethereum to scale to the limits of the internet.
<p class="hero-subtext">The Polygon Knowledge Layer consists of two parts. Firstly, tech docs that developers need in order to build with Polygon protocols. Secondly, resources necessary for learning about Polygon technologies.</p>
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<pclass="hero-subtext">This section gives you a peek into the future, the Polygon 2.0 vision which is community-driven.
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</p>
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</div>
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</div>
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<divclass="grid-container">
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<divclass="grid-item">
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<a href="./liquidity-and-scalability">
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<div class="product-list-item-header">
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<div class="feature-card-heading">Liquidity and scalability</div>
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</div>
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<p class="feature-paragraph">ZK-powered L2s to unify liquidity across ecosystem and scale on demand.</p>
The Polygon Knowledge Layer consists of two parts. Firstly, documents that developers need in order to build with Polygon protocols. Secondly, resources necessary for learning about Polygon technologies.
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The Learn section gives you a peek into the future, the Polygon 2.0 vision which is community-driven.
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## Polygon 2.0: The basics
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Polygon technologies will help developers build in an elastically scalable and unified ecosystem of ZK-powered Layer 2s on Ethereum, where users can create, program and exchange value.
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The Polygon 2.0 vision is a unified multichain ecosystem. A web of interoperable ZK-powered Ethereum L2s, with near-instant and atomic L2 <> L2 transactions, and designed to empower developers to build without limitations. Developers will choose to build dApps, design and launch dedicated application-specific L2 chains, or migrate existing EVM Layer 1 chains to become an L2.
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The endgame of Polygon 2.0 is for developers to build in an environment that feels and functions more like the internet. This means a blockchain ecosystem that can scale without limit, seamlessly unified, and backed by the decentralization and security of Ethereum.
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### Zero-knowledge is the key
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Fundamentally, building this web of ZK-powered L2s comes down to one challenge: trustless, off-chain computation. In order to scale Ethereum, one needs to preserve Ethereum’s execution logic while making it more efficient.
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The best way to accomplish this goal is through zero-knowledge cryptography as it is capable of providing verifiable proofs that attest to the integrity of off-chain computations. Otherwise, scaling technologies often have to add additional social-economic mechanisms to mediate off-chain computations. The consequence of which is delayed settlement of transactions.
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Polygon 2.0 applies the open source, zero-knowledge scaling technology developed at Polygon Labs, and this will allow Ethereum to scale to the limits of the internet.
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Polygon brings you a trustless two-way transaction channel between Polygon PoS and Ethereum by introducing the cross-chain bridge. With this users can transfer tokens across Polygon PoS without incurring third-party risks and market liquidity limitations. "img/home/The PoS Bridge is available on both Mumbai Testnet as well as Polygon PoS Mainnet"img/home/. You can bridge assets to Polygon PoS using the [Polygon Wallet Suite](https://wallet.polygon.technology/polygon/bridge/deposit).
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Polygon brings you a trustless two-way transaction channel between Polygon PoS and Ethereum by introducing the cross-chain bridge. With this users can transfer tokens across Polygon PoS without incurring third-party risks and market liquidity limitations.
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Polygon also offers the "img/home/zkEVM Bridge"img/home/ which can also be used via the [Polygon Wallet Suite](https://wallet.polygon.technology/polygon/bridge/deposit). This document is not about zkEVM Bridge.
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The PoS Bridge is available on both Mumbai Testnet as well as Polygon PoS Mainnet. You can access it and bridge assets over to Polygon PoS using the [Polygon Wallet Suite](https://wallet.polygon.technology/polygon/bridge/deposit).
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"img/home/Polygon PoS bridge provides a bridging mechanism that is near-instant, low-cost, and quite flexible"img/home/.
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Polygon PoS bridge provides a bridging mechanism that is near-instant, low-cost, and quite flexible.
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"img/home/There is no change to the circulating supply of your token when it crosses the bridge"img/home/;
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There is no change to the circulating supply of your token when it crosses the bridge;
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- Tokens that leave the Ethereum network are locked and the same number of tokens are minted on Polygon PoS as a pegged token (1:1).
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- To move the tokens back to the Ethereum network, tokens are burned on Polygon PoS network and unlocked on Ethereum network during the process.
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