feat(devx) - Navigation Changes

docs/content/developer/developer.mdx

@@ -20,15 +20,15 @@ The [Network Overview](network-overview.mdx) page gives an overview of the diffe
 
 The IOTA 101 section introduces the basics of IOTA that help you create smart contracts. These topics assume you are familiar with Move and the IOTA blockchain.
 
-Go to [IOTA 101](iota-101.mdx).
+Go to [IOTA 101](iota-101/iota-101.mdx).
 
 ## Standards
 
 Utilizing standards while developing applications is very important for composability. In this section you can find out all about the standards within the IOTA Move ecosystem for dealing with tokens, NFT like objects, and wallets. 
 
 Go to the [Standards](/developer/standards).
 
-## IOTA compared to EVM
+## IOTA Compared to EVM
 
 If you are familiar with EVM/Solidity and want to work with IOTA and Move this section is for you. These topics describe the differences between a traditional EVM chain and way of working compared to IOTA Move based smart contracts. Together with some common implementation examples the nuances between the different ways of working are explained.
 
@@ -40,6 +40,10 @@ The Cryptography section demonstrates how to secure your smart contracts with cr
 
 Go to [Cryptography](cryptography.mdx).
 
+## Capture the Flag
+
+Get aquainted with IOTA by solving challenges of increasing complexity in the [Capture the Flag section](iota-move-ctf/introduction.mdx).
+
 ## Advanced Topics
 
 The Advanced Topics section includes guides for advanced solutions (like asset tokenization). These topics assume you are familiar with Move and the IOTA blockchain.

docs/content/developer/getting-started/getting-started.mdx

@@ -27,11 +27,12 @@ Go to [Query IOTA RPC with GraphQL](graphql-rpc.mdx).
 If you are already familiar with the basics, you can try the following sections:
 
 - [Create a Move Package](create-a-package.mdx): Learn by writing, building, and publishing a simple dApp.
-- [IOTA 101](../iota-101.mdx): Get an overview of
+- [IOTA 101](../iota-101/iota-101.mdx): Get an overview of
   the [Move concepts](../iota-101/move-overview/move-overview.mdx) you'll use as a foundation to
   build [create coins, tokens](../iota-101/create-coin/create-coin.mdx) and [NFTs](../iota-101/nft/create-nft.mdx) using the
   Move's [Object Model](../iota-101/objects/object-model.mdx).
 - [From Solidity/EVM to Move](../evm-to-move/evm-to-move.mdx): If you're an experienced Solidity developer, check out
   the key differences between developing on Move.
+- Learn Move with the [IOTA Capture the Flag](../iota-move-ctf/introduction.mdx) challenges.
 - [Cryptography](../cryptography.mdx): Leverage multiple cryptographic algorithms to
   create secure and flexible smart contracts applications.

docs/content/developer/iota-101.mdx → docs/content/developer/iota-101/iota-101.mdx

@@ -9,29 +9,29 @@ In many education systems, 101-level classes are those that teach core competenc
 
 Everything on the IOTA blockchain is an object. These topics use code examples to demonstrate how to create these specific types of objects. 
 
-- [Create Coins](iota-101/create-coin/create-coin.mdx)
-- [Create NFTs](iota-101/nft/create-nft.mdx)
+- [Create Coins](create-coin/create-coin.mdx)
+- [Create NFTs](nft/create-nft.mdx)
 
 ## Working with PTBs
 
 You can create programmable transaction blocks (PTBs) on IOTA to perform multiple commands in a single transaction. The Working with PTBs topics demonstrate how to build efficient PTBs using the IOTA TypeScript SDK.
 
-Go to [Working with PTBs](iota-101/transactions/ptb/programmable-transaction-blocks-overview).
+Go to [Working with PTBs](transactions/ptb/programmable-transaction-blocks-overview).
 
 ## Using Events
 
 You can emit events from your published packages on the IOTA network. Using Events demonstrates how to emit events from your on-chain packages and monitor the activity of other objects emitting events.
 
-Go to [Using Events](iota-101/using-events.mdx).
+Go to [Using Events](using-events.mdx).
 
 ## Shared versus Owned Objects
 
 Objects on IOTA, unlike other blockchains, can be owned as well as shared. You can create transactions that leverage either type or both. Shared versus Owned Objects examines the differences and what considerations you should account for when deciding how to structure your on-chain app. 
 
-Go to [Shared versus Owned Objects](iota-101/objects/shared-owned.mdx).
+Go to [Shared versus Owned Objects](objects/shared-owned.mdx).
 
 ## Access On-Chain Time
 
 IOTA provides a `Clock` module you can use to get network-based time. Access On-Chain Time examines the `Clock` module and the behavior of the available methods that affect transaction processing speed and the temporal exactness of the data you receive.
 
-Go to [Access On-Chain Time](iota-101/access-time.mdx).
+Go to [Access On-Chain Time](access-time.mdx).

docs/content/references/iota-sdks.mdx

@@ -14,7 +14,7 @@ See [Rust SDK](./rust-sdk.mdx) for SDK configuration and examples of using the I
 
 ## IOTA TypeScript SDK
 
-The IOTA TypeScript SDK documentation is available in its own microsite: [IOTA Typescript SDK](ts-sdk/typescript/index.mdx).
+The IOTA TypeScript SDK documentation is available in the [IOTA Typescript SDK section](ts-sdk/typescript/index.mdx).
 
 
 ### Crate documentation