Expand on Snowfork content on Bridge Hub page

docs/learn/learn-bridge-hub.md

@@ -2,20 +2,24 @@
 id: learn-bridge-hub
 title: Bridge Hub
 sidebar_label: Bridge Hub
-description: Overview of Bridge Hub System Parachain.
+description: Overview of the Bridge Hub System Parachain.
 keywords: [Bridge, XCM, Bridge Hub]
 slug: ../learn-bridge-hub
 ---
 
-The primary functionality of {{ polkadot: Polkadot :polkadot }}{{ kusama: Kusama :kusama }} relay
-chain is to secure the parachains and facilitate secure communication between them. All other
-functionalities like asset transfers, governance, identities and especially bridging, which can be
-resource intensive can benefit from operating seaparately on system parachains. That's why, the
-Bridge Hub system parachain is operating on
-{{ polkadot: Polkadot :polkadot }}{{ kusama: Kusama :kusama }} since 2023. The Bridge Hub has all
-the required bridge pallets in its runtime, which enable trustless bridging with other blockchain
-networks like {{ polkadot: Kusama :polkadot }}{{ kusama: Polkadot :kusama }}, Ethereum etc. The
-Bridge Hub uses the native token of the relay chain,
+The primary functionality of the {{ polkadot: Polkadot :polkadot }}{{ kusama: Kusama :kusama }}
+relay chain is to secure the parachains and facilitate secure communication between them. All other
+functionalities like asset transfers, governance, identities and bridging (a potentially resource
+intensive task) can benefit from operating separately on [system parachains](./learn-system-chains.md). System parachains are
+responsible for delegating functionality away from the relay chain for peformance reasons, taking
+advantage of the inherent parallelization the architecture of Polkadot provides.
+
+The Bridge Hub system parachain operates on
+{{ polkadot: Polkadot :polkadot }}{{ kusama: Kusama :kusama }}, and is responsible for faciliating
+bridges to the wider Web3 space. It contains the required bridge
+[pallets](../general/glossary.md#pallet) in its runtime, which enable trustless bridging with other
+blockchain networks like {{ polkadot: Kusama :polkadot }}{{ kusama: Polkadot :kusama }} and Ethereum
+. The Bridge Hub uses the native token of the relay chain,
 {{ polkadot: DOT :polkadot }}{{ kusama: KSM :kusama }}.
 
 ## Trustless Bridges on Bridge Hub
@@ -25,6 +29,11 @@ A two-way trustless bridge between chains A and B can be viewed as two one-way b
 source and a target chain. Any bridge operating on the Bridge Hub will have on-chain (pallets) and
 offchain (relayers) components.
 
+Examples of trustless bridges on Bridge Hub include:
+
+- Snowfork, a decentralized bridge between Polkadot and Ethereum
+- [The Polkadot-to-Kusama Bridge](./learn-DOT-KSM-bridge.md)
+
 ### On-chain Bridge Components
 
 On-chain bridge components are modules (pallets or smart contracts) that are deployed on the chain's

docs/learn/learn-bridges.md

@@ -128,6 +128,7 @@ There is now a
 
 ## Additional Resources and Examples
 
+- [Snowbridge - a trustless, decentralized bridge between Polkadot and Ethereum](https://docs.snowbridge.network/)
 - [Parity Bridges Common Resources](https://github.com/paritytech/parity-bridges-common)
 - [Substrate/Ethereum Bridge](https://github.com/ChainSafe/ChainBridge) - ChainSafe and Centrifuge
   were awarded a grant in W3F Grants

docs/learn/learn-snowbridge.md

@@ -0,0 +1,41 @@
+---
+id: learn-snowbridge
+title: Snowbridge
+sidebar_label: Snowbridge
+description: Overview of Snowbridge by Snowfork
+keywords: [Bridge, XCM, Bridge Hub, Snowbridge, Snowfork]
+slug: ../learn-snowbridge
+---
+
+Snowbridge by [Snowfork](https://snowfork.com/) is a general-purpose, trustless bridge between Polkadot and Ethereum. It
+utilizes the [Bridge Hub system parachain](./learn-bridge-hub.md) to establish a connection to its
+relayers, allowing for permissionless messaging between Ethereum and Polkadot.
+
+## Trustlessness in Snowbridge
+
+Trustlessness here is defined in the sense that the users do not need to trust any particular
+individuals or organizations, but rather only the mathematics, code, cryptography, and protocol. An
+example of a system which implies a high level of trust **trust** would be that of a bridge which is
+controlled via a multi-signature scheme, wherein you must trust the cosignatories.
+
+Basic assumptions are always needed in principle when defining a trustless system, as a completely
+trustless setup cannot always be guaranteed.
+
+With Snowbridge, a sender can always run a
+[relayer](https://docs.snowbridge.network/architecture/relayers) to ensure that their cross-chain
+transaction is successful.
+
+## Applications
+
+Snowbridge currently supports
+[two-way token transfers](https://docs.snowbridge.network/applications/token-transfers) between
+Ethereum and Polkadot parachain.
+
+## Accessing & Using Snowbridge
+
+Snowbridge can be accessed through [the web app](https://app.snowbridge.network/), where you may
+track [processing times of transactions,](https://app.snowbridge.network/status),
+[recent transfers](https://app.snowbridge.network/history), and other information about the bridge's
+overall status.
+
+To create transfers, you may visit the [transfer page.](https://app.snowbridge.network/)

polkadot-wiki/sidebars.js

@@ -537,6 +537,7 @@ module.exports = {
                   items: [
                     "learn/learn-bridge-hub",
                     "learn/learn-dot-ksm-bridge",
+                    "learn/learn-snowbridge",
                     "learn/learn-hyperbridge",
                   ],
                 },