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‎.ai/categories/basics.md‎

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@@ -4704,7 +4704,7 @@ The Polkadot SDK allows developers to construct a runtime by combining various p
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The following diagram illustrates the process of selecting and combining FRAME pallets to compose a runtime:
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![](/images/develop/parachains/customize-parachain/overview/frame-overview-2.webp)
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![](/images/develop/parachains/customize-parachain/overview/frame-overview-2.webp){ style="background:white; padding:1em;" }
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This modular design allows developers to:
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Here’s a high-level overview of the Polkadot protocol architecture:
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![](/images/polkadot-protocol/architecture/polkadot-chain/overview/overview-1.webp)
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![](/images/polkadot-protocol/architecture/polkadot-chain/overview/overview-1.webp){ style="background:white" }
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Parachains propose blocks to Polkadot validators, who check for availability and validity before finalizing them. With the relay chain providing security, collators—full nodes of parachains—can focus on their tasks without needing strong incentives.
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E[Transaction] --> D
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D --> F[(New State)]
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D --> G[Execution Logs]
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style A fill:#ffffff,stroke:#000000,stroke-width:1px
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style A stroke:#000000,stroke-width:1px
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```
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In addition, because smart contracts are programs that execute on top of existing chains, teams don't have to think about the underlying consensus they are built on.
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F --> J[(New Ethereum<br/>Emulated State)]
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F --> K[Execution Logs]
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style C fill:#ffffff,stroke:#000000,stroke-width:1px
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style F fill:#ffffff,stroke:#000000,stroke-width:1px
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style C stroke:#000000,stroke-width:1px
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style F stroke:#000000,stroke-width:1px
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```
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Although it seems complex, users and developers are abstracted of that complexity, and tools can easily interact with the parachain as they would with any other Ethereum-compatible environment.
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A --> F[(New State)]
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A --> G[Execution Logs]
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style A fill:#ffffff,stroke:#000000,stroke-width:1px
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style A stroke:#000000,stroke-width:1px
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```
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In Polkadot SDK-based networks, some nodes are authorized to author blocks. These nodes validate and process transactions. When a transaction is sent to a node that can produce blocks, it undergoes a lifecycle that involves several stages, including validation and execution. Non-authoring nodes gossip the transaction across the network until an authoring node receives it. The following diagram illustrates the lifecycle of a transaction that's submitted to a network and processed by an authoring node.
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![Transaction lifecycle diagram](/images/polkadot-protocol/parachain-basics/blocks-transactions-fees/transactions/transaction-lifecycle-1.webp)
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![Transaction lifecycle diagram](/images/polkadot-protocol/parachain-basics/blocks-transactions-fees/transactions/transaction-lifecycle-1.webp){ style="background:white" }
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### Validate and Queue
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‎.ai/categories/dapps.md‎

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The following diagram illustrates the process of selecting and combining FRAME pallets to compose a runtime:
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![](/images/develop/parachains/customize-parachain/overview/frame-overview-2.webp)
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![](/images/develop/parachains/customize-parachain/overview/frame-overview-2.webp){ style="background:white; padding:1em;" }
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This modular design allows developers to:
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Here’s a high-level overview of the Polkadot protocol architecture:
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![](/images/polkadot-protocol/architecture/polkadot-chain/overview/overview-1.webp)
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![](/images/polkadot-protocol/architecture/polkadot-chain/overview/overview-1.webp){ style="background:white" }
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Parachains propose blocks to Polkadot validators, who check for availability and validity before finalizing them. With the relay chain providing security, collators—full nodes of parachains—can focus on their tasks without needing strong incentives.
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E[Transaction] --> D
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D --> F[(New State)]
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D --> G[Execution Logs]
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style A fill:#ffffff,stroke:#000000,stroke-width:1px
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style A stroke:#000000,stroke-width:1px
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```
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In addition, because smart contracts are programs that execute on top of existing chains, teams don't have to think about the underlying consensus they are built on.
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F --> J[(New Ethereum<br/>Emulated State)]
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F --> K[Execution Logs]
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style C fill:#ffffff,stroke:#000000,stroke-width:1px
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style F fill:#ffffff,stroke:#000000,stroke-width:1px
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style C stroke:#000000,stroke-width:1px
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style F stroke:#000000,stroke-width:1px
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```
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Although it seems complex, users and developers are abstracted of that complexity, and tools can easily interact with the parachain as they would with any other Ethereum-compatible environment.
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style A fill:#ffffff,stroke:#000000,stroke-width:1px
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style A stroke:#000000,stroke-width:1px
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```
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In Polkadot SDK-based networks, some nodes are authorized to author blocks. These nodes validate and process transactions. When a transaction is sent to a node that can produce blocks, it undergoes a lifecycle that involves several stages, including validation and execution. Non-authoring nodes gossip the transaction across the network until an authoring node receives it. The following diagram illustrates the lifecycle of a transaction that's submitted to a network and processed by an authoring node.
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![Transaction lifecycle diagram](/images/polkadot-protocol/parachain-basics/blocks-transactions-fees/transactions/transaction-lifecycle-1.webp)
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![Transaction lifecycle diagram](/images/polkadot-protocol/parachain-basics/blocks-transactions-fees/transactions/transaction-lifecycle-1.webp){ style="background:white" }
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### Validate and Queue
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‎.ai/categories/infrastructure.md‎

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The following diagram illustrates the process of selecting and combining FRAME pallets to compose a runtime:
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This modular design allows developers to:
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Here’s a high-level overview of the Polkadot protocol architecture:
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Parachains propose blocks to Polkadot validators, who check for availability and validity before finalizing them. With the relay chain providing security, collators—full nodes of parachains—can focus on their tasks without needing strong incentives.
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```
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In addition, because smart contracts are programs that execute on top of existing chains, teams don't have to think about the underlying consensus they are built on.
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style C stroke:#000000,stroke-width:1px
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```
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Although it seems complex, users and developers are abstracted of that complexity, and tools can easily interact with the parachain as they would with any other Ethereum-compatible environment.
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![Transaction lifecycle diagram](/images/polkadot-protocol/parachain-basics/blocks-transactions-fees/transactions/transaction-lifecycle-1.webp)
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![Transaction lifecycle diagram](/images/polkadot-protocol/parachain-basics/blocks-transactions-fees/transactions/transaction-lifecycle-1.webp){ style="background:white" }
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### Validate and Queue
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‎.ai/categories/networks.md‎

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The following diagram illustrates the process of selecting and combining FRAME pallets to compose a runtime:
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Here’s a high-level overview of the Polkadot protocol architecture:
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Parachains propose blocks to Polkadot validators, who check for availability and validity before finalizing them. With the relay chain providing security, collators—full nodes of parachains—can focus on their tasks without needing strong incentives.
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style A stroke:#000000,stroke-width:1px
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```
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![Transaction lifecycle diagram](/images/polkadot-protocol/parachain-basics/blocks-transactions-fees/transactions/transaction-lifecycle-1.webp){ style="background:white" }
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### Validate and Queue
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