The expansion of blockchain technology into various industries has been hindered by development complexity, security concerns, and fragmented infrastructure. Creating and deploying public blockchains and decentralized applications (DApps) requires expertise in cryptography, distributed computing, and artificial intelligence, making large-scale adoption difficult. Additionally, the lack of standardized frameworks, interoperable components, and efficient debugging tools slows innovation. To address these challenges, flexible and scalable solutions are needed, allowing developers to build and integrate blockchain-based applications seamlessly. Statter Network was developed as a full-service blockchain platform to provide high-performance infrastructure, drag-and-drop blockchain generation, and metaverse-focused tools, enabling a more accessible and efficient development ecosystem.

What is Statter Network (STT)?

Statter Network was incubated by Holo Metaverse Group Inc. to provide a full-service blockchain platform for the metaverse ecosystem. From its inception, the project prioritized high-performance blockchain infrastructure, achieving 100,000 TPS and supporting parallel multi-chain and multi-consensus operations. The network was developed by a Silicon Valley-based team with expertise in blockchain, chip technology, game visualization, and metaverse development, including talent from Google and other leading tech companies.

The project officially launched in Q1 2022 with the Snow Crash phase, where it introduced the economic model for mining, official website, blockchain explorer, and wallet, and published Whitepaper 1.0. During this period, Statter Network secured investment from the Holo Foundation, reinforcing its role as the economic infrastructure of the Holo Metaverse.

In Q3 2023, the Code Charter phase marked a major milestone with the mainnet launch, supporting blockchain ecosystem applications and introducing the Technology Contribution Rewarding Plan. The team also began developing drag-and-drop technology for public blockchain generation, allowing developers to deploy blockchains with modular components.

By 2024, Statter Network upgraded to mainnet version 2.0, launching its decentralized storage solution and a public blockchain generation platform based on drag-and-drop technology. The introduction of the “alliance SDK” expanded its ecosystem, allowing partnerships with service providers, particularly in the lifestyle industry. Statter Network was listed on a major exchange that same year, significantly increasing its market visibility and investor accessibility.

In 2025, the Time Traveling phase focuses on modularized DApp platforms, the construction of Statter Metaverse City, and the auctioning of land and private spaces in the metaverse, laying the foundation for future metaverse integration.

Co-founder Jose Ignacio Rivas Negreira confirmed that Statter Network successfully raised over $10 million in funding from emerging capital on Wall Street. This funding has enabled the project to accelerate expansion, form partnerships with mining hardware manufacturers, crypto market data aggregators, and exchanges, and further drive blockchain adoption.

How Does Statter Network Work? Multi-layer Structure and Sharding

Statter Network is a high-performance blockchain platform with a multi-layer architecture to ensure scalability, security, and efficiency. This structure separates core functionalities into three distinct layers—Foundation Layer, Core Layer, and Application Layer—allowing for high cohesion and low coupling. The modular approach ensures that different components operate independently, improving maintainability, adaptability, and overall network performance.

The Foundation Layer provides the core security infrastructure that underpins the Statter Network. It includes digital signature management, key management, network nodes, fault tolerance mechanisms, storage support, and load balancing. These components work together to ensure system stability, optimize resource allocation, and provide automated failure recovery. The load balancing mechanism helps distribute workloads efficiently across network nodes, reducing congestion and preventing bottlenecks.

The Core Layer handles blockchain processing, consensus mechanisms, and smart contract execution. It integrates decentralized identity (DID) management, privacy protection, a smart contract engine (SVM), cross-chain bridges, sharding, and distributed ledger storage. This layer introduces drag-and-drop technology, simplifying public blockchain creation through modular components, such as underlying modules, a component library, and a consensus mechanism pool. The Core Layer allows developers to customize blockchain infrastructures for specific applications by supporting multiple consensus models.

The Application Layer provides the interface for users and developers, enabling seamless interaction with DApps, DeFi protocols, wallets, stablecoins, NFTs, and DAO governance tools. It also connects to the Plugin App Market, offering services like 3D engines, GIS mapping, edge computing, edge rendering, digital twins, and decentralized storage solutions. These tools make Statter particularly suited for metaverse applications, enhancing real-time interaction, virtual asset management, and computational efficiency.

Source: statter whitepaper

Reliable and Consistent Record

Statter ensures data integrity and security through tamper-proof record-keeping mechanisms. Transactions are digitally signed with asymmetric encryption, ensuring that all business requests remain verifiable and cannot be altered during transmission. Statter’s consensus mechanism guarantees that data stored on the blockchain is immutable, preserving transaction authenticity across all nodes.

To prevent unauthorized modifications, Statter uses a self-verification system within each node. Data is stored in blocks, and any tampering compromises the entire structure, allowing the system to detect and reject altered records immediately. If any node experiences data corruption or manipulation attempts, Statter automatically retrieves correct records from other nodes, ensuring real-time recovery and consistency.

Additionally, Statter employs a multi-node quasi-real-time data verification system. If a malicious user attempts to modify private keys or alter ledger data, the protocol’s cross-node comparison mechanism detects inconsistencies. It prevents tampered data from being rewritten into the ledger.

User Privacy and Transaction Confidentiality

Statter Network protects user privacy by isolating blockchain addresses from personal user data. Unlike traditional blockchain systems where transaction histories are publicly linked to addresses, Statter uses multi-layer encryption, permission control, and access authentication to prevent unauthorized access to user records.

Statter offers a transaction irrelevance mechanism for users requiring higher confidentiality, which maps each transaction to a different address. This approach ensures that multiple transactions from the same user cannot be linked, enhancing financial privacy and preventing third-party tracking or analysis.

The network also supports zero-knowledge proof (ZKP) methodologies, allowing users to verify transactions without revealing sensitive information. This feature is particularly beneficial for enterprises and institutions that require privacy-focused financial interactions while maintaining compliance with regulatory requirements.

Source: statter whitepaper

Key Management and Security

Security is a fundamental pillar of Statter Network, and key management plays a crucial role in safeguarding digital assets. Statter introduces a secure key safe and user account delegation system, preventing unauthorized access while ensuring that users can recover lost or compromised keys.

The key safe system encrypts and splits private keys across multiple nodes, ensuring that no single entity holds full control over any key. This distributed storage mechanism minimizes the risk of key theft or unauthorized decryption.

Additionally, Statter uses multi-signature authentication for high-value transactions, ensuring that multiple parties must approve critical actions before execution. This feature significantly reduces the risk of fraud, phishing attacks, and unauthorized withdrawals, making Statter a secure environment for individual and institutional users.

Sharding

Scalability has long been a fundamental challenge for blockchain networks, as they must balance decentralization, security, and transaction throughput—a concept known as the blockchain trilemma. Traditional blockchain architectures often struggle with low transaction speeds due to network congestion, making large-scale adoption difficult. Statter Network addresses this issue by implementing Sharded Task Parallelism combined with DAG (Directed Acyclic Graph) high-speed asynchronous technology, achieving a Layer 1 throughput of 100,000 transactions per second (TPS) while ensuring low latency and high security.

Sharding is a technique that splits the blockchain network into multiple smaller partitions (shards), allowing transactions to be processed in parallel rather than sequentially. Statter Network employs two types of sharding: Network Sharding and Transaction Sharding.

Network Sharding pools mining rig nodes into different shards (groups), each responsible for processing a unique subset of transactions. Since different shards work independently, transaction validation occurs in parallel, improving efficiency without requiring excessive cross-shard communication.

Transaction Sharding optimizes computational workload by distributing pending transaction processing across multiple node groups. Instead of having a single node verify all transactions, multiple groups handle different transaction batches simultaneously. For example, if 1,000 pending confirmations exist, they are divided among multiple groups of mining nodes, reducing processing time and eliminating network bottlenecks.

Source: statter whitepaper

However, despite its benefits, sharding introduces security challenges, particularly regarding 51% attacks within individual shards. Since each shard has fewer nodes than the entire network, attackers may attempt to manipulate consensus within a single shard. To mitigate this risk, Statter requires miners to stake collateral before participating in network operations, significantly increasing the cost of malicious activity. This staking mechanism enhances security, ensuring that sharding remains both scalable and secure.

DAG: High-Speed Asynchronous Technology for Parallel Processing

To further enhance scalability, Statter integrates DAG (Directed Acyclic Graph) technology, which enables asynchronous transaction validation and eliminates the need for sequential block production. Unlike traditional blockchains, where transactions are recorded in blocks and added sequentially, DAG records each transaction as an individual unit (TX), allowing multiple transactions to be processed simultaneously.

In a DAG-based system, new transactions are linked to multiple previous transactions, forming a graph-like structure rather than a linear chain. This structure allows new transactions to dynamically verify and confirm previous transactions, reducing confirmation times and increasing throughput. For instance, when a new transaction is added, it references two or more prior transactions, ensuring that multiple chains of transactions run concurrently. This mesh-like validation model improves scalability and efficiency, preventing bottlenecks associated with traditional blockchain architectures.

Source: statter whitepaper

DAG also changes Statter’s synchronous bookkeeping model into an asynchronous system, enabling concurrent writes. This means that instead of waiting for a block to be fully confirmed before adding new transactions, the network processes multiple transactions in parallel, significantly improving network speed. Combined with Sharded Task Parallelism, DAG enables Layer 1 scalability, allowing 100,000 TPS with near-instant transaction finality.

Statter Network Use Cases

With its sharding and DAG-based architecture, Statter provides 100,000 TPS, enabling real-world adoption across various industries. Below are three primary use cases for Statter Network:

• Metaverse and Web3 Infrastructure: Statter offers drag-and-drop blockchain generation tools and plugin app integration, making it ideal for metaverse projects. Developers can create custom public blockchains, integrate 3D rendering, GIS mapping, and edge computing, and tokenize digital assets such as land, NFTs, and avatars. This allows metaverse platforms to build secure and scalable economies with instant transactions and decentralized governance.
• DeFi and Cross-Chain Finance: Statter’s cross-chain bridge and sharding improve liquidity efficiency, allowing fast and low-cost transactions for DEXs, lending protocols, and stablecoins. With multi-chain interoperability, DeFi platforms can seamlessly transfer assets across different blockchains while ensuring transaction privacy and security. The parallel processing model enhances trading execution, reducing congestion and improving financial application performance.
• Enterprise Blockchain Solutions: Businesses can utilize Statter for secure data storage, digital identity (DID) verification, and decentralized infrastructure. Its privacy-focused smart contracts allow companies to deploy supply chain management, real-time payment systems, and IoT connectivity without compromising security or scalability. The fault tolerance and resource management features make Statter an ideal platform for large-scale enterprise applications that require high reliability and data integrity.

Statter Network Main Features

Segmented Proof of Work (SPoW)

Traditional Proof of Work (PoW) mining results in high energy consumption and an intense competition for computing power. To address this, Statter Network introduces Segmented Proof of Work (SPoW), a low-energy, fair mining model that optimizes computing tasks while maintaining network security and decentralization.

In SPoW, the mining network is divided into pools, and mining tasks are segmented and assigned to different pools, ensuring that every mining rig receives computing work without wasteful redundancy. Instead of individual miners competing for the same block, mining rigs in each pool collaborate by performing parallel computations. Once a task is completed, a new segmented task is assigned, promoting fair participation while reducing energy-intensive mining operations.

This approach reduces repetitive and invalid computations, allowing mining to be more energy-efficient while maintaining decentralization. Statter ensures that smaller miners can participate, fostering a more sustainable and fair mining ecosystem. Additionally, staking mechanisms are incorporated to increase the cost of 51% attacks, further strengthening network security.

Source: statter whitepaper

Drag-and-Drop Public Blockchain Generation

One of Statter’s most interesting innovations is its drag-and-drop public blockchain generation technology, which simplifies the creation and deployment of new blockchains. Instead of requiring extensive coding knowledge, developers can use pre-built modules and components to design their custom blockchain within the Statter ecosystem.

The drag-and-drop tool allows developers to choose from a library of components, including network modules, ledger modules, consensus mechanisms, digital identity systems, smart contract engines, and cross-chain communication tools. With a single click, the system automatically generates and deploys the new blockchain, which runs as a satellite chain on the Statter mainnet by default.

This modular approach allows projects to build highly customized blockchains optimized for DeFi, NFTs, metaverse applications, enterprise solutions, and gaming.

Source: statter whitepaper

Statter Virtual Machine (SVM)

Smart contract execution on real machines poses security risks, as vulnerabilities can be exploited to attack nodes and compromise the network. Statter Network prevents this issue by introducing the Statter Virtual Machine (SVM), a secure runtime environment that isolates smart contracts from physical hardware.

The SVM runs on every node, ensuring that smart contracts execute consistently across the network. Each contract undergoes on-chain testing and validation, minimizing the risk of execution errors and security breaches. Statter also provides pre-built smart contract components, enabling developers to deploy or modify contracts without extensive coding quickly.

Since SVM operates as a verifiable execution layer, all nodes process the same transactions and store identical contract states, maintaining data integrity and decentralization. This system ensures that every smart contract transaction is executed accurately.

Source: statter whitepaper

Metaverse Plugin App Market

The metaverse requires complex infrastructure, including 3D rendering, AI-powered avatars, edge computing, and decentralized storage. Statter Network offers a Metaverse Plugin App Market, an integrated ecosystem that provides plug-and-play solutions for developers to enhance virtual experiences without building infrastructure from scratch.

Developers can access ready-to-use tools like 3D engines, GIS mapping, AI-powered avatars, edge rendering, and privacy computing, streamlining metaverse application development. For example, a developer can select a 3D avatar plugin that automatically converts a selfie into an AI-generated avatar, allowing users to create digital identities seamlessly.

The plugin market also offers decentralized storage solutions, enabling DApps to store and distribute high-value data across a secure, distributed network. Through automated data sharding, information is stored across multiple nodes, ensuring data security, availability, and privacy protection.

Source: statter whitepaper

What is the STT Coin?

STT is the native token of Statter Network, used for governance, mining, and transactions. Its total supply counts 1.861 billion units, of which 50.34 million are already in circulation (March 2025).

STT is a mineable asset that is circulated and utilized within the entire Statter ecosystem. Over time, 90% of the total STT supply will be burned, reducing token availability and ensuring a deflationary economic model that enhances long-term value.

The SPoW (Segmented Proof of Work) consensus mechanism ensures efficient and low-energy mining while maintaining decentralization and fairness. STT mining follows a block time of 12 seconds, with 120 STT rewarded per block. To maintain controlled supply, block rewards decrease by 25% every 12 months. During the beta testing period, miners were rewarded 160 STT per block to incentivize early network participation.

STT’s distribution model ensures network security, ecosystem growth, and community incentives. 70% of STT is allocated to miners, securing the blockchain and supporting decentralized data storage. 7% is reserved for mining pool incentives, ensuring efficient processing power allocation. 10% is dedicated to ecosystem construction, promoting DApp development and blockchain expansion. 5% supports global community growth and engagement, 5% funds protocol research and upgrades, and 3% is allocated to the foundation for operational sustainability.

Source: statter whitepaper

Staking is a key mechanism within Statter Network’s decentralized storage infrastructure. Mining rigs store DApp-generated data, which is sharded and replicated across multiple nodes. To ensure network stability, miners must stake a certain amount of STT before mining. If a miner goes offline for too long, a pledge penalty applies, deterring unreliable participation. However, no penalties were enforced before mainnet 2.0, allowing early miners to participate freely. After 180 days, staked STT can be redeemed anytime, ensuring flexibility for long-term participants.

STT follows a deflationary burning mechanism, reducing total supply and increasing scarcity. Gas fees from the Statter main chain, satellite chains, and mining pool creation fees contribute to gradual token destruction. The goal is to burn 90% of the total supply, leaving only 186.1 million STT in circulation. The primary burning source is gas fees from drag-and-drop blockchain creation, where thousands of user-generated chains generate continuous transaction fees, leading to high token consumption. Once the deflationary target is met, mining pool fees will support ecosystem and community growth, while gas fees will be redistributed to miners.

Beyond mining and staking, STT functions as a universal exchange token within the Statter ecosystem. It is used to launch mining pools, pay gas fees and staking requirements, and interact with DApps. Users can also convert STT into stablecoins and participate in DAO governance, where token holdings determine voting power in ecosystem decisions.

Is STT a Good Investment?

STT benefits from a strong utility within the Statter Network, serving as the backbone for mining, staking, transactions, and governance. Its deflationary model, which aims to burn 90% of the total supply, could support long-term value appreciation by reducing circulating tokens over time. However, the project’s reliance on mining incentives and staking requirements means that network sustainability depends on continued participation. If miner engagement declines or ecosystem adoption slows, STT could face liquidity challenges that impact its broader market demand and utility.

How to Own STT?

To own STT, you can use the services of a centralized crypto exchange. Start by creating a Gate.io account and get it verified and funded. Then, you are ready to go through the steps to buy STT.

News on Statter Network

As reported on 12 February 2025, on the official X channel, Statter Network has achieved a major milestone with STT now listed on Gate.io and two other major exchanges. Additionally, STT price data is live on eight top-20 global exchanges, improving market visibility and accessibility. The token is also tracked by leading aggregators worldwide, further strengthening its presence in the crypto ecosystem. This expansion enhances liquidity and adoption, positioning Statter Network for continued growth in the blockchain space.

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