Cintara Explorer User Guide

1. Overview of Project

The Cintara Explorer is your gateway to understanding what’s happening on the blockchain — simply, clearly, and in real-time.

Whether you're a first-time user, a developer, or a validator, the Explorer helps you quickly look up any wallet address or transaction ID (TxHash) to view the most recent and detailed blockchain activity. No technical background needed — just search and explore.

1.1 Integrations

The Cintara Explorer seamlessly integrates with EVM-compatible wallets such as MetaMask, allowing users to unlock powerful features without needing to leave the interface.

With wallet integration, users can:

• View wallet activity – Instantly see all transactions made by the connected wallet

• Track dApp interactions – Monitor activity across decentralized applications linked to your wallet

• Explore smart contract interactions – View token transfers, contract deployments, and method calls in detail

This integration simplifies on-chain monitoring and gives users a personalised, real-time view of their blockchain activity — directly within the explorer.

1.2 Key Benefits

The Cintara Explorer is built to make blockchain data easy to understand and accessible to everyone — whether you're an experienced developer, a validator, or just exploring how the technology works.

1. Simple transaction tracking: You can quickly look up any wallet or transaction to see what happened, when it happened, and who was involved — helping you stay informed and in control.

2. Immediate verification for dApp users: If you’re using a decentralised app, you don’t have to wonder if your transaction went through. Cintara Explorer lets you verify it instantly and see all related contract details.

3. Transparency that builds trust: By making all on-chain activity visible and verifiable, the Explorer supports a more open and trustworthy blockchain ecosystem for everyone involved.

4. Insights into validator activity: Users can also view performance stats for validators — which is especially helpful for those staking or participating in governance.

5. Clarity on smart contract actions: From token transfers to contract deployments, the Explorer helps break down complex interactions so they’re easy to follow and understand.

With Cintara Explorer, blockchain data becomes more than numbers and hashes — it becomes meaningful, actionable insight.

2. Dashboard

The Cintara Explorer Dashboard is your go-to place for a clear and real-time view of everything happening on the Cintara blockchain. It’s designed to feel simple and intuitive.

The dashboard brings all the essential information together in one place, pulling directly from the Cintara blockchain and updating in real time.

It helps you:

1. Get a sense of the network’s current health

See how the blockchain is performing — from uptime to transaction throughput — so you always know where things stand.

1. Access key market indicators

Track token price trends, market cap, and other useful metrics to stay updated on the economic side of the ecosystem.

1. Cintara Coin Price

View the current market price of CINT Coin (in USD), updated continuously to reflect real-time value.

1. CINT Coin Transfers

Track the number of transactions involving CINT Coin over a selected time period. This helps users understand coin usage trends.

1. Total Accounts

See how many new accounts have been created, offering insight into user growth and adoption on the network.

1. Transaction Fees

Monitor the total amount of fees paid in CINT Coin over time, giving a clear picture of network activity and cost.

1. Follow block and transaction activity live

Instantly see when new blocks are added and which transactions are included, giving you real-time transparency into network operations.

The Explorer Dashboard is designed to make blockchain data not just available — but understandable, useful, and actionable.

2.1 Navigation Menu Overview

The navigation menu is your starting point to explore everything within the Cintara Explorer. Designed to be clean and easy to use, it lets you quickly jump between sections without getting lost — whether you’re checking validator stats or exploring recent transactions.

Here’s a closer look at what each menu option offers:

1. Dashboard: Provides a snapshot of the network — including token price, transaction volume, total accounts, and other key metrics. This is where you’ll find a real-time overview of the Cintara blockchain’s health and activity.

2. Blockchain: Access detailed sections like:

   1. Blocks – View a complete list of recently produced blocks with information like timestamps, block height, and included transactions.

   2. Transactions – Browse the history of all transactions on the network, along with their status, gas fees, and sender/receiver details.

   3. Tokens - See a list of all tokens issued on the Cintara blockchain. Each token page includes detailed stats like supply, holders, and recent transfers — ideal for users tracking token activity and performance.

   4. Validators - Get insights into validator performance across the network, including uptime, voting power, commission rates, and other metrics important for staking or governance.

   5. Nodes - Explore the network's node infrastructure, with information on node locations, names, availability status, and technical health indicators.

   6. Contracts - Access deployed smart contracts, view interaction logs, and understand contract activity over time.

   7. Verify Contracts - A simple, two-step process for users to verify their smart contracts on the Cintara blockchain, making them more transparent and readable to the community.

   8. Faucet - For testnet users and developers — get free CINT test tokens by entering your wallet address. This is useful for testing, development, or trying out dApps on the Cintara network.

2.2 Add Cintara Network

The “Add Cintara Network” button makes it easy to connect your wallet — like MetaMask — to the Cintara blockchain (CINT Chain) without needing to manually configure anything.

What Happens When You Click the Button?

Once clicked, your wallet will automatically prompt you to approve the network connection. All the necessary details are filled in for you:

• Network Name: Cintara Testnet

• RPC URL: rpc.testnet.cintarascan.com

• Chain ID: 10089

• Currency Symbol: CINT

After approving, a green checkmark will appear next to the button, confirming that the Cintara network has been successfully added to your wallet.

What You Can Do After Connecting?

• With your wallet connected to the Cintara network, you can:

• Send and receive CINT tokens with ease

• Interact with smart contracts, including signing transactions and verifying interactions

• Use dApps built on the Cintara network

• Stake CINT tokens and participate in the validator ecosystem

• View your balance and token activity in real-time

This connection ensures a seamless and secure way to explore the full capabilities of the Cintara blockchain.

2.3 Search Bar

The Search Bar is designed to help you quickly find the blockchain data you're looking for — without needing to navigate through multiple pages or menus.

What You Can Search

You can enter a variety of inputs to instantly access on-chain information, including:

• Transaction IDs (TxHash)

• Wallet addresses

• Block numbers

• Smart contract addresses

2.4 Onchain Metrics

The Onchain Metrics section gives you a real-time view of the Cintara blockchain’s current status and overall activity. It’s designed to help you understand how the network is performing at any given moment — whether you're tracking token value, network usage, or system health.

Here’s what you’ll find in this section:

• CINT Price Displays the current market price of the CINT token in USD. This allows users to quickly check how the token is performing in real time.

• Last Finalized Block Shows the most recent block that’s been confirmed and finalized by the network. It’s a key indicator that the blockchain is running smoothly and reliably.

• Transactions Tracks the total number of transactions processed so far. This gives users a sense of how active the network is and how much usage it’s experiencing.

• Market Cap Calculates the total value of all CINT tokens in circulation. It offers a quick snapshot of the overall scale and economic strength of the Cintara ecosystem.

2.5 Transaction History Graph

The Transaction History Graph gives you a visual overview of how the Cintara network has been used over time. It’s designed to be interactive and easy to read — so anyone can understand network activity at a glance.

What You Can Do:

• Select a time range Choose between 7 days, 30 days, or 1 year to view transaction data for a specific period. This lets you zoom in on recent activity or look at long-term trends.

• Hover for details Move your cursor over any point on the graph to see the exact number of transactions on that specific day.

2.6 Latest Transactions

The Latest Transactions section gives you a real-time feed of activity happening on the Cintara blockchain. It’s a quick way to stay up to date with the most recent transfers and interactions taking place across the network.

What You’ll See:

• Transaction Hash A unique ID for each transaction. You can click it to view full transaction details on the explorer.

• Sender & Receiver Addresses These are partially masked to protect user privacy, while still showing enough to identify the source and destination.

• Transaction Value Displays the amount of CINT transferred in each transaction, helping you understand the scale of network activity.

• Time Indicates how recently the transaction occurred — whether it was seconds ago or a few minutes back.

Want to Explore More?

Clicking “View All” takes you to the full transaction explorer, where you can browse, filter, and search the entire history of Cintara blockchain activity.

2.7 Latest Blocks

The Latest Blocks section provides a real-time view of newly added blocks on the Cintara blockchain. It helps users understand how data is grouped, validated, and added to the chain.

What Each Block Shows:

• Block Hash A unique identifier for the block. Clicking on it reveals all related details, including transactions, gas used, and more.

• Transaction Count Indicates how many transactions are included in that specific block — a quick way to gauge activity at the time the block was mined.

• Timestamp Displays the exact time the block was created and finalized on the network.

• Validator Shows which validator node successfully verified and added the block to the chain, contributing to network consensus.

2.8 On-chain Analytics

The On-chain Analytics section transforms complex blockchain data into clear, visual insights. Instead of digging through raw numbers or technical logs, users get a simplified view of how the Cintara network is performing — all through easy-to-read charts and key metrics.

What You’ll Find:

• Visual graphs that show trends in network activity over time

• Summary cards highlighting key stats like total transactions, active accounts, or average gas fees

• Comparisons across different time periods to spot growth patterns or unusual spikes

2.8.1 Core Metrics

The Core Metrics section highlights the most important numbers that reflect the overall health, performance, and adoption of the Cintara blockchain. These insights help users — whether casual explorers, developers, or investors — better understand how the network is being used and how it’s evolving over time.

• Total Validators Indicates how many validators are actively helping to secure the network and process transactions. A higher number suggests stronger decentralization and increased resilience.

• Average APY (Annual Percentage Yield) Shows the average return users earn annually by staking their CINT tokens. It’s a useful reference for those interested in participating in the network’s staking economy.

• Total Accounts Reflects the total number of wallets or user accounts created on the network. This is a key indicator of adoption and ecosystem growth over time.

2.8.2 Analytics Graphs

The Analytics Graphs section presents interactive visualizations that make it easy to understand what’s happening on the Cintara blockchain. Whether you’re a first-time user or an experienced developer, these charts offer meaningful insights into network activity, usage, and growth.

How to Use:

• Hover over data points to see exact values for a specific day or time.

• Select a timeframe (7 days, 30 days, or 1 year) to explore short-term trends or long-term growth.

These tools help everyone—from users and investors to builders and validators—track how the network is evolving in real time.

Key Graphs You’ll See:

• Cintara Price Shows the CINT token price in USD over time. Useful for spotting market trends, volatility, and making informed investment decisions.

• Cintara Token Transfers Displays the number of CINT token transactions occurring daily. A great indicator of how actively the network is being used.

• Total Accounts Tracks the growth of user accounts week by week. This gives a clear picture of how quickly the Cintara network is gaining adoption and expanding its user base.

• Transaction Fees Shows the total amount users are paying in CINT to process transactions. Spikes in fees can signal higher demand and network activity.

Why It Matters:

These graphs turn blockchain data into visual stories — helping you understand not just what’s happening, but why it matters. Whether you're researching, investing, or simply learning, the Analytics Graphs section offers real-time insights you can trust.

2.10 Footer

The Footer section of the Cintara Explorer serves as a helpful resource area, offering quick access to essential tools, information, and links within the Cintara ecosystem. Whether you're looking to explore more features, stay updated, or learn about products — the footer is designed to guide you with ease.

What You’ll Find:

• Quick Links Navigate directly to key sections of the Explorer, including:

  • Tokens

  • Blockchain

  • Validators

  • Analytics

  • Nodes These links help you quickly access the most important parts of the platform without scrolling or searching.

• About Us Learn more about the organization behind Cintara. This section includes:

  • Privacy Policy

  • Terms of Service These documents outline how user data is handled and the terms under which the platform operates.

• Products & Services Explore Cintara's companion tools and apps designed to enhance your blockchain experience:

  • Cintara Validator App – A management tool for validators to monitor performance, uptime, and rewards.

  • Cintara Delegator App – Allows users to stake CINT tokens and earn passive income through delegation.

• Social Media Links Stay connected and informed through Cintara’s official social media channels. You’ll find links to platforms like:

  • Twitter

  • LinkedIn Follow for updates, announcements, and community engagement.

The footer is your shortcut to deeper involvement in the Cintara ecosystem — whether you're exploring, staking, building, or staying informed. Let me know if you'd like this section styled for a web UI or adapted into a help center layout.

3. Block Summary

The Block Summary and Block Details sections work together to give users a clear and informative view of how the Cintara blockchain is functioning — from high-level metrics to in-depth block information.

These sections are especially useful for users who want to monitor network performance, understand validator behavior, or explore how blocks are generated and verified in real time.

Block Summary: At-a-Glance Network Health

This section gives you a quick snapshot of current blockchain activity:

• Latest Block Displays the number of the most recently added block (e.g., 16,124,2323). This shows how frequently new blocks are being created and helps you gauge the pace of network growth.

• Top Validator (Last 24H) Highlights the validator that has produced the most blocks or contributed the most to the network in the past 24 hours. This helps users recognize validator performance and reliability.

• Block Time (Last 20 Blocks) Shows the average time it took to generate the last 20 blocks. A lower average means faster processing and quicker transaction confirmations.

Block Details: A Closer Look at Each Block

When you click into an individual block, you’ll find detailed metrics including:

• Block Height – The unique number identifying the block’s position in the chain

• Age – How much time has passed since the block was added

• Transaction Count – Total number of transactions included in the block

• Validator – The node that validated and added the block to the blockchain

These details help users verify how blocks are formed, which validator added them, and what kind of activity is happening at the block level.

Together, these sections provide a comprehensive view of the Cintara blockchain’s performance, security, and participation — giving users confidence in how the network operates and evolves.

3.1 Block List

This section displays a real-time list of the latest blocks added to the Cintara blockchain. It gives users a transparent view into how blocks are created, who is validating them, and what kind of transaction activity is happening within each one.

Each row in the list provides detailed information to help users monitor blockchain growth and validator activity.

What You’ll See:

• Block A sequential number (e.g., 4,675,635) that shows the position of the block in the chain. It helps track the blockchain’s growth over time and provides context for block order.

• Timestamp Displays when the block was created, either as a relative time (e.g., "14m ago") or an exact date and time (e.g., "Jan 16, 2025, 16:18"). This gives users a timeline of activity and helps verify when transactions were confirmed.

• Block Hash A unique cryptographic identifier for the block (e.g., 6EJCJ...KwScB). This ensures the block's contents are immutable and secure. Users can easily copy the block hash by clicking the copy icon next to it.

• Txn Count Shows how many transactions were included in that block. A higher number indicates greater activity on the network at that moment, while lower numbers may suggest quieter periods.

• Validator Displays the address or name of the validator who successfully produced the block (e.g., 0xh0043...8887). Validators are responsible for maintaining the integrity of the blockchain by verifying and securing transactions. Users can also copy the validator address by clicking the copy icon.

This section helps users explore the flow of new data, understand who is contributing to the network, and analyze real-time transaction volume — all critical for tracking the Cintara blockchain’s performance and security.

3.1.1 Filter (Newest)

The Block Filter feature helps users sort and explore the Cintara blockchain’s block history with ease. Whether you're looking for the most recent activity or diving into older data, this tool allows you to browse blocks in the order that best suits your needs.

How It Works:

• Use the drop-down menu next to “Newest” to choose between:

  • Newest First – See the latest blocks at the top.

  • Oldest First – View earlier blocks and follow the chain from its beginning.

• Navigate through the list using simple pagination controls, making it easy to move through block history without losing your place.

Additional Validator Insights:

Along with block sorting, this section also provides valuable information about validator performance, including:

• Total Blocks Validated – See how many blocks each validator has successfully added to the chain.

• Top Validators (Last 24H) – Highlights the most active validators based on recent performance, helping users identify key contributors.

• Validator Account Details – View validator names or addresses, and access more information by clicking through to individual validator profiles.

3.2 Block Details

The Block Details screen offers a deep dive into the data contained within a specific block on the Cintara blockchain. It’s designed to give users a transparent and easy-to-understand view of everything that happened in that block — from validation to transaction execution.

What You’ll Find on This Screen:

• Block Height Indicates the block’s position in the chain. This helps users identify where the block fits in the overall timeline of the blockchain.

• Block Hash A unique cryptographic identifier that ensures the block’s authenticity and integrity. It links the block to the one before it, preserving the chain’s continuity.

• Timestamp Shows the exact date and time the block was created. Useful for tracking transaction finality and understanding the pace of block production.

• Validator Address Displays the validator that produced the block. You can view their full profile, and copy their address for reference.

• Transaction Count Indicates how many transactions were included in the block. This helps users understand how much activity occurred during that interval.

• Gas Used / Gas Limit Shows how much gas was consumed versus how much was available, offering insight into network congestion and usage efficiency.

• Parent Block / Next Block Quick links to navigate to the previous and next blocks, making it easy to move through the chain block-by-block.

Why It’s Useful:

Whether you're analyzing network performance, verifying validator behavior, or simply learning how blocks are structured, the Block Details screen gives you the complete picture — clearly laid out and updated in real-time.

3.2.1 Overview Tab

The Overview Tab within the Block Details screen presents a clear breakdown of all the key data associated with a specific block on the Cintara blockchain. Each element is designed to help users understand the block’s structure, function, and contribution to the network’s performance.

Key Components:

• Block Hash A unique cryptographic fingerprint (e.g., 0x5a2dadad1a5a5d...5f5d) that verifies the authenticity and immutability of the block. It ensures that the contents of the block haven’t been tampered with.

• Block Number Also known as block height (e.g., 512456), this number indicates the block’s position in the blockchain. It helps track when the block was added and where it fits in the overall chain.

• Validator Displays the address of the validator that created and confirmed the block (e.g., 0x4fydsyuas3j...8d32). Validators are critical to the network, as they verify transactions and help maintain security and decentralization.

• Timestamp Shows when the block was produced (e.g., 1 minute ago). This is useful for understanding the timing of transactions and for monitoring how frequently new blocks are added.

• Weight Represents the amount of computational effort or stake behind the block’s creation (e.g., 956,549). It reflects the level of validator contribution to finalizing the block and securing the network.

• Transaction Count (Txn Count) Indicates how many transactions are included in the block (e.g., 0). This provides a quick snapshot of network activity at the time the block was generated.

• Gas Used Displays the total amount of gas consumed by transactions in the block (e.g., 30,000,000). This shows how much computational power was required to process the transactions and run smart contracts, giving insight into network load and efficiency.

• Parent Hash Shows the hash of the previous block (e.g., 0x5a2dadad...5f5d), linking the current block securely to its predecessor. This cryptographic chain is what maintains the blockchain’s integrity and chronological order.

The Overview Tab simplifies complex blockchain data into digestible, actionable information. It’s an essential tool for anyone wanting to inspect how individual blocks contribute to the overall health, performance, and transparency of the Cintara network.

3.2.2 Transactions Tab

The Transactions Tab provides a detailed breakdown of all transactions included within a specific block on the Cintara blockchain. It helps users trace the movement of funds, understand smart contract interactions, and verify the success of individual transactions.

Each transaction is presented with clear and meaningful data, making it easy to follow even for non-technical users.

Key Components:

• Txn Hash A unique transaction identifier (e.g., 0x47865...46845). Clicking on it opens a full transaction details page, where users can view additional information such as gas usage, transaction status, confirmation details, and associated block number.

• From The address that initiated the transaction (e.g., 0x47865...46845). This is typically the sender’s account or the source of the token/fund transfer.

• To The recipient’s address (e.g., 0x47865...46845). This can be another user account or a smart contract, depending on the type of transaction.

• Value Displays the amount of CINT or tokens transferred (e.g., 120 CINT). This helps users understand the size and significance of the transaction.

• Timestamp Shows the exact time the transaction was processed and included in the block (e.g., 2024-09-28 04:44:00 AM UTC). This adds context to the transaction’s timing within the chain’s activity flow.

• Track fees, network usage, and gas consumption

Whether you're sending CINT tokens, interacting with a contract, or simply reviewing blockchain activity, this tab gives you complete visibility into how transactions are handled on the Cintara network.

3.2.3 Pagination

The Pagination feature in the Transactions and Blocks tables makes it easy for users to explore large sets of data without being overwhelmed. Whether you're looking for a recent transaction or diving into older records, pagination ensures a smooth and organized browsing experience.

How It Works:

• Page Navigation Located below the table, pagination controls let users move between pages by clicking on numbered buttons (e.g., 1, 2, 3). This allows you to access older or newer records without scrolling through a single long list.

• Sorting Options Users can sort the data in the table by clicking on column headers such as:

  • Value – Sort by the amount transferred, from lowest to highest or vice versa.

  • Age – Organize transactions based on how recent or old they are.

  • Transaction Hash – Alphabetically sort transaction IDs for easier lookup.

Whether you're reviewing validator behavior, tracking token transfers, or analyzing contract interactions, Pagination and Sorting ensure you always have efficient access to the data you need — on your terms.

4. Transactions

The Transactions section of the Cintara Explorer offers a comprehensive view of all on-chain activity, helping users understand how the network is being used in real time. Whether you’re a developer monitoring smart contract calls, an investor analyzing market behavior, or a general user verifying transfers, this section provides the transparency and tools you need.

What You’ll See:

• Total Transactions Displays the cumulative number of transactions processed on the Cintara blockchain — a key indicator of network activity and adoption.

• Recent Activity Shows the most recent transactions along with details like sender and receiver addresses, value transferred, timestamp, and transaction status.

• Trends Over Time Visual charts and metrics allow users to track transaction volumes across different timeframes (e.g., daily, weekly, monthly) to spot usage patterns or spikes in activity.

Key Features:

• Filtering Options Filter transactions by status (Success, Failed, Pending), type (transfer, contract interaction, etc.), or specific wallet addresses.

• Sorting Organize data by transaction hash, time, value, or other available parameters to tailor the view to your needs.

• Linked Txn Hashes Clickable transaction hashes allow users to view detailed transaction records, including gas used, block inclusion, contract interactions, and more.

• Real-Time Updates The data refreshes in real time, ensuring users are always seeing the most recent activity as it happens on the blockchain.

4.1 Transaction Summary

The Transaction Summary provides high-level metrics that give users a quick understanding of how active and widely used the Cintara blockchain is. This section focuses on cumulative usage, recent trends, and daily participation — making it ideal for tracking network growth and engagement.

Key Metrics:

• Total Transactions This shows the complete number of transactions recorded on the Cintara blockchain since the network went live (e.g., 68,321,458). It gives a clear sense of the network’s overall scale and historical usage.

• Transactions (Last 30 Days) Displays the total number of transactions that have occurred in the past month (e.g., 3,432,323). This helps users spot activity trends and measure short-term engagement.

• Active Accounts (Today) Indicates how many unique accounts have initiated at least one transaction during the current day (e.g., 12,577). This daily metric reflects real-time user participation and highlights the current level of activity on the network.

4.2 Transactions List

The Transaction Table offers a detailed, row-by-row view of transactions happening on the Cintara blockchain. It helps users drill into the specifics of each transaction, making it easier to verify, analyze, and understand network activity in real time.

Table Columns & What They Show:

• Txn Hash A unique identifier for every transaction (e.g., 0x47865...46845). Clicking the hash opens a full transaction view, where users can explore related data such as gas usage, fees, execution status, and triggered events.

• Type Specifies the nature of the transaction — whether it’s a simple transfer, a staking action, or a smart contract interaction. This helps users quickly understand what kind of activity occurred.

• Block The block number in which the transaction was confirmed (e.g., 4675635). This provides a reference point to place the transaction in the chain’s timeline.

• From Displays the wallet address that initiated the transaction (e.g., 0x47865...46845). This helps users identify the sender or origin of the action.

• To Shows the recipient's address (e.g., 0x47865...46845). For smart contract calls, this may also represent the contract address.

• Timestamp Indicates when the transaction was confirmed on the blockchain (e.g., 2024-09-28 04:14 AM). This adds context for tracking user or dApp activity over time.

• Txn Fee Displays the total fee paid to process the transaction, calculated as Gas Used × Gas Price. This fee is paid in CINT and goes to validators for securing the network.

• Value The amount of CINT (or other tokens) moved in the transaction (e.g., 0.120 CINT). This gives insight into the transaction’s financial significance.

• Status Indicates whether the transaction was Successful, is still Pending, or Failed. This helps users verify if a transfer or contract call went through as expected.

5. Transaction Details

5.1 Overview Tab

The Overview Tab offers a complete summary of all key details related to a specific transaction on CINT. Whether you’re verifying a transfer, reviewing smart contract activity, or analyzing network costs, this tab gives you a clear, organized view of the transaction's purpose, status, and impact.

Key Fields Explained:

• Status Indicates the outcome of the transaction — whether it was Successful, Failed, or is still Pending. This provides immediate clarity on whether the action was completed as expected.

• Transaction Hash A unique identifier for the transaction (e.g., 7ccc3c04...28d69f1). Clicking this opens a shareable and detailed transaction view with expanded technical data.

• From The sender’s wallet or account address (e.g., 7ccc3c04...28d69f1). This identifies the origin of the transaction and the account responsible for initiating it.

• To The recipient’s wallet address or contract address (e.g., 7ccc3c04...28d69f1). In smart contract interactions, this typically refers to the contract being called or interacted with.

• Block Number Displays the block in which the transaction was included (e.g., 5124526). This acts as a timestamp and confirms when the transaction became part of the blockchain.

• Amount Shows the total number of tokens transferred in the transaction (e.g., 100 CINT). It gives users an idea of the transaction’s value.

• Age Indicates how long ago the transaction was confirmed (e.g., 7h ago or 11-06-2023, 7:43 AM). This helps track the transaction’s recency and time of execution.

• Fee The total fee paid by the sender (e.g., 0.01 CINT) for processing the transaction. This fee is based on the amount of gas used and helps secure the network.

• Method Describes the type of transaction or function executed (e.g., Transfer, Delegate, Smart Contract Call). This gives context about the intent behind the transaction.

• Gas Used Indicates the computational resources consumed (e.g., 78,045). Higher gas usage typically reflects more complex operations, such as contract interactions.

• Event Logs Links to the detailed logs triggered during the transaction (e.g., Event ID: 5124526). These logs capture activities like token transfers, contract events, or state changes, providing deep insight into what occurred behind the scenes.

5.2 Address Details

The Address Details section offers a full breakdown of any specific wallet or contract address on the Cintara blockchain. It helps users explore the address’s activity, token holdings, and interactions with the network — all in one place.

Whether you're analyzing a personal wallet, reviewing contract activity, or researching validator performance, this section provides the insights you need to understand how the address engages with the blockchain.

5.3.1 Address

Displays the unique identifier for the address being viewed (e.g., 0xdc3f349f02...c4e9e). This represents the account or contract that’s participating in on-chain activity — whether it’s sending tokens, interacting with contracts, or validating blocks.

5.3.2 Overview

• Balance Shows the total number of CINT tokens currently held by the address (e.g., 1,716.042 CINT). This is the available balance, excluding any staked or locked tokens.

• CINT Value Converts the token balance into its equivalent value in USD (or the selected fiat currency), giving users an estimate of the account’s total worth (e.g., $1,529,253.97).

• Transaction Count Displays how many transactions have been made by or to this address (e.g., 5,245). This helps users gauge the activity level of the account and how often it interacts with the network.

5.3.4 More Info

• Stake Indicates if the address is actively participating in staking. If the address hasn’t staked any tokens, it will show 0 CINT. This metric is important for identifying validator candidates or active delegators contributing to network security.

• Blocks Validated Shows how many blocks have been successfully validated by this address (e.g., 5 Blocks). This field applies specifically to validator addresses, highlighting their role in supporting consensus and maintaining the Cintara network.

5.3.5 Total Transaction Tab

The Total Transactions Tab provides a full history of all transactions linked to the selected address. This includes every time the address has sent, received, or interacted with smart contracts on the Cintara blockchain. By default, this tab is active when viewing an address. Users can also switch to the Tokens Tab for a breakdown of token-related activity.

This section helps users understand how the address engages with the network and offers transparency into both inbound and outbound activity.

Key Columns:

• Txn Hash A unique transaction identifier (e.g., 0x475...4845). Clicking it opens a detailed transaction view where users can explore gas usage, transaction fees, contract logs, and status.

• Block Displays the number of the block in which the transaction was included (e.g., 4675633). This serves as a reference point for when the transaction was confirmed.

• Method Describes the function or action performed in the transaction (e.g., Transfer, Delegate, or Smart Contract Call). This gives users insight into what type of operation took place.

• Timestamp Shows the time since the transaction occurred (e.g., 4 days 2 hrs ago). This helps users build a timeline of the address’s on-chain activity.

• From Indicates the sender of the transaction (e.g., 0x47865...46815). If this is the current address being viewed, it shows that it initiated the transaction.

• To Displays the recipient of the transaction (e.g., 0x6f6f...453d2). If this is the current address, it means it received tokens or interacted with a contract.

• Value The amount of CINT or tokens transferred in the transaction (e.g., 36.62 CINT). This indicates the financial size of the transaction.

• Status Indicates whether the transaction was Successful, is still Pending, or Failed. This is important for tracking whether the action was completed or encountered issues.

5.3.6 Export Option

The Export Option allows users to download the full transaction history of a specific address in CSV format. This is especially useful for developers, analysts, auditors, and investors who want to review blockchain activity outside of the Explorer interface.

What You Can Do:

• Download Transaction Data With a single click, users can export all transactions associated with the address — including details like timestamps, transaction hashes, values, fees, and statuses.

• Offline Analysis Once exported, the CSV file can be opened in tools like Excel for sorting, filtering, and custom analysis.

• Record Keeping & Reports Ideal for financial tracking, compliance reporting, or auditing purposes, especially for users managing wallets with high activity.

5.4 Tokens Transaction Tab

The Tokens Transaction Tab provides a detailed overview of all token-related activity for a specific address. It highlights every interaction involving tokens beyond CINT, helping users monitor token balances, contract interactions, and transaction histories associated with those assets.

This section is especially useful for users who actively hold, trade, or interact with multiple tokens within the Cintara ecosystem.

Information Displayed in the Table:

• Token Name Displays the full name of the token (e.g., awMTETHBC). This helps users understand which specific token was involved in the transaction.

• Symbol Shows the token’s symbol or ticker (e.g., AWM). This short label makes it easy to identify and differentiate between tokens at a glance.

• Txn Hash A unique transaction ID (e.g., 0x475...4845). Clicking this opens a detailed view with additional transaction information like gas used, status, and event logs.

• Method Indicates the type of action taken in the transaction (e.g., Transfer, Delegate, or Smart Contract Call). This helps clarify the purpose of the token movement or contract interaction.

• Timestamp Displays how long ago the transaction was confirmed (e.g., 4 days 2 hrs ago). It helps users follow the sequence of token-related activities.

• From Shows the sender's wallet address (e.g., 0x47865...46815). If the address currently being viewed is the sender, this confirms that it initiated the transaction.

• To Displays the recipient's address (e.g., 0x6f6f...453d2). If the current address is the receiver, this confirms it was the beneficiary of the transfer.

• Value Indicates the number of tokens involved in the transaction (e.g., 36.62 AWM). This helps users assess the size and importance of the token transfer.

• Status Shows whether the transaction was Successful, Pending, or Failed, helping users confirm if the token operation was completed as intended.

5.4.1 Export

Enables users to export the transaction history of the address in CSV format, allowing for detailed offline analysis.

6. Tokens

The Tokens screen in Cintara Explorer provides a comprehensive view of all tokens deployed on the Cintara blockchain. Whether you're an investor, developer, or everyday user, this section allows you to explore token behavior, performance, and smart contract details — all in one place.

It’s designed to deliver transparency, simplify token monitoring, and support informed decision-making across the ecosystem.

What You Can Do on the Tokens Screen:

• View Token Metrics Access essential data for each token, including current balance, market price, supply, and number of holders. These metrics help you understand a token’s scale and circulation.

• Explore Token Transactions Dive into each token’s transaction history to see how often it’s used, where it’s going, and who’s interacting with it.

• Review Smart Contract Details View verified contract addresses and status, enabling you to assess trustworthiness and better understand how each token is programmed.

• Track Market Trends Monitor token performance over time through price movements, trading volume, and adoption rate. This helps users stay ahead of market shifts.

• Filter & Sort Tokens Easily organize the token list by name, value, volume, or activity level to focus on the tokens most relevant to your needs.

6.1 Total Tokens

The Total Tokens metric on Cintara Explorer shows the number of unique tokens deployed on the Cintara blockchain. This includes utility tokens, governance tokens, wrapped assets, and other custom tokens created for various applications and ecosystems.

What It Represents:

• Total Tokens Displays the full count of tokens registered on the network (e.g., 734). This figure reflects the growth of the Cintara ecosystem and the diversity of projects building on it.

6.2 Contracts (ERC-20)

The Contracts (ERC-20) metric on Cintara Explorer displays the total number of ERC-20 token contracts deployed on the Cintara blockchain. These contracts follow a widely adopted standard for creating fungible tokens, ensuring consistency and interoperability across the ecosystem.

What It Represents:

• ERC-20 Token Contracts Shows how many tokens on the chain comply with the ERC-20 standard (e.g., 500). These tokens share the same structure and behavior, making them easily transferable and integrable.

6.3 Tokens List Section

The Tokens List section on Cintara Explorer provides a comprehensive table of all tokens deployed on the Cintara blockchain. It gives users an at-a-glance overview of token activity, ownership, and contract details — helping developers, investors, and community members better understand the dynamics of each token within the ecosystem.

Columns Explained:

• Token Name Displays the full name of the token (e.g., awMTETHBC, ION, INJ) and may include its association with a validator or platform. This helps users identify the token’s origin, use case, or participation in network-level functions like staking, governance, or validation.

• Contract Address The unique smart contract address where the token is deployed (e.g., 0x47865...46845). Clicking the address opens a dedicated token detail page with data on contract creation, transactions, holders, and more.

• Total Supply Shows the total number of tokens that have been minted or are in circulation (e.g., 1,517). This metric helps users gauge the overall scale and issuance model of the token.

• Holders Displays the percentage (or number) of token holders relative to total supply (e.g., 99%). This gives insights into how decentralized or concentrated the token distribution is, which is useful for assessing fairness, governance dynamics, or potential risks.

Why It’s Useful:

This section allows users to:

• Discover and evaluate tokens on the Cintara network

• Check contract legitimacy and holder distribution

• Analyze token supply and market presence

• Identify connections between tokens and validators or dApps

The Tokens List is an essential tool for transparency, helping users make informed decisions and understand the broader token landscape within the Cintara blockchain.

7. Validators

7.1 Validator Summary

The Validator Summary section on Cintara Explorer provides an at-a-glance view of the current status and performance of validators operating on the Cintara blockchain. It highlights key metrics that reflect the decentralization, security, and efficiency of the validator network — making it especially useful for delegators, network participants, and governance contributors.

Key Metrics Explained:

• Onchain APY Displays the current Annual Percentage Yield (e.g., 31.58%) offered by validators as staking rewards. This helps delegators evaluate potential returns when choosing where to stake their CINT tokens.

• Total Validators Indicates the total number of validators currently registered on the Cintara network (e.g., 45). This metric reflects the size of the validator set and gives a sense of the network’s decentralization.

• Bonded Rate Shows the percentage of the total CINT supply that is currently bonded or staked with validators (e.g., 19.947%). A higher bonded rate suggests strong trust in the validator ecosystem and robust participation in securing the chain.

• Active Validators Displays how many validators are actively producing blocks and participating in consensus (e.g., 42). This number helps assess the blockchain’s operational health and validator responsiveness.

This summary ensures that users have a transparent view of validator dynamics, supporting both better staking decisions and stronger community oversight of the network’s governance infrastructure.

7.2 Validators Table

The Validators Table on Cintara Explorer presents a detailed snapshot of all validators operating on the Cintara blockchain. It’s designed to help users — especially delegators and governance participants — evaluate validator performance, reliability, and community trust.

The table includes key metrics for each validator, giving a transparent view of their contribution to the network and their appeal to token delegators.

Table Columns Explained:

• Validator Name The public name or unique identifier of the validator (e.g., Shidoguardian, Virgin.inc, Xshrimp.com). This makes it easy to distinguish and recognize validators by name or branding.

• Voting Power Indicates the total number of tokens delegated to the validator (e.g., 3,025). Voting power determines the validator’s influence in the consensus process. Validators with no delegated stake may show no value here, meaning they have no active participation in voting.

• Delegators Displays how many unique accounts have delegated tokens to the validator (e.g., 1). This helps users assess community trust and participation in supporting the validator.

• Self Bonded Reflects the number of tokens the validator has personally bonded to their own validator node (e.g., 3,035.00000000). This shows the validator’s personal financial commitment to the network’s security and uptime.

• Commission Shows the fee percentage that the validator takes from earned staking rewards (e.g., 0.05%). Lower commissions may appeal to more delegators, while higher ones may indicate a well-maintained or feature-rich validator service.

• Status Indicates the validator’s current role within the network:

  • Active – Currently producing blocks and participating in consensus

  • Deactivating – Preparing to exit the active validator set

  • Inactive – Not currently validating or contributing to consensus

• Evaluate validator reliability and participation history

Whether you’re choosing where to stake your CINT tokens or tracking validator performance, this table is a core tool for engaging with the Cintara network’s consensus layer.

8. Nodes

The Nodes screen on Cintara Explorer offers a transparent and detailed view of the network infrastructure powering the Cintara blockchain. It displays real-time data about individual nodes — including their location, availability, and performance — making it an essential tool for both users and node operators.

This section is designed to help monitor network stability, support troubleshooting, and promote decentralization transparency.

8.1 Node Performance Overview

The Node Performance Overview provides essential metrics about the health, participation, and global footprint of the nodes powering the Cintara blockchain network. It helps users, developers, and node operators understand how well the infrastructure is performing and how decentralized and secure the network truly is.

Key Metrics Explained:

• Block Height Shows the current number of blocks added to the blockchain (e.g., 734). This is a direct indicator of the network’s uptime and continuous growth.

• Bonded Coins Displays the total amount of CINT coins staked by validators (e.g., 5,266,265). A higher number reflects strong participation in securing the network through consensus.

• Latest Block Indicates the number of active nodes that participated in validating and broadcasting the most recent block (e.g., 21). These nodes ensure smooth propagation of transactions and data across the network.

• Total Blocks Produced Represents the number of unique entities (e.g., validators or node operators) that have contributed to block production. This helps assess how many participants are actively supporting network consensus.

• Cintara Participants Displays the total number of network participants (e.g., 108), including node operators, validators, and infrastructure contributors. It offers insight into the human and technical ecosystem behind Cintara.

• Countries Shows how many different countries host active nodes (e.g., 10). A geographically distributed network increases decentralization, resilience, and fault tolerance, making the system more secure and censorship-resistant.

8.2 Geographical Node Map

The Geographical Node Map offers a real-time visual representation of the global distribution of nodes in the Cintara blockchain network. This feature helps users, developers, and node operators understand how decentralized and resilient the infrastructure truly is.

What It Shows:

• Node Locations Each marker on the map represents one or more nodes operating in a specific region or country. This gives a quick overview of where the network is most active.

• Node Count by Location See how many nodes are hosted in each country or city. This helps assess whether node distribution is concentrated or broadly spread across different regions.

• Node Status The map may display live status indicators (e.g., active, inactive, syncing) so users can monitor node health in real time.

• Latency & Performance For each location, latency metrics may be available, showing how quickly nodes respond to the network — an important metric for performance and availability.

Why It’s Important:

• Visualizes Decentralization A globally distributed network is less prone to censorship, downtime, and single points of failure. The map makes this distribution easy to assess at a glance.

• Enhances Network Transparency Users can explore the actual infrastructure behind the blockchain, improving trust and accountability.

• Assists Node Operators Operators can compare node locations and performance, identify underserved regions, and optimize for latency and redundancy.

The Geographical Node Map is a powerful tool for understanding the scale and structure of the Cintara blockchain — ensuring that users can see, in real time, how the network is anchored around the world.

8.2 Node Details Table

The Node Details Table offers an in-depth look at every individual node operating within the Cintara network. Designed for both users and node operators, this table helps track performance, monitor uptime, and assess decentralization through node-level data.

Table Columns Explained:

• Sr. No. A sequential number assigned to each node for easy reference and organization. This makes navigating the list and tracking individual nodes more efficient.

• Node Name The descriptive name of the node (e.g., Tics-thunder-archive), often chosen by the operator. It can indicate the node’s purpose (e.g., archive, validator, RPC) or its affiliated entity.

• Node Address A unique identifier for the node (e.g., 0x47865...46845). Clicking this address opens a dedicated page showing detailed metrics, such as uptime, transaction processing history, and network participation logs.

• Location Indicates the geographical location or hosting region of the node (e.g., Germany). This helps users and analysts assess the distribution and decentralization of nodes across the globe.

Why It’s Useful:

The Node Details Table is valuable for:

• Network Transparency – See who is contributing to the network and from where

• Performance Monitoring – Evaluate the consistency and availability of individual nodes

• Decentralization Insight – Track how nodes are spread geographically and organizationally

• Operational Analysis – Node operators can compare uptime, latency, and visibility across peers

Whether you're validating the network, running infrastructure, or analyzing ecosystem health, the Node Details Table offers granular insight into the heartbeat of the Cintara blockchain.

9. Contracts

The All Contracts section in Cintara Explorer provides a centralized, searchable directory of every smart contract deployed on the Cintara blockchain. Whether you’re a developer, user, researcher, or auditor, this feature makes it easy to explore, verify, and interact with smart contracts in a secure and transparent way.

What It Offers:

• Comprehensive Contract Listings Displays all deployed smart contracts, including standardized tokens (ERC-20, ERC-721) and custom implementations.

• Key Details for Each Contract Each contract entry includes:

  • Contract Address – The unique on-chain address where the contract lives

  • Creator Address – The account that deployed the contract

  • Deployment Date – When the contract was added to the network

  • Contract Type – Identifies if the contract follows known standards (e.g., ERC-20, ERC-721) or is a custom contract

• Automatic Indexing As soon as a contract is deployed on-chain, it is automatically indexed and added to the list along with its metadata — ensuring it is immediately discoverable.

Interactive Features:

• Search & Filter Quickly find contracts by name, type, or address using powerful search and filter options.

• Contract Detail View Click on any contract to view:

  • Transaction history

  • Read/Write methods

  • ABI (Application Binary Interface)

  • Event logs and function call traces

  • Verification status and source code (if available)

9.1 Contracts - Cintara Chain Overview Section

The Contracts Overview section provides a summary of all smart contracts deployed on the Cintara blockchain. It helps users quickly understand the scale, diversity, and standardization of contract types in the network. This overview is useful for developers, auditors, dApp users, and anyone interested in tracking blockchain growth and token adoption.

Key Metrics:

• Total Contracts Displays the total number of smart contracts deployed on the Cintara blockchain (e.g., 734). This includes all types of contracts — from token standards to application logic, governance mechanisms, staking platforms, and more.

• Contracts (ERC-20) Shows the number of deployed ERC-20 token contracts (e.g., 500). These contracts define fungible tokens, making them compatible with wallets, exchanges, and most DeFi applications across the ecosystem.

• Contracts (ERC-721) (FR 10.001c) Displays the number of ERC-721 contracts on the network (e.g., 500). ERC-721 contracts are used for non-fungible tokens (NFTs), supporting use cases like collectibles, digital art, and identity assets.

• Contracts (ERC-1155) Shows the number of ERC-1155 contracts deployed (e.g., 500). This standard supports multi-token contracts that can handle both fungible and non-fungible assets — ideal for gaming, digital assets, and batch transfers.

9.2 Contract Overview Table

The Table offers a structured and comprehensive view of all token-related smart contracts deployed on the Cintara blockchain. It helps users, developers, and auditors explore the lifecycle, status, and activity of each contract, with quick access to essential contract and token data.

Table Columns Explained:

• Name The name associated with the blockchain project or token (e.g., Cintara Chain). This helps users identify the origin, brand, or use case behind the contract.

• Type Specifies the contract standard it follows (e.g., ERC-20, ERC-721). This indicates the token’s structure and its compatibility with wallets, exchanges, and dApps.

• Contract Address A unique blockchain address representing the deployed smart contract (e.g., 0x47865...46845). Clicking on the address opens a full contract profile, including transaction history, ABI, and other on-chain interactions.

• Txn Hash Displays the total number of transactions involving the contract (e.g., 4). This metric gives users insight into how often the contract is being used.

• Last Executed At Shows the most recent timestamp when the contract was interacted with (e.g., Feb 2024, 18:15:20). Frequent activity indicates ongoing use, such as token transfers or contract function calls.

• Deployed At Indicates the original deployment time and date of the contract (e.g., 2024-09-28, 04:14 AM). This helps users understand how long the contract has been active on the network.

• Status Displays the current verification status of the contract:

  • Success – Contract is verified and its source code is publicly accessible

  • Pending – Verification is in process or awaiting submission

  • Failed – Verification attempt failed or is invalid

10. Contract Detail

The Contract Detail screen on Cintara Explorer offers an in-depth view of a specific smart contract deployed on the Cintara blockchain. It provides users, developers, and auditors with essential information to understand the contract’s origin, purpose, and on-chain activity — promoting both transparency and trust.

10.1 Contract Details Overview

The Contract Details Overview section provides a concise summary of the most important information about a specific smart contract deployed on the Cintara blockchain. It helps users quickly understand the contract’s identity, activity, origin, and current status — essential for anyone verifying, interacting with, or researching smart contracts.

Key Fields Explained:

• Name Displays the user-defined name of the smart contract, assigned during deployment. This helps identify the purpose or owner of the contract more easily than just using the address.

• Contract Address The unique blockchain address of the contract (e.g., 0x20c50ca92f...02C). Clicking on this opens a full detail view, including its interaction history, internal calls, and event logs.

• Type Specifies the standard or category of the contract (e.g., ERC-721). This determines how the contract operates and what it can be used for — such as managing tokens, NFTs, or custom dApp logic.

• Balance Shows the current token or native currency balance held within the contract (e.g., 400 CINT). This may include staked funds, user deposits, or earned rewards.

• Creator Displays the address that deployed the contract (e.g., 0x47865...46845). This provides visibility into the entity or account behind the contract’s creation.

• Last Executed At Indicates the most recent time the contract was interacted with (e.g., 15 Feb 2024, 18:15:20). Frequent updates may signal active use, automation, or dApp backend functions.

• Deployed At The timestamp when the contract was originally deployed to the blockchain (e.g., 15 Feb 2024, 16:15:20). This gives context into how long the contract has been operational.

• Internal Transactions Count Displays the total number of internal transactions related to the contract (e.g., 4). These include contract-to-contract calls and operations that happen during execution but may not be visible in standard transaction lists.

• Transaction Hash Shows the hash of the most recent transaction involving the contract (e.g., 0x8fdc43...4c8f345). Clicking this will reveal complete transaction details, including status, gas used, and triggered events.

Why It’s Useful:

This overview gives developers, users, and auditors a quick yet comprehensive understanding of:

• Who created the contract and when.

• How actively it’s being used.

• What role it plays in the network.

• Its current on-chain status and token holdings.

The Contract Details Overview promotes transparency and helps users confidently interact with smart contracts on the Cintara blockchain.

10.2 Token Information

The Token and Transaction Information section provides detailed insights into the token associated with a specific smart contract on the Cintara blockchain. This section helps users, investors, and developers understand the token’s properties, supply, and structure — all of which are essential for evaluating its role in the ecosystem.

Key Fields Explained:

• Token Name Displays the full name of the token associated with the contract (e.g., Cintara). This helps users identify the token in wallets, dApps, and dashboards.

• Symbol The token’s ticker or shorthand identifier (e.g., CINT). This symbol is commonly used in transaction interfaces, token swaps, and exchange listings.

• Decimal Indicates how many decimal places the token can be divided into (e.g., 18). This determines the smallest possible unit of the token that can be transacted, ensuring flexibility in usage.

• Total Supply Shows the total number of tokens minted or currently in circulation (e.g., 150,000,000). This gives users insight into the token's overall scale, potential scarcity, and economics.

10.3 Transaction Tab

The Transaction Information section provides a detailed log of all blockchain transactions associated with a specific smart contract. Organized in a clean and readable table format, it helps users trace every interaction with that contract — whether it's token transfers, approvals, staking actions, or other contract functions.

Table Columns & Descriptions:

• Txn Hash A unique identifier for each transaction (e.g., 0x47865...46845). Clicking on the hash opens a full transaction detail view, including gas fees, event logs, and related interactions.

• Method Displays the function or method called during the transaction (e.g., Approval, Transfer, Delegate). This helps users understand the nature and intent of each transaction.

• From Shows the wallet address that initiated the transaction. This field identifies the sender or the account that interacted with the smart contract.

• To Displays the recipient’s address or the contract address being interacted with. This lets users trace where assets, approvals, or function calls were directed.

• Status Indicates the result of the transaction — typically Success, Pending, or Failed. This adds clarity and transparency around whether the transaction executed properly.

• Amount Shows the value involved in the transaction (e.g., 0.000002692 CINT). This could represent transferred tokens or the cost incurred for executing the action.

• Block Lists the block number in which the transaction was confirmed (e.g., 4675633). This provides a reference point in the blockchain’s chronological sequence.

• Timestamp Indicates the precise date and time the transaction occurred (e.g., 2024-09-28 04:14 AM). It helps users trace when specific activities happened.

10.4 Transfer Tab

The Transfer Tab displays a focused view of all token transfer activities related to a specific smart contract. Whether you're monitoring token movements for audit purposes, tracking user activity, or analyzing token distribution, this tab offers clear and organized insights into every transfer event on the contract.

Table Columns & Descriptions:

• Txn Hash A unique transaction identifier (e.g., 0x47865...46845). Clicking the hash opens a full breakdown of the transaction, including gas used, logs, and method details.

• From The wallet address that sent the tokens. This shows the origin of the transfer and helps trace token movement across the network.

• To The recipient address that received the tokens. This field indicates where the tokens were sent and can reveal wallet interactions or distribution patterns.

• Status Indicates whether the transaction was completed successfully (Success) or encountered an issue (Failed). This offers transparency on the reliability of transfers.

• Block Shows the block number in which the transfer was confirmed (e.g., 4675633). It serves as a timestamp anchor and helps users trace the transaction’s position in the blockchain.

• Amount The number of tokens moved in the transfer (e.g., 205). This helps users quickly assess the value and size of each transfer event.

• Timestamp Displays the exact date and time the transfer occurred (e.g., 2024-09-28 04:14 AM). This adds context for historical analysis and real-time tracking.

Why This Matters:

The Transfer Tab simplifies the process of reviewing token flows, making it easier for users, investors, and developers to track distribution, monitor wallet interactions, and ensure transparency. It’s especially useful for identifying key transfer patterns, analyzing token utility, or auditing token movement across different timeframes.

10.5 Holders Tab

The Holders Tab offers a comprehensive overview of token distribution across all wallet addresses that hold a specific token. It enables users to assess how concentrated or decentralized a token's supply is, which is essential for understanding project health, governance influence, and market risks.

Table Columns & Descriptions:

• Rank Indicates the holder’s position based on the number of tokens held (e.g., #1, #2). Higher ranks belong to addresses with the largest token holdings, offering insight into top stakeholders.

• Token Name Displays the name of the token (e.g., Cintara). This helps users quickly associate the holder data with the corresponding token.

• Type Identifies the contract standard used by the token (e.g., ERC-20, ERC-721, ERC-1155, or custom). This gives context on how the token behaves and interacts with the blockchain.

• Address Shows the public wallet address of the token holder (e.g., 0x47865...46845). Clicking the address opens a detailed view of that wallet’s transaction history, balance, staking status, and other interactions on the Cintara network.

• Quantity Displays the total number of tokens held by the address (e.g., 2,167,879). This gives a clear sense of the holder's stake in the token’s ecosystem.

• Percentage Indicates the share of the total token supply held by the address (e.g., 5%). This is critical for evaluating token concentration, potential whale activity, and decentralization.

This section is especially useful for audit teams, analysts, and community members looking to ensure fair token distribution and healthy network participation.

10.6 Event Tab

The Events Tab offers an organized, real-time view of all blockchain events triggered by a smart contract. These events are essential markers that reveal contract behavior, track critical actions, and support debugging. This section is especially valuable for developers, auditors, and users looking to monitor on-chain activity with precision.

Table Columns & Details:

• Txn Hash Displays the unique transaction identifier that triggered the event (e.g., 0x6b5...4c85). Clicking this opens a detailed transaction view, including execution details and associated logs.

• Block Indicates the block number in which the event was recorded (e.g., 187564434). This helps establish a chronological reference for when the event occurred on the blockchain.

• Age Shows how much time has passed since the block containing the event was confirmed (e.g., 1 min ago). Useful for tracking the freshness of contract activity.

• Method Displays the function or contract method that generated the event (e.g., Approval, Transfer). This helps users quickly identify the type and intent of the action.

• Logs Provides detailed log data emitted during the transaction. This includes:

  • Topics: Indexed parameters (e.g., sender, receiver, value) that make it easier to filter and search through logs.

  • Data: Unindexed details carrying event-specific values not captured in topics.

  • Hex View: A raw hexadecimal output of the entire log for developers needing a low-level view for debugging or technical audits.

10.7 Contract Tab

The Contract Tab gives users deep access to the technical aspects of a smart contract deployed on the Cintara blockchain. It’s designed for developers, auditors, and anyone interested in understanding how a contract works or verifying its structure. This section is structured into several focused sub-tabs, each offering valuable insights.

Sections within the Contract Tab:

• Read Contract Allows users to interact with the contract’s public “read-only” methods. These methods do not change the blockchain’s state and can be used to fetch live data (e.g., balance of an address, token supply).

• Write Contract Provides access to functions that change the state of the blockchain. Users can connect their wallet (e.g., MetaMask) and call methods like transferring tokens, staking, or interacting with dApps.

• Code Viewer If the contract is verified, this section displays the contract’s source code. It helps users audit logic, confirm security practices, and understand how the contract operates.

• ABI (Application Binary Interface) Lists the contract’s ABI in JSON format. This interface defines how applications and users interact with the contract, including available functions and event structures.

• Bytecode Displays the raw bytecode deployed on the blockchain. This is useful for low-level inspection or advanced audits when the source code is not available.

• Compiler & Version Info Shows metadata about the contract’s development and deployment environment, including the Solidity version, optimization settings, and compiler used.

10.7.1 Code Details

The Code Details section provides crucial technical metadata about the contract’s compilation and verification process. This information is essential for developers, auditors, and users who want to confirm the authenticity and reliability of a deployed contract.

Key Information Displayed:

• Verification Status Indicates whether the contract has been successfully verified. This could be:

  • Fully Verified: The source code matches the deployed bytecode exactly.

  • Partially Verified: Only parts of the source code or metadata are matched.

  • Unverified: The code is not yet publicly verified.

• Contract Name The name or identifier of the smart contract (e.g., CINT). It reflects the main purpose or functionality defined during deployment.

• Compiler Version Specifies the exact Solidity compiler version used to compile the contract (e.g., v0.8.20). This helps developers ensure compatibility with the source code.

• Optimization Enabled Indicates whether the contract was compiled with optimization (e.g., False). Optimization reduces bytecode size and improves gas efficiency during execution.

• Optimization Runs Shows how many optimization runs were configured during compilation (e.g., 200). This setting fine-tunes the contract’s performance and size.

• Verified At Displays the exact date and time when the contract was verified on-chain (e.g., 23rd Jul 2024, 15:29:17). This gives historical context to the contract’s verification process.

• time when the contract was verified (e.g., 23rd Jul 2024, 15:29:17).

10.7.1.1 Compiler Messages

The Compiler Messages section displays all warnings, errors, and informational notices generated during the contract's compilation. These messages are essential for developers to assess code quality, identify potential issues, and follow best practices.

What It Includes:

• Warnings

  • Common notices such as missing SPDX license identifiers (SPDX-License-Identifier missing in source file).

  • Alerts for unused variables or functions that may indicate redundant or inefficient code.

  • Recommendations on visibility settings or data mutability for better contract performance and readability.

• Errors (if any)

  • Indicates compilation failures or critical issues that prevent deployment.

  • Useful for debugging when contract verification fails.

• Best Practice Suggestions

  • Security recommendations like using require for input validation.

  • Gas optimization tips, such as ordering of storage variables or minimizing loops.

10.7.1.2 Contract Source Code

The Contract Source Code section displays the original Solidity code of the deployed smart contract. It allows developers, auditors, and users to inspect and verify the logic, security, and structure of the contract directly on-chain.

Key Features:

• Full Solidity Code Access Users can view the complete source code of the contract, including:

  • pragma declarations and compiler settings

  • import statements for dependencies

  • State variables and data structures

  • Public and private functions

  • Events and modifiers

• Transparency & Trust Viewing the contract code enables:

  • Validation of its functionality and intent

  • Public auditing for security and logic flaws

  • Trust from users interacting with the contract

• Readability & Formatting The code is presented in a structured, syntax-highlighted format, making it easy to navigate and understand.

10.7.1.3 Contract ABI

The Application Binary Interface (ABI) acts as the bridge between smart contracts and external applications. It defines how users, wallets, and decentralized apps (dApps) can interact with the contract on the Cintara blockchain.

Key Components:

• Function Definitions Lists all callable functions of the contract, along with their:

  • Names (e.g., transfer, approve)

  • Input parameters (e.g., recipient address, token amount)

  • Output values (e.g., success boolean)

  • Visibility (public, external, etc.)

• Event Declarations Details all events emitted by the contract (e.g., Transfer, Approval), including:

  • Event name

  • Indexed and non-indexed parameters

  • Data formats for listeners and subscribers

• Compatibility Layer The ABI enables:

  • Interaction with wallets like MetaMask and Ledger

  • Integration with front-end interfaces and dApps

  • Contract calls and state queries via Web3 and ethers.js

10.7.1.4 Contract Creation Code

The Contract Creation Code shows the compiled bytecode that was used to deploy the smart contract on the Cintara blockchain.

What It Includes:

• Deployment Bytecode This is the low-level machine-readable code generated after compiling the smart contract. It’s what gets executed by the blockchain during deployment.

• Purpose

  • Allows developers and auditors to verify that the contract was deployed exactly as written in the source code.

  • Useful for comparing deployed bytecode with verified source code to ensure there’s no tampering or unintended behavior.

  • Helps in auditing, forensic analysis, and security reviews.

• Who Uses It

  • Developers use it to validate successful deployment.

  • Auditors check the bytecode to ensure code integrity.

  • Validators may review it when confirming contract origin and authenticity.

10.7.2 Read Contract Tab

The Read Contract tab allows users to interact with the contract’s public, read-only functions. These functions are used to retrieve data from the blockchain without performing any state changes—meaning they don’t cost gas and do not require any token or wallet interaction.

Key Features:

• Query On-Chain Data Instantly Users can access real-time information such as:

  • Token balances

  • Total supply

  • Contract metadata

  • Staking parameters

  • Governance configurations

• No Wallet Connection or Gas Needed Since read functions do not alter blockchain state, you can use them freely without fees or a connected wallet.

• Accessible Interface The tab presents a clean interface where each function is listed with input fields (if applicable) and a “Query” button to instantly fetch the data.

• Use Cases

  • Developers verifying contract data

  • Token holders checking balances or allowances

  • Auditors reviewing contract configurations

  • General users exploring how a contract behaves

10.7.2.1 Wallet Connection

The Wallet Connection feature enables users to securely link their wallet (e.g., MetaMask) to the Cintara Scan interface. While interacting with read-only functions doesn’t require gas fees or token balances, wallet integration ensures a personalized, secure, and authenticated experience.

Key Benefits:

• Secure Interaction Connecting your wallet ensures that any queries or interactions are securely tied to your identity, without compromising private keys.

• Enhanced Accessibility Users can seamlessly transition between viewing contract data and performing write operations when needed, all within the same interface.

• Personalized Data Retrieval Some read functions may return wallet-specific information—such as token balances or allowances—which becomes available only after connecting a wallet.

• No Gas Required for Reads Interacting with read-only functions still remains free of cost. Wallet connection does not trigger any on-chain transactions or incur fees unless explicitly authorized.

10.7.2.2 Contract Information

The Contract Information section under the Read Contract tab allows users to explore and interact with all publicly accessible read-only functions available in the smart contract. This feature is designed for easy data retrieval without modifying the blockchain or requiring gas fees.

Key Features:

• Public Functions Lists all readable functions exposed by the contract, such as checking token balances, retrieving metadata, or querying contract state (e.g., balanceOf, name, symbol, totalSupply).

• Expandable Functions Each function is listed by name (e.g., _verifyTransfer). Users can click to expand any function, revealing input fields and the option to execute it for live data.

• Inputs and Outputs Some functions require inputs—such as a wallet address or token ID. Once submitted, the contract returns output values instantly, allowing users to view real-time information pulled directly from the blockchain.

10.7.3 Write Contract Tab

The Write Contract tab enables users to interact with the smart contract by executing state-changing functions. Unlike read-only functions, these actions alter data on the blockchain and require wallet authentication and gas fees.

What You Can Do:

• Transfer tokens

• Delegate stake

• Update contract settings

• Trigger smart contract functions (e.g., approve, mint, burn)

10.7.3.1 Wallet Connection

Before performing any write operations on the Cintara blockchain—such as submitting transactions, interacting with smart contracts, or modifying on-chain data—users must first connect a supported Web3 wallet (e.g., MetaMask, WalletConnect).

Connecting a wallet enables the following essential functions:

• Authorization

Confirms the identity of the user and verifies their permissions. This ensures that only authorized accounts can initiate sensitive or value-bearing operations.

• Transaction Signing

All write actions must be cryptographically signed using the user’s private key stored within the connected wallet. This signature proves that the action was approved by the account owner.

• Gas Fee Handling

Blockchain write operations require gas. A connected wallet ensures the user has sufficient funds (e.g., CINT tokens) to cover the transaction fees, and facilitates smooth execution.

10.7.3.2 Contract Information

The Callable Functions section displays all available write functions defined in a smart contract. These functions are interactive components that users can call to initiate actions that modify the blockchain’s state—such as transferring tokens, updating contract variables, or triggering on-chain logic.

Key Elements

1. Callable Functions

Displays a list of all exposed write (state-changing) functions in the contract, such as batchTransferETH, approve, or mintToken. These functions directly affect the blockchain’s data and often require gas to execute.

2. Expandable Functions

Each function can be expanded by clicking its name. This reveals a detailed interface where users can interact with the function, making it easier to review and execute specific calls.

3. Input Fields

Once expanded, the function interface displays the necessary input parameters. These may include:

• Wallet addresses

• Token amounts

• Identifiers (IDs)

• Boolean flags or strings

These fields must be completed accurately to successfully execute the selected function.

What You’ll Find

An interactive and organized list of write-enabled smart contract functions, complete with parameter input fields and execution controls.

Whether you're a developer, token holder, or protocol operator, the Callable Functions interface bridges the gap between on-chain logic and user-level control.

10.7.3.3 Executing Transactions

After selecting and configuring a write function in the contract interface, users can initiate the transaction to modify the blockchain state. This section explains how to finalize that process securely and efficiently.

1. Execute Button Once all required input fields are filled out correctly, users can click the "Execute" button to send the transaction. Upon clicking, the connected wallet (e.g., MetaMask, WalletConnect) will automatically prompt the user to review and confirm the transaction details.

Note: The function will not proceed unless the wallet confirmation is completed.

1. Gas Fees All write operations on the Cintara blockchain require gas, paid in CINT tokens. Before confirmation, the wallet displays:

• Estimated gas cost

• Total transaction value (if applicable)

  This helps users make informed decisions about whether to proceed with the transaction, based on fee estimates and current network conditions.

What You’ll Find

A simple and secure interface to submit blockchain transactions, complete with wallet confirmation and fee estimation.

10.8.4 Analytics Tab

The Analytics Tab in Cintara Explorer provides real-time visual insights into the activity and performance of smart contracts and associated token interactions. This tab is designed to help users monitor contract behavior, understand usage trends, and evaluate token flow across the Cintara blockchain.

10.7.4.1 Overview of the Analytics Tab

This section offers graphical representations of key performance metrics that are updated in real time and plotted over selectable time ranges.

Key Metrics Displayed:

1. Transfer Amount

Represents the total value of tokens transferred over a given period. Useful for analyzing transactional volume and economic activity associated with the smart contract.

2. Transfer Count

Displays the total number of token transfers executed. This metric provides insight into the frequency of usage and on-chain engagement.

3. Unique Receivers

Indicates the total number of unique wallet addresses that received tokens. Helps assess distribution reach and the diversity of recipients.

4. Unique Senders

Shows the number of unique addresses that sent tokens. It reflects user participation and source-side engagement.

5. Total Uniques

Combines senders and receivers to present the overall number of unique addresses interacting with the token or contract. This offers a holistic view of contract reach and adoption.

What You’ll Find

A dynamic dashboard of charts and metrics that track contract-level and token-level activity, offering insight into who is using the contract, how often, and with what volume.

11. Contract Verification

The Verify and Publish Contract screen allows users to verify their smart contracts by submitting the original source code and matching it with the deployed bytecode on the Cintara blockchain. This process ensures transparency, security, and trust in the smart contract’s operations and promotes open-source best practices.

What You’ll Find

• A guided, step-by-step process to submit and verify contract source code

• Support for compiler configuration, ABI input, optimization, and EVM settings

• Feedback and status updates for successful verification.

11. 1 Step 1- Enter Contract Details

1. Contract Address: Enter the address of the deployed smart contract (e.g., 0xF0245F...D80B60) in the input field. This address is used to retrieve the bytecode stored on-chain for comparison during verification.

2. Compiler Details:

• Compiler Type: Select the language used to develop the contract (e.g., Solidity, Vyper).

• Compiler Version: Choose the specific version used during compilation (e.g., v0.8.20) to ensure compatibility.

• Open Source License Type: Select the license (e.g., MIT, GPL) under which the contract is published. This ensures legal compliance and clarity for code reuse.

1. Agree to Terms of Service:

Check the box to confirm your agreement with the platform’s Terms of Service before proceeding.

1. Action Buttons:

• Reset: Clears all fields and selections to start fresh.

• Continue: Proceeds to the next step of the verification process.

11.2 Steps 2- Verify and Publish

This step allows users to verify a smart contract by uploading its source code and metadata, ensuring it matches the deployed bytecode on the blockchain. It is a crucial process for maintaining transparency and trust in blockchain applications.

Highlights the importance of verifying source code to build trust and ensure transparency.

Provides advanced settings guidance, such as bytecode hash matching and optimization runs.

11.2.1 Input Fields

1. Upload Contract Source Code Upload the source code in a supported format (e.g., .sol for Solidity). The verification system will compare the uploaded code with the deployed bytecode to confirm consistency./

2. Enter Contract ABI (Optional) Paste the contract’s Application Binary Interface (ABI) if available. This enables enhanced interaction with the contract’s functions but is optional for verification.

3. Contract Library Address If the contract uses external libraries, specify the associated addresses (up to 10). This ensures correct linking during the verification process and accurate bytecode matching.

4. Misc Settings

• Optimization Runs: Enter the number of optimization runs configured during compilation.

• EVM Version: Specify the Ethereum Virtual Machine version used during deployment (e.g., Istanbul, Berlin) to ensure environment compatibility.

1. Action Buttons

• Previous: Returns to the previous step in the workflow.

• Done: Submits the contract for verification and publication.

11.2.2. How It Works

1. Upload and Match The platform compares the uploaded source code and configuration with the deployed bytecode on the blockchain. If the two match, the contract is successfully verified and publicly labeled as such.

2. Verification Benefits

   1. Provides assurance that the deployed contract matches the open-source code.

   2. Enhances transparency and builds user trust.

   3. Allows others to inspect and understand the contract's logic and behavior.

   4. Demonstrates the developer’s commitment to security, openness, and best practices.

3. Advanced Customization For contracts with complex deployments or dependencies, advanced settings allow developers to fine-tune verification inputs to achieve accurate and successful results

12. Faucet

The Faucet is a tool provided on the Cintara Testnet that allows developers and testers to receive free CINT tokens for experimentation and testing purposes. These tokens hold no monetary value but play a crucial role in the development lifecycle of blockchain applications.

12.1 Purpose of the Faucet

The faucet serves as a critical utility in the testnet environment by providing a controlled and cost-free method for users to:

• Deploy and interact with smart contracts without incurring real financial costs.

• Simulate blockchain transactions to validate flows and smart contract behavior.

• Test various blockchain functionalities (e.g., gas usage, token transfers, wallet interactions) in a secure and risk-free environment.

• Ensure application stability before launching on the mainnet.

12.2 Token Limits and Conditions

• Daily Limit: Each wallet address is eligible to receive 20 CINT Coins per day.

• Free Access: No authentication or payment is required—just a valid testnet wallet address.

• Testnet Use Only: Tokens received via the faucet are only valid on the Cintara Testnet and have no real-world value.

12.3 Input Field

• Wallet Address: Enter your wallet address in the designated input field.

• Ensure the address is valid and configured for the Cintara Testnet to avoid errors or failed transactions.

12.4 Captcha Verification

• Complete the reCAPTCHA challenge to verify that the request is submitted by a human user.

• This step prevents automated or malicious requests and ensures fair distribution of tokens.

12.5 Send Button

• After providing a valid wallet address and successfully completing the CAPTCHA, click the Send button to submit your request.

• Upon successful verification, the faucet will distribute the allocated test tokens to the provided wallet address.

Important Notes

• Confirm your wallet is configured for the Cintara Testnet before requesting tokens to ensure proper receipt.

• Tokens received from the faucet are strictly for testing and development purposes on the testnet and cannot be used on the mainnet.

• The faucet enforces daily limits to maintain fairness and prevent abuse.

This process fosters a healthy developer ecosystem by supporting rigorous testing and innovation before real assets and value are involved.