We’re excited to be part of the Monad ecosystem a new generation Layer 1 built on speed, efficiency, and parallel execution. Monad’s architecture redefines how transactions are processed: it combines deterministic finality, pipelined execution, and high throughput to achieve performance that truly scales.

At STAKEME, we believe that such innovation deserves tools that match its quality and clarity. That’s why we’re building an explorer designed specifically for Monad — fast, intuitive, and deeply informative.

Our explorer already includes convenient features for tracking network activity, validators, and blocks, while we continue to expand its analytical capabilities. We’re working closely with the Monad community to bring even more insights, developer-focused tools, and visual layers that reveal the dynamics of this high-performance network.

Our goal is simple:
to make the STAKEME Explorer a reliable window into Monad’s world — for validators, builders, and everyone following the growth of this powerful new ecosystem.

🔗 Try the explorer:https://monad.exploreme.pro

Validators

Validators are the backbone of the Monad network, securing the chain, validating transactions, and maintaining consensus through Monad’s high-performance architecture.

We’d like to express our gratitude to the gmonad team for providing access to their API and validator data. The validator information presented in our explorer is sourced directly from their platform https://www.gmonads.com/validators

In the STAKEME Explorer, users can easily track and interact with validators in real time. The validator dashboard provides key insights and data visualizations designed for transparency and accessibility — whether you’re a delegator, validator operator, or just exploring the ecosystem.

What you can do in the Explorer:

• 🔍 Monitor validator performance:
  View uptime, voting power, commission rates, and activity status.
• 💎 Delegate your stake:
  Choose and delegate to a validator directly, helping secure the network while earning rewards.
• 📊 Analyze key metrics:
  Access ranking lists, validator histories, and performance trends over time.
• 🌐 Stay informed:
  Each validator profile includes essential metadata — addresses, stake amount, and links to related resources.

Staking capabilities in Monad Explorer

Staking in the Monad network is now simple, secure, and accessible to everyone.

With STAKEME Explorer, you can easily delegate your tokens to validators directly, without relying on additional tools or complex interfaces.

Just connect your wallet via MetaMask, choose a validator from the list, and delegate in a few clicks — all within the explorer.

The process is fast, transparent, and reliable, allowing you to manage your staking and monitor rewards seamlessly, right from the platform.

Smart contracts

The Smart Contracts section is available to all Monad users. Here you can explore deployed contracts, view their addresses, events, and interactions, and inspect verified source code directly through the interface.

A key feature of the explorer is contract verification. Developers can confirm the authenticity of their code, ensuring that deployed contracts exactly match the published source. This transparency strengthens user trust and enhances overall network security.

For developers, the experience is designed to be smooth and efficient — the system runs on our custom-built indexer, optimized for Monad’s parallel execution model. This architecture allows flexible scaling, rapid data updates, and easy integration of new features based on community feedback.

Thanks to this foundation, working with smart contracts in the Monad ecosystem becomes not only transparent but also truly fast, convenient, and secure — perfectly aligned with Monad’s mission of performance and precision.

API & Sync

The API and Node Sync section in Monad Explorer gives you everything you need to interact directly with the network.
Users can access up-to-date endpoints, peer information, and key network parameters to ensure smooth connections and reliable data retrieval.

Whether you’re a developer, validator, or enthusiast, the Explorer provides a ready-to-use interface for querying the blockchain, tracking transactions, and integrating data into your own applications.
All endpoints are powered by STAKEME’s high-performance indexer, fully compatible with Monad’s parallel execution model — which ensures fast, accurate, and reliable responses.

With these tools, working with Monad via API or syncing your node becomes straightforward, efficient, and fully integrated into the Explorer — no extra setup required.

The STAKEME team is dedicated to building accessible, high-performance infrastructure tools for the Monad community and developer ecosystem.
The integration of advanced analytics and AI-driven modules into the Monad Explorer is another step toward making it easier, faster, and safer for every user, developer, and validator to interact with the network.

We actively contribute to the growth of the Monad ecosystem, which brings a new level of scalability, speed, and efficiency to smart contracts and on-chain applications in the Web3 space.

We sincerely thank the Monad team for their innovation and collaboration — together, we’re shaping the future of decentralized technology.

STAKEME Developments

We’re excited to be part of the Monad ecosystem a new generation Layer 1 built on speed, efficiency, and parallel execution. Monad’s architecture redefines how transactions are processed: it combines deterministic finality, pipelined execution, and high throughput to achieve performance that truly scales.

At STAKEME, we believe that such innovation deserves tools that match its quality and clarity. That’s why we’re building an explorer designed specifically for Monad fast, intuitive, and deeply informative.

Our explorer already includes convenient features for tracking network activity, validators, and blocks, while we continue to expand its analytical capabilities. We’re working closely with the Monad community to bring even more insights, developer-focused tools, and visual layers that reveal the dynamics of this high-performance network.

Our goal is simple:
to make the STAKEME Explorer a reliable window into Monad’s world — for validators, builders, and everyone following the growth of this powerful new ecosystem.

Try the explorer:https://monad.exploreme.pro

With the launch of Monad mainnet, the Web3 ecosystem gains a new, ultra-high-performance EVM Layer 1 designed for real scalability, low latency, and seamless developer experience. Monad brings a reimagined EVM architecture where parallel execution, pipelined consensus, and a highly optimized database work together to push performance far beyond the limits of existing EVM networks.

STAKEME is proud to join the network as an early validator, ensuring stability, security, and transparency from day one. We are committed to supporting Monad’s growth by contributing monitoring and analytics tools and helping projects onboard safely and efficiently.

Supporting Monad’s Vision.

STAKEME supports networks that deliver real, meaningful value to developers and users. Monad stands out as a rare blend of cutting-edge engineering, EVM compatibility, and a scalable monolithic architecture designed for the next wave of onchain innovation.

Monad’s performance leap isn’t the result of a single innovation, but of a tightly integrated redesign of traditional EVM architecture. Below are the core components that make Monad a breakthrough network.

MonadBFT: High-throughput BFT consensus with sub-second finality.

At the heart of the network is MonadBFT, a custom consensus protocol built on the HotStuff family of BFT algorithms. Designed for speed, efficiency, and decentralization, it supports very large validator sets without performance degradation.

Key properties of MonadBFT

• Linear communication complexity: Validator coordination scales smoothly as the validator set grows.
• Leader-aggregated votes: Reduces communication overhead and accelerates block finalization.
  Pipelined consensus: While one block is executing, the next one is already being proposed.
• Optimistic responsiveness: Finalizes blocks as fast as real-world latency allows.
• Sub-second finality: Blocks can finalize in a single round under favorable network conditions.

This design creates a consensus layer that is fast, scalable, and secure — without sacrificing decentralization.

Asynchronous Execution: Decoupling execution from consensus.

Traditional EVM chains interleave execution and consensus in the same cycle, making execution speed dependent on the slowest part of the system: global validator communication.
Monad breaks this bottleneck by separating ordering from execution:

1. Validators reach consensus on the order of transactions.
2. Execution happens in the following round, fully decoupled from consensus.

Benefits

• Execution no longer blocks block finalization.
• The network can finalize new blocks while previous ones are still executing.
• Higher per-block gas limits → support for more complex applications.

Deterministic results with a one-block reveal delay.

This architectural separation is a major driver of Monad’s performance.

RaptorCast: Efficient, resilient block propagation.

To support high throughput, Monad needs extremely fast block propagation. RaptorCast, Monad’s custom data distribution protocol, solves this with optimized bandwidth usage and high fault tolerance:

• The leader splits each block into encoded chunks using erasure coding.
• Validators forward subsets of these chunks in a structured relay network.
• Any validator can reconstruct the block with only a fraction of the chunks.

RaptorCast enables Monad to propagate large blocks quickly, maintaining sub-second finality even in real-world network conditions.

Optimistic Parallel Execution: Scaling EVM with parallel compute.

The most visible performance innovation in Monad is Optimistic Parallel Execution — a model that executes transactions concurrently while preserving deterministic EVM semantics.

Why this is powerful

• Most transactions do not touch the same state → massive performance gains.
• In worst-case conflict scenarios, execution gracefully falls back to sequential.
• Determinism is preserved at all times.
  
  

MonadDB: A database built for parallel EVM execution.

Parallel execution can only deliver real results if the database is fast enough to keep up.
MonadDB was built precisely for this purpose.

Key characteristics

• Fine-grained concurrency control.
• Thousands of simultaneous reads and writes.
• Memory-optimized data structures.
• Aggressive caching for low-latency access.

MonadDB ensures that storage operations don’t become the limiting factor in block execution.

Staking in Monad

Monad uses a delegated Proof of Stake (dPoS) model balancing decentralization, performance, and predictability.

• 25 MON issued per block.
• Staking APR depends on the total amount of MON staked.
• Active validator set: 200 validators.
• Minimum self-stake: 100,000 MON.
• Epoch length: 50,000 blocks (~5.5 hours) + 5,000-round delay.
• Unbonding time: 6–12 hours, depending on when the request is made within an epoch.

The staking system is designed to be transparent and accessible while preserving network security.

Staking in the Monad network is now simple, secure, and accessible to everyone.

With STAKEME Explorer, you can easily delegate your tokens to validators directly, without relying on additional tools or complex interfaces.

Just connect your wallet via MetaMask, choose a validator from the list, and delegate in a few clicks — all within the explorer.

The process is fast, transparent, and reliable, allowing you to manage your staking and monitor rewards seamlessly, right from the platform.

You can also support our validator by staking your tokens with us —

we’re always happy to offer our services and guarantee the reliability and stability of our validator infrastructure.

🔗 Our validator:

Here’s everything you need to start earning 111% APY with Monad staking:

🔗 Access the validator page:

https://monad.exploreme.pro/validators/0x03771aba71c08a270981d70851bfeb27bf0e42e93f331cc1011d32ca47118acc78

How to stake:

1. Connect your wallet via MetaMask.
2. Enter the amount of $MON you want to stake.
3. Click “Stake” and confirm the transaction

STAKEME’s Role in Monad.

For STAKEME, joining Monad is more than running a node — it’s contributing to the foundation of the ecosystem.

Our contributions include

• Reliable mainnet-ready validator infrastructure, tested through private and public testnets.
• Monitoring and analytics tools to improve transparency and help developers track network activity.
• Support for ecosystem projects, providing guidance on infrastructure, performance, and safe deployment.
• Community education and research, helping both developers and users understand Monad’s architecture and capabilities.

We’re committed to building a healthy, transparent, and secure environment for the entire ecosystem.

Monad: The Next Evolution of EVM.

Monad is more than a fast chain — it is a fundamental rethinking of how an EVM network should operate. With parallel execution, a high-performance consensus, and a monolithic architecture, it opens the door to:

• high-frequency DeFi systems,
• scalable onchain games,
• real-time social platforms,
• AI-driven agents and complex automation
• mass-adoption consumer applications.

STAKEME is proud to be part of Monad’s journey and contribute to a future where Web3 applications operate at the speed and scale users expect.

Our team is dedicated to building accessible, high-performance infrastructure tools for the Monad community and developer ecosystem.
The integration of advanced analytics and AI-driven modules into the Monad Explorer is another step toward making it easier, faster, and safer for every user, developer, and validator to interact with the network.

We actively contribute to the growth of the Monad ecosystem, which brings a new level of scalability, speed, and efficiency to smart contracts and on-chain applications in the Web3 space.

We sincerely thank the Monad team for their innovation and collaboration — together, we’re shaping the future of decentralized technology.

STAKEME Developments

With $500M raised, a $5B valuation, and backing from Stripe and Paradigm, Tempo is positioning itself as a Layer 1 built for real payments, not just DeFi experiments.

If Tempo follows the same path as other major L1s, early testnet participation may be one of the key factors for future rewards or ecosystem benefits.

In this guide, we’ll walk through everything you can do right now on Tempo Testnet to maximize on-chain activity and signal real user engagement.

What Is Tempo?

Tempo is a payment-focused Layer 1 blockchain, designed specifically for:

High throughput

Stablecoin-native transactions

Real-world financial use cases

Merchant and consumer payments

Instead of focusing only on DeFi, Tempo is built to support actual payment flows, settlements, and on-chain finance infrastructure.

This makes it very different from most testnets that mainly revolve around swaps and NFTs.

Are There Confirmed Rewards?

👉 No official rewards or airdrops have been announced yet.

However, historically, L1 networks track wallet activity, contract deployments, payment flows, and protocol interactions - so if Tempo ever rewards early contributors, testnet participation will almost certainly matter.

So let’s get started.

Step-by-Step: How to Use Tempo Testnet

1️⃣ Get Test Tokens (Faucet)

First, you need test assets.

🔗 Faucet:

https://docs.tempo.xyz/quickstart/faucet

Steps:

Connect your EVM wallet (MetaMask, Rabby, etc.)

Add Tempo Testnet network when prompted

Claim faucet tokens

Click “Show tokens” and add all test assets to your wallet

Now you’re ready to interact with apps.

2️⃣ Register a Domain Name

Domain systems are often long-term identity layers in ecosystems.

🔗 Infinity Name:

https://infinityname.com

Steps:

Connect wallet

Switch to Tempo Testnet

Search for an available name

Register your domain

This creates on-chain identity, contract interactions, and name ownership records all strong signals of active testnet participation.

3️⃣ Deploy a Smart Contract

Deploying contracts is one of the strongest on-chain signals.

🔗 OnchainGM Deploy:

http://onchaingm.com/deploy

Steps:

Open site

Search network: Tempo Testnet

Deploy the default smart contract and confirm the transaction in your wallet —this marks your address as a contract deployer and developer participant, which is very valuable for network metrics.

Mint Aura NFT

NFT interactions are commonly used to track early supporters.

🔗 Mint Aura:

http://mintaura.io/retriever

Steps:

- Connect wallet

- Switch to Tempo Testnet

- Mint NFT

- Now your wallet has:

- NFT mint record

- Asset interaction history

Why Testnet Activity Matters

For serious L1 networks, testnets are used to evaluate real user behavior, payment flows, contract safety, network load, and overall ecosystem readiness. Early users often go on to become community members, validators, developers, and liquidity providers and historically, these are the groups that benefit the most if incentives are later introduced.

Final Thoughts

Tempo is not positioning itself as just another DeFi chain it’s building infrastructure for real financial usage.

If that vision succeeds, early participation today may become very valuable tomorrow.

Even if no airdrop happens:

You gain experience with payment-focused L1s

You learn new tooling

You build early reputation in the ecosystem

And if rewards do happen you’ll already be in the best possible position.

✅ Quick Checklist

✔ Claim faucet

✔ Register domain

✔ Deploy contract

✔ Post GM

✔ Mint NFT

✔ Try payments

✔ Create stablecoin

✔ Provide liquidity

STAKEME team helps web 3.0 projects to test their product, increase the number of participants in the testnet, and provide the most efficient development support with dedicated tools. The Stakeme team has developed a explorer for Story with many special tools. STAKEME are also reliable validator, provide RPC, snapshots, and useful utilities for Story protocol.

Join our socials:

Telegram | Twitter | Discord

STORY Scan is the STORY blockchain explorer on the cryptocurrency market, which provides a huge amount of useful functionality.

Key Features

• Block Explorer: View real-time block information, including block height, timestamp, and transactions.
• Smart Search: Locate not only transactions but also blocks, addresses, contracts, and more through an intelligent search engine.
• API: We provide the free and most reliable API for all users that can be used in your applications.
• Validator Information: Access detailed validator data, including changes in validator windows, voting power, and commission.
• Dual-Layer Support: Simultaneous EVM and Cosmos layer support.
• Server Map: View geographical server distribution.
• Comprehensive Metrics: Access detailed performance metrics for network analysis.
• Crypto Wallet Integration: Easily connect cryptocurrency wallets for transactions.
• Block and Transaction Suspension: Temporarily pause blocks and transactions.

Dashboard

The STORY Scan dashboard provides users with the ability to monitor the blockchain, including viewing the latest blocks, transactions and other related information in real time. The main purpose of the platform is to facilitate access to blockchain data for test network participants. Users can connect their wallets, track blocks and transactions, and participate in the test network by receiving test tokens to verify functionality.

• Real-time: Data on blocks and transactions is updated in real time, providing prompt access to up-to-date information.
• Getting tokens: Users can get up to 2 IP tokens every 24 hours through the taps of the test network.
• Smart Search: A powerful search tool allows you to quickly find blocks, transactions, validators, or addresses.
• Wallet connection: Integration with wallets allows users to easily view their transactions and delegate tokens to validators in the future, which will increase the level of interaction with the network.
• Social media support: STORY is featured on platforms such as the official website, GitHub and Twitter, which allows users to stay in touch with the development team and receive the latest news.

Additionally, the STORY platform is focused on high performance and security.

This dashboard offers an intuitive interface and functionality for easy monitoring of the blockchain. It is especially useful for developers and testers involved in the test network. Real-time tracking of block and transaction data, as well as the ability to receive test tokens for interacting with the network, make STORY an effective tool for analyzing and developing decentralized applications.

Blocks

Welcome to the blocks page of explorer! Here you can easily track each new block that is added to the blockchain. We offer a user-friendly interface to view all the important data that you will need.

If you need more detailed information about the block, you can click on the transaction hash.

Each line contains information about:

• Block height: The sequential number of a block in the blockchain, representing its position in the chain.
• Validator: The entity responsible for verifying and proposing blocks in the blockchain.
• Hash block: A unique cryptographic identifier generated by hashing the block’s data.
• Txs count: The total number of transactions included in the block.
• Date and time: The timestamp when the block was validated and added to the chain.

• Block Height: The sequential number of the block in the blockchain.
• Hash: A unique identifier for the block, represented as a hexadecimal string.
• Proposer: The entity that proposed or created the block. This could be a validator or node.
• Timestamp: The time and date when the block was confirmed.
• Transactions: Total number of transactions in the block.
• Num of Txs: A field indicating the number of transactions in the block.

EVM Format:

• Block Height: Same as in the Block Overview section, this is the block’s position in the blockchain.
• Size: The size of the block, represented in bytes.
• Validator: The node or entity responsible for validating the block.
• Parent Hash: The hash of the previous block, linking this block to its predecessor.
• Gas Used & Limit: The amount of gas (processing power) consumed by the block, compared to the maximum gas allowed.
• Difficulty: The difficulty of selecting validators and maintaining block creation intervals..
• Nonce: A unique number used in the mining process to ensure only one block can be mined at a time.
• Base Fee per Gas: The minimum mandatory fee for each unit of gas, which is automatically set and dynamically adjusted depending on the network load.
• Priority Fee / Tip: The additional amount paid by the user to incentivize validators to prioritize their transactions.

Signatures:

• A list of validators or nodes that signed or endorsed the block, represented by their unique addresses.

Transactions:

• Hash: A unique identifier for the transaction, used to track and reference it.
• Fee: The amount of gas or currency paid for processing the transaction.
• Amount: The total value transferred in the transaction.
• From: The address initiating the transaction.
• To: The recipient address of the transaction.
• Status: Indicates the outcome of the transaction.

When you click on the block, you will be taken to the block page, where the above information about the block is indicated. You can also view this information in json format.

With blocks page, you always have access to up-to-date information about the network. We strive to make working with the STORY blockchain as convenient and accessible as possible!

Transaction

On this page, you can monitor all transaction taking place on the COSMOS or EVM network in real time. Interface makes it easy to find information about each transaction: from the sender’s and recipient’s addresses to the transfer amount and commission. Thanks to convenient filters and sorting, you can quickly find the transaction you need.

If you need more detailed information about the transaction, you can click on the transaction hash.

• Transaction Hash: A unique identifier for the transaction.
• Status: Displays whether the transaction was successful or failed.
• Method: The function or method called within the smart contract.
• Block: The specific block in which the transaction was included.
• Time: The timestamp of when the transaction was processed.
• Fee: The total fee paid for the transaction.
• Gas Used: The amount of gas consumed by the transaction out of the total allowed.

EVM Details:

• Interacted with Contract: The address of the contract that was interacted with.
• From: The address of the transaction’s initiator.
• To: The address receiving the transaction or contract interaction.
• Value: The amount of tokens transferred in the transaction.
• Transaction Fee: The fee paid for executing the transaction.
• Gas Price: The cost per unit of gas in tokens.
• Transaction Type: Indicates the type of transaction.
• Gas Limit | Used by Transaction: Displays the gas limit set and the actual gas used.

We have created this page to make the transaction tracking process as simple and accessible as possible for everyone. Keep up to date with all events on the blockchain network using user-friendly and informative interface!

Validators

On this page you will find all the necessary information about validators that maintain network stability. We offer a user-friendly interface for tracking the current active validators, their stakes, the number of delegates and statistics on work on the network. With tools, you can easily analyze the performance of each validator and make informed decisions about delegating your funds. To learn more about validators, you can click on the name of the validator.

Each line contains information about:

• Moniker: the name or identifier of the validator.
• Voting Power: the number of tokens the validator holds for voting.
• Cumulative Share: the percentage of the total network voting power held by the validator.
• Commission: the percentage commission charged by the validator.
• Uptime: the validator’s operational time in percentage.

On this page you can find out the primary information about all validators

One of the main features of STORY Scan is to change the window of your validator.

A great opportunity to set up your validator profile in the Story Explorer, now users and delegators can easily learn more about your validator!

We’d be happy to see more Story validators create and complete their profiles as well. It’s a great way to introduce your team, highlight your contributions to the ecosystem, and have a clear public validator page via GitHub.

You can configure information about your validator, such as:

• Moniker
• Banner, avatar
• Description
• Twitter, Github, Website
• Address for contact (email, telegram)

You can also change the validator on storyscan without using a Metamask.

“Delegation”

One of StoryScan’s key features is the ability for users to delegate tokens to validators. Important clarification: you can delegate at least 1024 IP tokens

“Validator details”

Also, when you go to the validators page, you can find out all the information about the validator

• Voting Power in IP: The amount of IP held and the percentage of the total voting power.
• Status: Indicates whether the validator is currently active, inactive, or jailed.
• Delegators: The total number of delegators backing this validator.
• Commission: The rate of commission charged by the validator.
• Max Rate: The highest possible commission rate the validator can charge.
• Max Change Rate: The maximum allowable change in the commission rate.
• Last Updated: The most recent update of the validator’s information.
• Addresses: Includes the account address, operator address, consensus EVM address, and hex address.
• Lastest uptime block: 120 last blocks that the validator has confirmed or not.

The validators page is your reliable source of information about those who ensure the operation of the blockchain. Use explorer to monitor the activity of validators and make decisions based on up-to-date data available in a simple and convenient format.

Utilities

On the Utilities page of explorer, which contains key parameters and metrics for in-depth analysis of the blockchain network. We provide convenient access to important data such as token inflation, the percentage of funds held (Bonded Ratio), binary file versions and reward distribution rules. Here you can track all the parameters related to consensus, validator voting and their activity, as well as receive information about the network in real time.
On this page you can also interact with the STORY Scan API

• Inflation: Displays the annual rate at which new tokens are minted in the network, affecting the token supply.
• Bonded Ratio: Reflects the percentage of the total supply that is staked by validators and delegates.
• Bonded & Supply: Indicates the amount of bonded (staked) tokens compared to the total token supply.
• Binary Information: Lists the current versions of the core software binaries, showing which versions are running on the network.
• Distribution Parameters: Covers settings like whether a withdrawal address is enabled, and shows key distribution settings for network participants, such as taxes and rewards for block proposers.
• Slashing Parameters: Defines penalties for validator misbehavior, including conditions for downtime, missed blocks, and double-signing.

Consensus

• Voting Power: Each validator’s voting power percentage.
• Consensus Rounds: Tracks the height, round, and step of the current consensus process. Validator Status:
• Shows whether each validator is active or not in the current round.
• Detailed Validator List: Each validator’s address, status (active/not active), and contribution to the consensus are shown.

• Validator List: Each validator is displayed with their unique address.
• Block Participation: Green blocks indicate successful participation, while red blocks show missed activity.
• Validator Status: Next to each validator, a number indicates how many blocks they missed recently.

Assets

On the Assets page of explorer, you can find a complete list of tokens, both standard (ERC-20) and unique NFT (ERC-721). We provide detailed information about each token, including its name, standard, contact address and number of holders. For ERC-20 tokens, you will see data on the maximum output volume and accuracy (fractional characters), while ERC-721 tokens will be presented with unique characteristics and the ability to view details for each NFT. For a deeper analysis, you can go to the token page where all information about it will be available.

Asset List:

• The list shows various tokens along with their key information.
• Token Name: The name of each token, followed by its abbreviation and token standard (ERC-20 or ERC-721)
• Contract Address: A unique blockchain address associated with each token contract, displayed as a truncated hash for easier reading, with an option to copy the full address.
• Holders: The number of individual accounts or wallets holding the token.

Token details

1. Token Header:

• The token name is displayed, along with its abbreviation and token standard.

2. Token Information

• QR Code: A QR code for the token’s contract address is displayed for easy access.
• Pointer Contract: This field provides a reference to an external contract, but in this case, it is empty.
• Max Total Supply: Displays the maximum supply of the token, providing the total amount of tokens that can ever exist.
• Token Standard: Indicates the technical standard of the token, in this case.
• Holders: The number of individual wallets holding the token.
• Transfers: The total number of transfers that have occurred with this token.
• Decimals: The number of decimal places the token uses, showing its precision.

3. Contract Information:

• The contract address of the token is displayed, with a clickable link and the option to copy the address

4. Tab Navigation:

• Transfers: The current tab, displaying all token transfers.
• Holders: Displays information about wallets holding the token.
• Contract: This tab contains the source code of the contract.

5. Token Transfers

• A list of recent token transfers is displayed, including:
• Transaction ID: A unique identifier for each transaction, with a link for further details.
• Sender and Receiver: The blockchain addresses of the sender and receiver.
• Value: The amount of tokens transferred in each transaction.

ERC-20

ERC-20 is a standard for tokens on the Ethereum blockchain, defining a set of rules and requirements for creating and managing fungible tokens. Fungible tokens are interchangeable, meaning each token of the same value is identical to another and can be exchanged without any difference.

ERC-721 (NFT)

ERC-721 is a standard for tokens on the Ethereum blockchain used to create non-fungible tokens (NFTs), where each token is unique and carries distinct characteristics. Unlike ERC-20, ERC-721 tokens are not interchangeable; each token has individual value and properties that make it irreplaceable.

The Assets page provides comprehensive information about tokens and NFTs, including their main characteristics and transactions. Use interface to track transfers, analyze holders, and obtain contract data. Platform provides full transparency and ease of access to information about your assets, whether they are standard tokens or unique collectibles.

Contracts

On the Contracts page you will find full information about smart contracts deployed on the STORY network. We provide access to basic data about each contract, including its address, source code and functions. Explorer allows you to quickly search and view the details of contracts, including their status and interaction with other contracts, as well as interact with the contract itself using its functions. This is an ideal place for developers and users who want to gain a deeper understanding of the logic and operation of smart contracts on the platform.

Statistics

• Total Contracts: The total number of smart contracts deployed on the blockchain.
• Verified Contracts: The number of smart contracts that have undergone a verification process, indicating they meet certain security.

Contract List

Each contract in the list includes the following fields:

• Contract Name: A label or identifier for the smart contract, helping users recognize or reference it.
• Contract Address: The unique blockchain address where the smart contract is deployed. This is used for interacting with or tracking the contract.
• Verification Status: A status indicator, such as a badge, showing whether the contract has been verified.
• Timestamp: The time or date of the contract’s deployment or when it was verified, providing context on how recent the contract is.

Smart contract verification is essential to ensure the integrity and transparency of the contract’s source code. Below are the steps and fields required to verify a smart contract.

• Select the Language
• You must specify the language used to write the contract:
• Solidity: The most widely used language for Ethereum and EVM-compatible contracts.
• Vyper: An alternative language, known for being more secure and less complex.
• Specify Compiler Version
• Choose the exact version of the compiler that was used to compile the smart contract. It is important to match the same version used during deployment to avoid mismatches in bytecode.
• Ensuring the correct version of the compiler is critical as different versions may produce different bytecodes, even for the same source code.
• Upload JSON Metadata File
• You will need to provide a JSON file, which contains metadata about the contract. This file typically includes:
• Contract’s source code.
• Compilation settings such as optimization flags.
• ABI details.
• Links to libraries, if any are used.
• This JSON file is usually generated during the contract’s deployment or compilation process and ensures that the verification process matches the deployed contract exactly.
  

• Contract: The unique blockchain address where the smart contract is deployed. This is used for interacting with or tracking the contract.
• Balance: The current balance of the contract, displayed in both token units and USD value. It shows the amount of tokens held by the contract.
• Creator: Displays information about the creator or deployer of the contract. This helps in identifying the origin of the contract.
• Name: The name of the contract, which helps users recognize or reference the smart contract.
• Implementation: This field indicates the version or implementation details of the contract, typically used for upgradeable contracts.
• Transactions: A list of recent transactions involving the contract, including the transaction ID, status, date, amount, and fee associated with each.
• Verification Status: A badge or indicator showing whether the contract has been verified for authenticity and security.
• Timestamp: The date and time associated with contract events, such as deployment or verification. This provides context on the contract’s activity.
• View All Contract Files: Users can access the full set of files related to the smart contract, including the source code and any associated metadata. This is useful for auditing the contract or understanding its functionality.
• Interact with the Contract: Users can utilize the contract by executing functions directly from the interface, such as triggering specific methods or interacting with its features. This provides direct access to the smart contract’s functionality without needing external tools.

The Contracts page provides you with all the necessary tools to analyze and understand smart contracts. Explore the source code, track features and interactions, and stay up to date with changes on the network. We strive to make access to contract information as convenient and understandable as possible so that you can work effectively with STORY

Network

On the Network page you will find an interactive network map showing the geographical distribution of RPC nodes and servers around the world. Map c provides a visual representation of the location of nodes that support and ensure the operation of the blockchain. Each white dot on the map represents a node, and the highlighted regions show the density of their distribution.

Global Network Map

• Geographical Node Distribution: A world map, showing the locations of various nodes or RPC servers. Each white dot represents a node, with highlighted regions indicating their distribution.
• Node Information Tooltip: When hovering over a node, a detailed pop-up appears. In which it is displayed
• Node Name
• ISP: The organization that provides internet connectivity to the node.
• ASN: A unique number assigned to an ISP or entity for routing traffic within its network.
• IP Address
• Location
• Navigation RPC and Peers tabs: The interface allows the user to switch between different views:
• RPC: Shows the active endpoints of the RPC network used to interact with the blockchain.
• Peers: View peers or validators participating in the network.
• Cosmos vs EVM switch: This option allows users to view network data depending on whether the RPC/peers are part of the Cosmos ecosystem or the Ethereum Virtual Machine (EVM).
• Copy All button: The function labeled “Copy All” is used to copy all RPC or peers in a convenient format.

The Network page provides a powerful tool for analyzing and monitoring the global blockchain network. Explore node distribution, interact with the map, view node details, and switch between different views of the network. Goal is to make working with the network as convenient and informative as possible, providing all the necessary data for in — depth analysis and management of the blockchain infrastructure.

Account details

On the Account page, you can get a complete picture of your account, including its balance, transaction history, and token delegation data. We provide a user-friendly interface for viewing information in both EVM and Cosmos format, with the ability to quickly access your address using a QR code. This page is intended for users who want to easily manage their assets and track all their account activity.

• The account address is displayed either in evm format or in cosmos (prefix story).
• Balance Display: The account shows a balance in IP tokens.

QR Code Integration

• The account provides a QR code for quick access to the address.

Transaction History

• Status: Whether the transaction was successful.
• Amount: The quantity of tokens sent or received.
• Fee: The transaction fee, usually displayed in the same token or currency
• Date and Time: A timestamp for when each transaction occurred.

Navigation and Segmentation

• Details: This section shows the wallet address and its latest transactions.
• Transactions:A special tab where users can access the full history of all wallet transactions by selecting EVM or COSMOS transactions separately.
• Delegations: This section contains information related to delegating tokens from this account to validators.

This page provides all the necessary tools to fully manage your account and assets. Use interface to get up-to-date information about the balance, transaction history and token delegation. We strive to provide you with convenient access to all data that can be useful for effective management of your blockchain wallet.

Ask Story AI — your smart assistant inside StoryScan

The STAKEME team has integrated an AI agent directly into the StoryScan explorer to make interacting with the Story network easier and more intuitive.

Ask Story AI helps users quickly get information about the network, protocol updates, staking, validators, and on-chain activity — all in one place, directly inside the explorer.

Story Labs.

We’re excited to introduce Labs - a powerful new toolkit built right into our Story Explorer for the Aeneid testnet, designed to simplify node operations and strengthen the Story ecosystem.

🛠 Key Features — all in one place:

• Easy setup and configuration for all node types

• Updated RPC & API endpoints and peer lists

• Verified, stable snapshots with automated delivery

• Real-time bridge node monitoring: sync status, node type, connectivity

The interface is fast, intuitive, and built for both new and experienced node operators.

We’re building Story Explorer with a clear goal:

To deliver practical, reliable tools for validators, developers, and the wider Story community.

STAKEME team helps web 3.0 projects to test their product, increase the number of participants in the testnet, and provide the most efficient development support with dedicated tools. The Stakeme team has developed a explorer for Story with many special tools. STAKEME are also reliable validator, provide RPC, snapshots, and useful utilities for Story protocol.

Join our socials:

Telegram | Twitter | Discord

STAKEME is proud to be part of the network as a validator, ensuring stability, security, and transparency. We actively contribute to the network’s growth by providing monitoring and analytics tools, and by helping projects within the ecosystem launch safely and efficiently on Somnia.

What is Somnia?

Somnia is a high-performance, EVM-compatible Layer 1 blockchain built for on-chain entertainment such as gaming, virtual worlds, and interactive applications. The network can process over 1 million transactions per second with sub-second finality.

Its performance is powered by MultiStream Consensus, where each validator produces blocks on its own mini-chain, while a separate consensus chain coordinates them using a modified PBFT and standard Proof-of-Stake.

Additional innovations — such as compiled EVM bytecode and the ultra-fast ICEdb database with 70–100 ns latency — allow execution at near-native speeds.

Somnia’s testnet (Shannon) has already surpassed 1 billion transactions, demonstrating its readiness for real-world scale.

Supporting Somnia’s Vision

At STAKEME, we choose projects that create real value for both developers and users. Somnia combines high performance with innovative architecture and a growing ecosystem, making it truly unique.

• High performance over 1 million transactions per second, <1 second finality, and fees below $0.01. This enables the launch of complex onchain applications where millions of users can interact in real time without delays or high costs.
• Innovative architecture a new type of consensus, the custom IceDB database, and optimized transaction execution. Each solution is designed to maximize network efficiency while keeping latency to a minimum.
• Ecosystem growth tools like Somnia Builder allow projects to move quickly from idea to deployment. This lowers the entry barrier for developers and stimulates the creation of new applications within the network.

For STAKEME, supporting Somnia means contributing to the creation of a scalable, secure, and decentralized Web3, where developers can bring projects of any scale to life, and users can interact with the network safely and seamlessly.

Somnia explorer

In addition to participating in the network as a validator, we provide the community with tools for blockchain monitoring, analysis, and convenient direct staking.

We launched Somnia Explorer, which makes the network transparent and user-friendly:

Real-time tracking of blocks and transactions helps developers and researchers monitor network activity and respond quickly to events.

Validator activity and decentralization metrics ensure the network remains secure and resilient.

Access to historical data and analytics allows new projects to make informed decisions and navigate the ecosystem more efficiently.

The Explorer has become a tool not only for monitoring but also for community growth, reporting, and research. Through it, STAKEME helps make the Somnia network transparent and accessible to all participants."

How to Stake SOMI

Staking SOMI helps secure and decentralize the Somnia network, and the process takes only a few minutes.

Step 1. Connect your Wallet

Go to the Somnia Explorer, click “Connect Wallet,” and then navigate to the staking service.

Step 2. Choose a Validator

In the modal window, select a validator for example, STAKEME and choose the amount you want to delegate.

When selecting a validator, it’s important to review their parameters (such as delegation rate and performance), then click Delegate next to the chosen validator.

You can find more detailed information on the validator’s page in the Explorer.

The delegation rate shows the percentage of rewards a validator shares with delegators

(for example, an 80% rate means the validator distributes 80% of rewards to delegators and keeps 20% as commission).

Manage Your Delegations

After delegating your tokens, you will be able to unstake them within a few minutes, but there are some important details to keep in mind.

• Rewards: Distributed once per epoch (~5 minutes, about 3,000 blocks).
• Unstaking: When delegating to a validator with more than 5M SOMI staked, there is no unbonding period if the delegator chooses to unstake from that validator.

Top stakers

Top Stakers is a modal that displays the largest stakers in the Somnia network and their share of the total stake.

Why it matters:

• Provides quick visibility into stake distribution and concentration

• Improves transparency and trust in the staking ecosystem

• Helps assess decentralization and potential risk from large holders

• Useful for validators, delegators, and the core team to understand network dynamics

• In short, it makes staking in Somnia clearer, more transparent, and easier to monitor.

By staking SOMI, you help keep the Somnia blockchain stable and decentralized. The process is simple: connect your wallet, choose a validator, delegate your tokens, and start receiving rewards every epoch. You can manage your delegations, claim rewards, and undelegate when needed, giving you flexibility while supporting the network.

As Somnia grows, staking SOMI lets users stay involved in the network’s development and helps build a strong foundation for scalable, on-chain entertainment.

By delegating to STAKEME, you get:

• An experienced validator team

• Stable performance and high uptime

• Proprietary Web3 monitoring tools

• 24/7 support

• Extensive experience across 30+ networks

• A minimal commission of 20%

With the growing interest in Somnia, the role of reliable validators is becoming increasingly important. STAKEME provides a robust infrastructure and transparent conditions for all delegators. Delegate to us and become part of the future of private blockchains.

STAKEME now a verified staking provider on StakingRewards

This confirms our transparency, reliability, and commitment to the community:

https://www.stakingrewards.com/provider/stakeme

Twitter: https://x.com/stakeme_pro

Website: stakeme.pro

Github: github.com/stakeme-team

Steps for staking AZTEC

1. Make sure you have at least 200,000 AZTEC

Only users with 200,000+ tokens can stake and earn block rewards. Staking and delegation are not supported with smaller amounts. You need to deposit your tokens through Aztec’s official dashboard. After that, you can either set up your own sequencer node (self-staking) or delegate your stake to a third-party operator such as STAKEME.

At the moment, you cannot stake less than 200,000 AZTEC — the system does not yet support fractional staking. If you have less than the minimum amount, you won’t be able to participate in staking.

And staked tokens are more than just a deposit. They help protect the network from spam and malicious actors. If a validator violates the rules, they risk losing part of their tokens due to Aztec’s slashing mechanism.

2. Connect your Token Vault to the staking dashboard

1. Go to the official Aztec staking dashboard.

2. Connect your Ethereum wallet or your Token Vault — the one that holds your AZTEC tokens. Public sale participants received a Token Vault to securely store their tokens until TGE.

3. Then choose one of the options:

• Delegate your stake to a third-party operator (such as STAKEME or another validator),

• Or run your own sequencer.

Keep an eye on the network status and the validator set. Once the validator queue drops below 500 and block production begins, your stake will start securing the network, and you’ll become eligible for block rewards.

Important notes

1. Even if you have 200,000+ tokens, they can only be withdrawn after TGE. Until then, they remain locked in the Token Vault.

Fractional staking (less than 200,000 AZTEC) is not supported yet, though it’s expected that third-party projects may introduce this option in the future.

By delegating to STAKEME, you get:

• An experienced validator team

• Stable performance and high uptime

• Proprietary Web3 monitoring tools

• 24/7 support

• Extensive experience across 30+ networks

• Commission of 10%

With the growing interest in Aztec, the role of reliable validators is becoming increasingly important. STAKEME provides a robust infrastructure and transparent conditions for all delegators. Delegate to us and become part of the future of private blockchains.

STAKEME now a verified staking provider on StakingRewards

This confirms our transparency, reliability, and commitment to the community:

https://www.stakingrewards.com/provider/stakeme

Twitter: https://x.com/stakeme_pro

Website: stakeme.pro/

Github: github.com/stakeme-team

Discord: stakeme

Venn is a decentralized platform that helps protect smart contracts and Web3 applications. It provides developers with tools to add built-in security mechanisms.​

These mechanisms include the integration of special modifiers into smart contract functions that verify and filter incoming transactions. This allows blocking potentially malicious or undesirable actions, providing an additional layer of protection for decentralized applications.

Investors: ParaFi Capital, Collider Ventures​

• Website: https://www.venn.build/
• X: https://x.com/VennBuild
• Telegram: https://t.me/vennbuilders
• Discord: https://discord.com/invite/venn
• Github: https://github.com/ironblocks

Currently, there is an event Venn Testnet Season 2: Integrate Venn Firewall [Developer] on Galxe

Venn Testnet Season 2: Integrate Venn Firewall [Developer], you can participate and deploy a contract using their tools: https://app.galxe.com/quest/nj4xyZSwmKCysKVriKTCi6/GCg8NtpjAD

Official documentation: https://docs.venn.build/venn-network/getting-started/protocols-and-developers/installation

🟠 Tasks for participation:

1. Subscribe to @VennBuild on X.​
2. Join the Telegram channel vennbuilders.​
3. Deploy and register a smart contract in the Venn Testnet.​
4. Configure the SDK for DApp.​

🔹 Difficulty: Medium​

⚠️ If you encounter problems or errors, read them carefully and try to fix them yourself. If unsuccessful, write to the chat: https://t.me/stakeme_en

Use the same wallet for all steps. You will need some Holesky tokens (~0.1 ETH). It may require much less.

🛠️ Environment Preparation:

* ​I have already prepared a test contract; you just need to follow the instructions in the guide.​

Install Docker and Docker Compose:​

• https://www.docker.com

Or for Ubuntu:

sudo apt install wget -y
wget -O get-docker.sh https://get.docker.com
sudo sh get-docker.sh
sudo apt install -y docker-compose-plugin
sudo usermod -aG docker $USER
rm get-docker.sh

Re-login to apply the changes.​

After installation, you can enter docker and docker compose in the terminal to ensure that Docker commands work.

📂 Project Installation and Setup:

Depending on the OS, the steps may vary slightly. If you don't understand what a command does, just google it and try to figure it out.​

Clone the venn-galxe-firewall repository; we will work in it:

git clone https://github.com/icodragon/venn-galxe-firewall

Set up environment variables:​

• Open the .env.example file in a text editor (use nano or vim in Unix).​

The variables look like this:

# Network configuration
HOLESKY_RPC_URL=https://ethereum-holesky-rpc.publicnode.com:443
VENN_NODE_URL=https://signer2.testnet.venn.build/api/17000/sign
PRIVATE_KEY=

Insert your private key. If necessary, you can change the HOLESKY RPC and VENN NODE (working ones are already specified).​

Rename the .env.example file to .env:

mv .env.example .env

Now build the project:

docker compose build

Great! Now you can proceed to running the scripts.​

🚀 Deploying the Smart Contract

Run the deployment command:

bash venn-deploy.sh

Save the address of the deployed contract from the output:

✅ Сontract deployed to: ...

🔐 Registering the Smart Contract in Venn

Run the script, replacing <contract_address> with yours:

bash venn-register.sh <contract_address>

Wait for the script to complete. After finishing, copy the Policy address from the output:

ℹ️ Starting Venn Network integration
ℹ️  -> Network: holesky
ℹ️  -> Account: ...
ℹ️ [step] Deploying new Venn policy
ℹ️  -> Policy address: <0x..>        ///Copy this
ℹ️  -> Transaction hash: 0x...

‼️ An error may occur when running; try running the script again.​

🧩 Interacting with DApp:

It is important to interact with the same wallet that deployed the contract.​

Run:

bash venn-dapp.sh <policy_address>

Where <policy_address> is your saved Policy address.​

In the console, execute:

set test 1

Then press Enter.

If the transaction is successful (you receive a tx hash)—great! 🎉

ℹ️ Important: Galxe does not count tasks immediately; it may take a few days. To be sure, you can check your completed transactions in the block explorer. 🚀

About the Author

The author of this article is Dragon, a representative of the STAKEME team—a validator and developer of solutions for Web3 projects.

We are STAKEME, a team that helps blockchain projects grow and operate smoothly. We participate in network validation, support secure staking, and create Web3 tools that truly simplify life.

Among our projects:

• ExploreMe – a convenient explorer to quickly find the necessary data.
• FaucetMe – a faucet where you can easily obtain tokens for testing.

We collaborate with 30+ projects, including Story, Celestia, and Sei, and continue building the infrastructure of the future.

https://x.com/stakeme_pro

Venn — это децентрализованная платформа, которая помогает защищать смарт-контракты и приложения Web3. Она предоставляет разработчикам инструменты для добавления встроенных механизмов безопасности.​

Эти механизмы включают в себя интеграцию специальных модификаторов в функции смарт-контрактов, которые проверяют и фильтруют входящие транзакции. Это позволяет блокировать потенциально вредоносные или нежелательные действия, обеспечивая дополнительный уровень защиты для децентрализованных приложений.

Инвесторы: ParaFi Capital, Collider Ventures

Site: https://www.venn.build/
X: https://x.com/VennBuild
Telegram: https://t.me/vennbuilders
Discord: https://discord.com/invite/venn
Github: https://github.com/ironblocks

Сейчас проходит Venn Testnet Season 2: Integrate Venn Firewall [Developer] в Galxe

Venn Testnet Season 2: Integrate Venn Firewall [Developer], можно принять участие и задеплоить контракт использовав их инструменты: https://app.galxe.com/quest/nj4xyZSwmKCysKVriKTCi6/GCg8NtpjAD

Официальная документация: https://docs.venn.build/venn-network/getting-started/protocols-and-developers/installation

🟠 Задачи для участия:

1. Подписаться на @VennBuild в X.
2. Вступить в Telegram-канал vennbuilders.
3. Задеплоить и зарегистрировать смарт-контракт в Venn Testnet
4. Настроить SDK для DApp.

🔹 Сложность: Средняя

⚠️ Если возникнут проблемы или ошибки, прочитайте их внимательно и попробуйте исправить самостоятельно. Если не получилось — пишите в чат: t.me/stakeme_ru

Для выполнения всех шагов используйте один и тот же кошелек. Вам понадобится немного токенов Holesky (~0.1 ETH). Может потребоваться гораздо меньше.

🛠️ Подготовка окружения:

* Тестовый контракт я уже подготовил, тебе достаточно просто следовать инструкциям в гайде.

Установите Docker и Docker Compose:

• Docker.com

Или для Ubuntu:

sudo apt install wget -y
wget -O get-docker.sh https://get.docker.com
sudo sh get-docker.sh
sudo apt install -y docker-compose-plugin
sudo usermod -aG docker $USER
rm get-docker.sh

Перезайдите в систему, чтобы применить изменения.

После установки вы можете ввести в терминале docker и docker compose чтобы убедиться что Docker команды работают

📂 Установка и настройка проекта:

В зависимости от ОС, шаги могут немного отличаться. Если не понятно, что делает команда, просто загуглите и попытайтесь разобраться.

Клонируйте репозиторий venn-galxe-firewall, в нем будем работать:

git clone https://github.com/icodragon/venn-galxe-firewall

Настройте переменные окружения:

• Откройте файл .env.example в текстовом редакторе (в Unix используйте nano или vim).

Переменные выглядят следующим образом:

# Network configuration
HOLESKY_RPC_URL=https://ethereum-holesky-rpc.publicnode.com:443
VENN_NODE_URL=https://signer2.testnet.venn.build/api/17000/sign
PRIVATE_KEY=

Вставьте свой приватный ключ. По необходимости можете изменить HOLESKY RPC и VENN NODE (рабочие уже указаны).

Переименуйте файл .env.example в .env:

mv .env.example .env

Теперь соберите проект:

docker compose build

Отлично! Теперь вы можете приступить к запуску скриптов.

🚀 Деплой смарт-контракта

Запустите команду для деплоя:

bash venn-deploy.sh

Сохраните адрес задеплоенного контракта из вывода

✅ Сontract deployed to: ...

🔐 Регистрация смарт-контракта в Venn

Запустите скрипт, заменив <contract_address> на ваш

bash venn-register.sh <contract_address>

Дождитесь пока скрипт отработает. После окончания скопируйте Policy address из вывода

ℹ️ Starting Venn Network integration                                                                                          
ℹ️  -> Network: holesky                                                                                                       
ℹ️  -> Account: ...                                                                    
ℹ️ [step] Deploying new Venn policy                                                                                          
ℹ️  -> Policy address: <0x..>        ///Здесь нужно скопировать
ℹ️  -> Transaction hash: 0x...                                                                                  

‼️ При запуске может возникнуть ошибка, попробуйте запустить скрипт еще раз

🧩 Взаимодействие с DApp:

Важно взаимодействовать с тем же кошельком, которым был задеплоен контракт

Запустите

bash venn-dapp.sh <policy_address>

Где <policy_address> ваш сохранненный Policy address

В консоли выполните:

set test 1

И нажмите Enter.

Если транзакция прошла успешно (есть tx hash) — отлично!

ℹ️ Важно: Galxe засчитывает задания не сразу, это может занять несколько дней. Для уверенности вы можете проверить совершенные транзакции в эксплорере

Об авторе

Автор статьи — Dragon, представитель команды STAKEME, валидатора и разработчика решений для web3-проектов.

Мы — команда STAKEME, которая помогает блокчейн-проектам расти и работать стабильно. Участвуем в валидировании сетей, поддерживаем безопасный стейкинг и делаем web3-инструменты, которые реально упрощают жизнь.

Среди наших проектов — https://exploreme.pro — удобный эксплорер, чтобы быстро находить нужные данные, и https://faucetme.pro — кран, где можно легко получить токены для тестов. Мы сотрудничаем с 30+ проектами, включая Story, Celestia и Sei, и продолжаем строить инфраструктуру будущего.

https://x.com/stakeme_pro

If you have any questions, you can ask them in our chat: https://t.me/stakeme_ru

Soundness Labs develops advanced tools to ensure the reliability and security of blockchain systems using cryptographic proofs:​

• Zero-Knowledge technologies — verification of data without disclosing confidential information​Teletype+1Википедия — свободная энциклопедия+1
• Automatic smart contract verification — identifying potential errors and vulnerabilities before deployment​Teletype
• Verification optimization — confirming the correctness of complex operations without the need for recomputation​
• Cross-chain integration — ensuring secure interaction between different blockchain networks​Teletype

Socials: https://linktr.ee/SoundnessLabs
X: https://x.com/SoundnessLabs
Discord: https://discord.gg/soundnesslabs
Github: https://github.com/SoundnessLabs/

Access to the test network is now open! To participate, you need to provide the public key of your wallet.​

Creating a Wallet

Prerequisites

• Docker — download and install from the official website: https://www.docker.com

Quick Installation via Docker

For convenience, we have prepared a special Docker configuration that allows you to quickly deploy Soundness CLI:

Note: For those who prefer to use the official installation method, documentation is available on GitHub: https://github.com/icodragon/soundness-layer

1. Download the repository: git clone https://github.com/icodragon/soundness-layer -b feat/docker-soundness-cli && cd soundness-layer/soundness-cli
   Alternatively: download the ZIP archive and extract it​
2. Build the Docker image: docker compose build​
3. Generate the wallet: docker compose run --rm soundness-cli generate-key --name my-key
   When prompted, enter a strong password twice​
4. Save the wallet data:​
• Be sure to save the mnemonic phrase and other information in a secure place.​
• Copy your public key (Public key: ...)​

Gaining Access to the Testnet

After successfully generating the wallet:

1. Join the Soundness Labs Discord server: https://discord.gg/soundnesslabs​
2. Post your public key in the #testnet-access channel in the following format: !access your_public_key​
3. If your message receives a ✅, the registration was successful​
4. Follow the project's official Twitter: https://x.com/SoundnessLabs

Important note! The project team does not recommend using multiple accounts (multi-accounting). Submit only one key per individual. If you send multiple different keys, only the last one will be considered.

About the Author

The author of the article is Dragon, a representative of the STAKEME team, a validator, and developer of solutions for web3 projects.​

We are the STAKEME team, which helps blockchain projects grow and operate stably. We participate in network validation, support secure staking, and create web3 tools that truly simplify life.​

Among our projects are https://exploreme.pro — a convenient explorer to quickly find the necessary data, and https://faucetme.pro — a faucet where you can easily obtain tokens for testing. We collaborate with over 30 projects, including Story, Celestia, and Sei, and continue to build the infrastructure of the future.​

https://x.com/stakeme_pro

Если возникнут вопросы, вы можете задать их в нашем чате: https://t.me/stakeme_ru

Soundness Labs разрабатывает передовые инструменты для обеспечения надежности и безопасности блокчейн-систем с использованием криптографических доказательств:

• Zero-Knowledge технологии — верификация данных без раскрытия конфиденциальной информации
• Автоматическая проверка смарт-контрактов — выявление потенциальных ошибок и уязвимостей перед запуском
• Оптимизация верификации — подтверждение корректности сложных операций без необходимости повторного вычисления
• Кросс-чейн интеграция — обеспечение безопасного взаимодействия между различными блокчейн-сетями

Socials: https://linktr.ee/SoundnessLabs
X: https://x.com/SoundnessLabs
Discord: https://discord.gg/soundnesslabs
Github: https://github.com/SoundnessLabs/

Сейчас открыт доступ к тестовой сети! Для участия необходимо предоставить публичный ключ вашего кошелька.

Создание кошелька

Предварительные требования

• Docker — скачайте и установите с официального сайта

Быстрая установка через Docker

Для удобства мы подготовили специальную Docker-конфигурацию, позволяющую быстро развернуть Soundness CLI:

Примечание: Для тех, кто предпочитает использовать официальный метод установки, документация доступна на GitHub

1. Загрузите репозиторий: git clone https://github.com/icodragon/soundness-layer -b feat/docker-soundness-cli && cd soundness-layer/soundness-cli
   Альтернативно: скачайте ZIP-архив и распакуйте его
2. Соберите Docker-образ: docker compose build
3. Сгенерируйте кошелек: docker compose run --rm soundness-cli generate-key --name my-key При запросе дважды введите надежный пароль
4. Сохраните данные кошелька:
• Обязательно сохраните мнемоническую фразу и другую информацию в надежном месте.
• Скопируйте ваш публичный ключ (Public key: ...)

Получение доступа к тестнету

После успешной генерации кошелька:

1. Присоединитесь к Discord-серверу Soundness Labs
2. Опубликуйте ваш публичный ключ в канале #testnet-access в следующем формате: !access твой_публичный_ключ
3. Если на ваше сообщение поставили ✅, значит регистрация прошла успешно
4. Подпишитесь на официальный Twitter проекта: https://x.com/SoundnessLabs

Важное примечание! Команда проекта не рекомендует использовать множественные аккаунты (мультить) Отправляйте только один ключ на одну личность Если вы отправите несколько разных ключей, будет учтен только последний

Об авторе

Автор статьи — Dragon, представитель команды STAKEME, валидатора и разработчика решений для web3-проектов.

Мы — команда STAKEME, которая помогает блокчейн-проектам расти и работать стабильно. Участвуем в валидировании сетей, поддерживаем безопасный стейкинг и делаем web3-инструменты, которые реально упрощают жизнь.

Среди наших проектов — https://exploreme.pro — удобный эксплорер, чтобы быстро находить нужные данные, и https://faucetme.pro — кран, где можно легко получить токены для тестов. Мы сотрудничаем с 30+ проектами, включая Story, Celestia и Sei, и продолжаем строить инфраструктуру будущего.

https://x.com/stakeme_pro