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Co-authored-by: Anthony Mpho Matlala <74402600+EmpieichO@users.noreply.github.com>
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docs/pos/get-started/building-on-polygon.md

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!!! tip "Reach out to us!"
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Run into issues while hacking? Encounter something that you're having a hard time understanding? Use the following methods to reach out to us:
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Running into issues while hacking? Encountering something hard to understand? Use the following methods to reach out to us:
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1. If you come across a complex code repository, 404s on the docs site, or if you feel there's something missing - feel free to [open an issue on the Polygon Knowledge Layer's GitHub repository](https://github.com/0xPolygon/polygon-docs/issues). You can also open a PR if you're looking to [contribute](https://github.com/0xPolygon/polygon-docs?tab=readme-ov-file#contributing)!
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2. Get in touch with us via Discord:

docs/pos/how-to/bridging/ethereum-polygon/ethereum-to-matic.md

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!!! warning "Work in progress!"
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This doc is currently undergoing revision, and the instructions provided may not be accurate. Stay tuned for updates!
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This doc is currently undergoing revision, and the instructions provided may not be up to date. Stay tuned for updates!
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The mechanism to natively read Ethereum data from Polygon EVM chain is that of ‘State Sync’. In other words, this mechanism enables transfer of arbitrary data from Ethereum chain to Polygon chain. The procedure that makes it possible is: Validators on the Heimdall layer are listening for a particular event — `StateSynced` from a *sender* contract, as soon as the event is picked, the `data` that was passed in the event is written on the *receiver* contract. Read more [here](../../../architecture/bor/state-sync.md).
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docs/pos/how-to/bridging/ethereum-polygon/matic-to-ethereum.md

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!!! warning "Work in progress!"
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This doc is currently undergoing revision, and the instructions provided may not be accurate. Stay tuned for updates!
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This doc is currently undergoing revision, and the instructions provided may not be up to date. Stay tuned for updates!
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The mechanism for transferring data from Polygon PoS to Ethereum differs from the process of transferring data from Ethereum to Polygon PoS. Validators create *checkpoint transactions* on the Ethereum chain to facilitate this transfer. These checkpoints serve as periodic summaries of the PoS chain’s state, ensuring data integrity and consistency when moving data back to Ethereum. The flow of this process is briefly described below.
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docs/pos/how-to/bridging/l1-l2-communication/state-transfer.md

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This doc is currently undergoing revision, and the instructions provided may not be accurate. Stay tuned for updates!
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This doc is currently undergoing revision, and the instructions provided may not be up to date. Stay tuned for updates!
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Polygon validators continuously monitor a contract on Ethereum chain called `StateSender`. Each time a registered contract on Ethereum chain calls this contract, it emits an event. Using this event Polygon validators relay the data to another contract on Polygon chain. This *state sync* mechanism is used to send data from Ethereum to Polygon.
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docs/pos/overview.md

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Originally launched as Matic Network in June 2020, Polygon PoS has undergone numerous upgrades since its inception. Initially designed to scale Ethereum through a sidechain, a new proposal on the Polygon forum suggests upgrading Polygon PoS into a zero-knowledge (ZK)-based validium on Ethereum. Polygon PoS will soon adopt the execution environment of Polygon zkEVM along with a dedicated data availability layer. This new architecture would be inherently interoperable with a broader network of ZK-powered Ethereum L2s via the [AggLayer](../innovation-design/agglayer/overview.md).
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Polygon PoS will continue to be foundational infrastructure for a wide array of decentralized applications and services. More details about the overarching vision of a unified ecosystem of L2s on Ethereum can be found in [the innovation & design space](../innovation-design/index.md).
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Polygon PoS will continue to be the foundational infrastructure for a wide array of decentralized applications and services. More details about the overarching vision of a unified ecosystem of L2s on Ethereum can be found in [the innovation & design space](../innovation-design/index.md).

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