add: Validators

docs/Multibridge/_category_.json

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 {
     "label": "Multibridge v1.0",
-    "position": 6
+    "position": 5
 }

docs/Multibridge2.0/_category_.json

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 {
     "label": "Multibridge v2.0",
-    "position": 5
+    "position": 4
 }

docs/Multibridge3.0/_category_.json

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 {
     "label": "Multibridge v3.0",
-    "position": 4
+    "position": 3
 }

docs/Multibridge3.1/_category_.json

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 {
     "label": "Multibridge v3.1",
-    "position": 3
+    "position": 2
 }

docs/Validatiors/0.Introduction.md

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+---
+sidebar_label: 'Bridge Validators'
+sidebar_position: 1
+image: /cover-image.png
+description: The Most Powerful Multi-Chain NFT bridge
+---
+
+# Bridge Validators
+
+XP.NETWORK, as a cross-chain bridge, plays a crucial role in enabling interoperability and communication between different blockchain networks. Its pioneering approach to **validator decentralization** sets it apart and makes it noteworthy.
+
+*Validators* are essential components in the operation of a blockchain network, responsible for validating and confirming transactions and maintaining the integrity of the network. In traditional centralized systems, a limited number of validators are typically controlled by a single entity or organization, leading to centralization, trust, and reliability concerns. In contrast, XP.NETWORK has embraced a decentralized model for its validators.
+
+![Decentralized Bridge](../../static/img/validators/different.jpg)
+
+**Decentralization** in this context involves the distribution of validator nodes across a network of third-party participants, reducing reliance on a single central authority or a small group of validators. This approach aligns with blockchain and distributed ledger technology principles, where removing centralized control is a fundamental advantage.
+
+## Benefits of Validator Decentralization
+
+### 1. Trust Minimization:
+Decentralization decreases the need for users to trust a central entity, as a distributed and diverse set of validators maintains the network's integrity and consensus. It aligns with the trustless nature of blockchain technology.
+
+![Enhanced Security](../../static/img/validators/minimal_trust.jpg)
+
+### 2. Enhanced Robustness and Reliability:
+Decentralized validators reduce the risk of a single point of failure. If one or a few validators become compromised or unavailable, the network can continue functioning as other validators secure benevolent transactions.
+
+![Enhanced Security](../../static/img/validators/reliable.jpg)
+
+### 3. Improved Security:
+A decentralized validator network is less susceptible to malicious attacks, as it is more challenging for an adversary to compromise a majority of distributed validators simultaneously.
+
+![Enhanced Security](../../static/img/validators/improved_security.jpg)
+
+### Cutting-Edge Technologies:
+The adoption of decentralization in validator selection and management demonstrates XP.NETWORK's commitment to utilizing cutting-edge technologies. This approach may involve advanced cryptographic techniques, consensus algorithms, and governance models that promote fairness and transparency.
+
+![Enhanced Security](../../static/img/validators/cutting_edge.jpg)
+
+In summary, XP.NETWORK's choice to decentralize its validators is a significant step forward in cross-chain bridge technology. It aligns with the principles of blockchain, enhancing reliability, security, and trust minimization - moreover, the commitment to implementing cutting-edge technologies positions XP.NETWORK is a forward-thinking and innovative solution in the blockchain space.

docs/Validatiors/_category_.json

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+{
+    "label": "Bridge Validators",
+    "position": 1
+}

docs/Whitepaper2.0/_category_.json

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 {
     "label": "Whitepaper v2.0",
-    "position": 1
+    "position": 7
 }