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Update PoS - fixed link + MS styling
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docs/pos/get-started/building-on-polygon.md

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Ethereum developers are by default Polygon developers. Welcome. Simply switch to the [Polygon RPC](https://polygon-rpc.com/) and get started. All familiar tools used on Ethereum are supported on Polygon. Whether it is Truffle, Remix or Web3js, Polygon offers the same UX as Ethereum.
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Connect your wallet and deploy any decentralized application to either Polygon Mainnet or Polygon Mumbai Testnet.
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Connect your wallet and deploy any decentralized application to either Polygon Mainnet or Polygon Mumbai Testnet.
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Polygon Mumbai Testnet connects to Ethereum Goërli Testnet, which acts as its ParentChain, a testnet layer 1 (L1).
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Polygon Mumbai Testnet connects to Ethereum Goërli Testnet, which acts as its ParentChain, a testnet layer 1 (L1).
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Find all the network-related details in the [network documentation](https://github.com/0xPolygon/wiki/blob/master/docs/pos/reference/rpc-endpoints.md).
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## Overview
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Polygon is a layer 2 (L2) network to Ethereum, employing a proof-of-stake (PoS) consensus mechanism, and thus composed of the following two layers:

docs/pos/how-to/index.md

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Welcome to the Polygon PoS how-to section! There is a number of how-to guides here to help you get started with common technical tasks. We hope you find them useful.
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Welcome to the Polygon PoS how-to section. There is a number of how-to guides here to help you get started with common technical tasks. We hope you find them useful.
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The section covers a number of tutorials on how to operate different types of Polygon PoS nodes, how to bridge assets from PoS to Ethereum and conversely, or send messages between L1 and L2 networks, and how to work with smart contracts.
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Included in the section is an elaborate startup guide for users who wish to implement the Polygon DID, which is a three-part package consisting of an indentity-registrar, an identity-resolver and an identity-registry-contract.
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Included in the section is an elaborate startup guide for users who wish to implement the Polygon DID, which is a three-part package consisting of an indentity-registrar, identity-resolver, and identity-registry-contract.

docs/pos/how-to/snapshots.md

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!!! warning "Bor snapshots no longer supported"
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We no longer support bor archive snapshots due to unsustainable data growth.
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## Client Snapshots
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## Client snapshots
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To begin, ensure that your node environment meets the **prerequisites** outlined [here](
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../operate-node/operate/full-node-binaries.md). Before starting any services, execute the shell script provided below. This script will download and extract the snapshot data, which allows for faster bootstrapping. In our example, we will be using an Ubuntu Linux m5d.4xlarge machine with an 8TB block device attached.
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To begin, ensure that your node environment meets the **prerequisites** outlined [here](https://wiki.polygon.technology/docs/operate/full-node-binaries/). Before starting any services, execute the shell script provided below. This script will download and extract the snapshot data, which allows for faster bootstrapping. In our example, we will be using an Ubuntu Linux m5d.4xlarge machine with an 8TB block device attached.
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To transfer the correct chaindata to your disk, follow these steps:
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- All one has to do is specify the network ("mainnet" or "mumbai") and client type ("heimdall" or "bor" or "erigon") of your desired snapshot and run the following command:

docs/pos/operate-node/validator/responsibilities.md

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!!!info
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Currently, there is a limit of 100 active validators at a time. For a detailed description on what a validator is, see [<ins>Validator</ins>](../../index.md).
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Currently, there is a limit of 100 active validators at a time. For a detailed description on what a validator is, see [<ins>Validator</ins>](./getting-started.md).
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Also, after the [<ins>PIP4 governance proposal</ins>](https://forum.polygon.technology/t/pip-4-validator-performance-management/9956) is implemented on the contract-level, the minimum staking amount will increase to 10,000 MATIC.
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docs/pos/overview.md

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The Polygon Proof-of-Stake (PoS) network, originally launched as Matic Network in June 2020, has been upgraded a number of times since inception. Initially designed to scale Ethereum through a sidechain, a new discussion on the Polygon forum proposes upgrading Polygon PoS into a zero-knowledge (ZK)-based validium on Ethereum.
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If passed, Polygon PoS would adopt the execution environment of Polygon zkEVM along with a dedicated data availability layer. The new architecture would be inherently interoperable, through an in-development interop-layer, with a broader network of ZK-powered Layer 2 (L2) chains on Ethereum.
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If passed, Polygon PoS would adopt the execution environment of Polygon zkEVM along with a dedicated data availability layer. The new architecture would be inherently interoperable, through an in-development interop-layer, with a broader network of ZK-powered Layer 2 (L2) chains on Ethereum.
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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 Learn section.
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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 Learn section.
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## Transaction Lifecycle
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## Transaction lifecycle
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The following cyclical workflow outlines the operational mechanics of today's Polygon PoS architecture:
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