Merge pull request #13 from JupiterMetaLabs/feat/docs-content-update

Feat/docs content update

Author: saishibunb

docs/advantages.md

@@ -25,7 +25,7 @@ The following table compares **Jupiter Meta Data Token (JMDT)** with leading L2
 | **Finality Time (L2)** | ~3–10 sec | ~5–10 min | ~10–15 min | ~30–60 min | Instant (centralised) |
 | **L1 Settlement** | Dynamic zk-rollup to L1 | Periodic zk-rollup | STARK rollup | Delayed zk-rollup | Not applicable |
 | **Data Availability** | zk-anchored + immudb logs | Ethereum DA Layer | On-chain calldata | On-chain | Off-chain (private) |
-| **Enterprise Readiness** | ✅ DAG layer, DID, privacy | ⚠️ Limited DID/enterprise SDKs | ⚠️ Limited identity & compliance | ❌ Not enterprise-ready | ✅ Proven enterprise use |
+| **Enterprise Readiness** | Yes — DAG layer, DID, privacy | Partial — Limited DID/enterprise SDKs | Partial — Limited identity & compliance | No — Not enterprise-ready | Yes — Proven enterprise use |
 | **Token Model** | JMDT (Utility) | MATIC (Gas & Staking) | STRK | AZTEC | None |
 | **Smart Contract Support** | Rust (zkVM) + Solidity | Solidity (zkEVM) | Cairo | Aztec Noir + limited Solidity | Chaincode (Go/Java) |
 | **Governance** | JupiterMetaLabs Foundation | Off-chain + Foundation | TBD (future DAO) | Aztec Foundation | Centralised consortium |

docs/crdt.md

@@ -15,18 +15,18 @@ The CRDT module enables:
 
 ## Key Features
 
-### ✅ **Offline/Online Sync**
+### Yes **Offline/Online Sync**
 - Nodes can go offline and continue operating independently
 - Operations are stored for replay when nodes reconnect
 - Automatic synchronization on reconnection
 - Eventual consistency across all nodes
 
-### ✅ **CRDT Types**
+### Yes **CRDT Types**
 - **LWW-Set (Last-Writer-Wins Set)**: For concurrent add/remove operations
 - **G-Counter**: Growing counter for metrics and statistics
 - **Vector Clocks**: For causality tracking between distributed events
 
-### ✅ **Synchronization Mechanisms**
+### Yes **Synchronization Mechanisms**
 - **HashMap-based Diff**: Efficient identification of missing data
 - **IBLT (Invertible Bloom Lookup Table)**: Set reconciliation for large datasets
 - **Batch Processing**: Optimized data transfer in batches

docs/did.md

@@ -13,9 +13,9 @@ keywords: [Decentralized Identity, DID, W3C DID, JMDT DID, blockchain identity,
 JMDT implements **W3C-standardized Decentralized Identifiers (DIDs)** to provide users with **self-sovereign identities**, enabling **secure authentication across dApps, DeFi platforms, and enterprise services**.
 
 ### **Key Features of DID in JMDT**
-- ✅ **Privacy-Preserving Authentication** → DID-based logins without exposing personal data.
-- ✅ **Interoperability with Web3 & Enterprises** → Works across **multiple blockchain networks and enterprise applications**.
-- ✅ **Self-Sovereign Identity** → Users have full control over their credentials, reducing reliance on centralized identity providers.
-- ✅ **Enhanced Security** → **Zero-Knowledge cryptography** ensures verifiable yet private transactions.
+- Yes **Privacy-Preserving Authentication** → DID-based logins without exposing personal data.
+- Yes **Interoperability with Web3 & Enterprises** → Works across **multiple blockchain networks and enterprise applications**.
+- Yes **Self-Sovereign Identity** → Users have full control over their credentials, reducing reliance on centralized identity providers.
+- Yes **Enhanced Security** → **Zero-Knowledge cryptography** ensures verifiable yet private transactions.
 
 <!-- [Explore Tokenomics →](./tokenomics.md) -->

docs/explorer.md

@@ -16,25 +16,25 @@ The Explorer module enables:
 
 ## Key Features
 
-### 🔍 **Address Management**
+### **Address Management**
 - List all addresses with pagination
 - View address details including balance, nonce, and account type
 - Transaction history for specific addresses
 - Search functionality to find addresses quickly
 
-### 📊 **Transaction Explorer**
+### **Transaction Explorer**
 - Browse all transactions with pagination
 - Transaction details including hash, from/to addresses, value, and block information
 - Filter by address to see transactions for specific accounts
 - Real-time transaction streaming via WebSocket
 
-### 🧱 **Block Explorer**
+### **Block Explorer**
 - List all blocks with pagination
 - Block details including hash, timestamp, and transaction count
 - Latest blocks with real-time updates
 - Missing block detection for network synchronization
 
-### 📈 **Network Statistics**
+### **Network Statistics**
 - Total blocks count
 - Total transactions count
 - Total addresses count

docs/intro.md

@@ -33,10 +33,10 @@ Conventional blockchains struggle with performance, privacy, and real-world comp
 - **Layer 2 Scaling:** High-throughput zkRollup engine built using RISC Zero zkVM for verifiable Rust-based execution. Designed for faster settlements and large-scale concurrent transactions.
 
 - **AVC Consensus:** JMDT's **Asynchronous Validation Consensus** delivers:
-  - Scalable and secure block finality via quorum-based buddy voting
-  - Energy-efficient operation by eliminating mining
-  - Low-latency, fault-tolerant propagation via Gossip Protocol
-  - Seamless compatibility with DAG-based L3 enterprise extensions
+- Scalable and secure block finality via quorum-based buddy voting
+- Energy-efficient operation by eliminating mining
+- Low-latency, fault-tolerant propagation via Gossip Protocol
+- Seamless compatibility with DAG-based L3 enterprise extensions
 
 - **Ethereum Interoperability:** Full EVM compatibility — deploy existing Ethereum smart contracts on JMDT without modification. Supports DeFi, NFT marketplaces, DAOs, and enterprise solutions.
 

docs/mainnet/prerequisites.md

@@ -30,12 +30,12 @@ Before setting up a JMDT Mainnet node, make sure your environment meets the foll
 
 | OS | Supported |
 |---|---|
-| Ubuntu 20.04 / 22.04 LTS | ✅ Recommended |
-| Debian 11 / 12 | ✅ |
-| RHEL / CentOS 8+ | ✅ |
-| macOS 12+ | ✅ (development only) |
-| FreeBSD 13+ | ✅ |
-| Windows | ❌ Not supported |
+| Ubuntu 20.04 / 22.04 LTS | Yes — Recommended |
+| Debian 11 / 12 | Yes |
+| RHEL / CentOS 8+ | Yes |
+| macOS 12+ | Yes (development only) |
+| FreeBSD 13+ | Yes |
+| Windows | No — Not supported |
 
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