Minima 万倍链
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Minima是全球唯一轻量嵌入式、芯片级、抗量子区块链，可以在手机以及任何iot设备运行全节点的去中心化区块链。
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#Integritas Self-Sustaining and Empowering the Minima Ecosystem
💸 Let’s talk about how Integritas transforms real-world usage into token value.
Quick overview of our Minima success framework and why it is designed with long-term sustainability and demand in mind. 👇🧵
1⃣️ Fiat In → $MINIMA Out
Businesses pay for Integritas services using traditional fiat subscriptions.
But behind the scenes, Integritas uses a portion of the fiat to purchase $MINIMA tokens from the open market.
This connects real-world revenue with on-chain demand.
2⃣️ API Calls = Token Consumption
Every time a customer uses the API (whether tagging files or running searches), a small amount of $MINIMA is burned.
The usage equals the amount burned. The greater the demand, the greater the token consumption.
3⃣️ Unused Tokens Burned Monthly
Unused tokens during the subscription period do not roll over.
They are burned at the end of the month.
This creates deflationary pressure on $MINIMA and encourages active usage.
4⃣️ Value Loop → Maximize
The tokens consumed by API calls do not just disappear—they are injected into Maximize, which is Minima’s staking and earning mechanism.
This completes a closed loop:
🔹 Customers use the platform
🔹 Tokens are burned or staked
🔹 Demand and network security increase
5⃣️ What’s the result? 📈
🔹 Real businesses drive token demand
🔹 API usage leads to token consumption and scarcity
🔹 Burning + Staking = Sustainable Economic Incentives
🔹 Platform Growth = Ecosystem Value
A full-cycle economy with proven utility.
6⃣️ Integritas is not just a MiniDapp.
It is a bridge between enterprise-level SaaS and decentralized token economics—proving that usage can create value without speculation.
The future of infrastructure needs proof. We are building it. $SOL
💸 Let’s talk about how Integritas transforms real-world usage into token value.
Quick overview of our Minima success framework and why it is designed with long-term sustainability and demand in mind. 👇🧵
1⃣️ Fiat In → $MINIMA Out
Businesses pay for Integritas services using traditional fiat subscriptions.
But behind the scenes, Integritas uses a portion of the fiat to purchase $MINIMA tokens from the open market.
This connects real-world revenue with on-chain demand.
2⃣️ API Calls = Token Consumption
Every time a customer uses the API (whether tagging files or running searches), a small amount of $MINIMA is burned.
The usage equals the amount burned. The greater the demand, the greater the token consumption.
3⃣️ Unused Tokens Burned Monthly
Unused tokens during the subscription period do not roll over.
They are burned at the end of the month.
This creates deflationary pressure on $MINIMA and encourages active usage.
4⃣️ Value Loop → Maximize
The tokens consumed by API calls do not just disappear—they are injected into Maximize, which is Minima’s staking and earning mechanism.
This completes a closed loop:
🔹 Customers use the platform
🔹 Tokens are burned or staked
🔹 Demand and network security increase
5⃣️ What’s the result? 📈
🔹 Real businesses drive token demand
🔹 API usage leads to token consumption and scarcity
🔹 Burning + Staking = Sustainable Economic Incentives
🔹 Platform Growth = Ecosystem Value
A full-cycle economy with proven utility.
6⃣️ Integritas is not just a MiniDapp.
It is a bridge between enterprise-level SaaS and decentralized token economics—proving that usage can create value without speculation.
The future of infrastructure needs proof. We are building it. $SOL
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All connected devices: electric car host, charging box - run a complete blockchain node, and this minima blockchain system can be written on a small chip.
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📜$MINIMA: The first blockchain on a chip.
$MINIMA is collaborating with global semiconductor design leader #ARM to develop a chip that will embed blockchain functionality directly into the hardware of any smart device.
Why is this a big deal?
The $MINIMA chip is unique in its design, aimed at enabling blockchain technology to be directly integrated into the chip, facilitating more secure, fully decentralized, and interoperable interactions between machines, requiring minimal resources and very low energy consumption, making it perfect even for battery-powered and edge devices. Devices equipped with the Minima chip will be able to autonomously handle tasks, generate/manage tokens, while ensuring encrypted peer-to-peer communication between machines without intermediaries! The chip will embed real-time data authentication, hashing, and timestamps at the data source, ensuring that the data is tamper-proof and verifiable/trustworthy.
So, what are its use cases?
The Minima chip offers a wide range of applications across various industries, such as the Internet of Things, artificial intelligence, automotive, healthcare, industrial automation, robotics, telecommunications, supply chain, and more.
▪️ Sharing unused energy through tokens (solar panels, etc.)
▪️ Autonomous vehicles recording data to establish verifiable safety records
▪️ Traceable products in the supply chain to comply with EU laws and regulations, preventing counterfeiting
▪️ Wearable devices securely sharing health data without intermediaries and trustworthy data
▪️ Edge devices training AI models through collaboration with verified data integrity
▪️ Smart home devices verifying utility usage for secure billing
▪️ EV chargers automatically processing payments through blockchain tokens (Zeekr)
▪️ Medical devices recording usage data to meet regulatory requirements
▪️ Point-of-sale terminals processing encrypted payments without intermediaries
▪️ V2V communication and V2X for smart city navigation
▪️ Industrial IoT gateways protecting data exchange in factories
We are talking about complete decentralization, extreme energy efficiency, hardware security with chips, quantum security at the protocol level, P2P communication, censorship resistance, verifiable data, no intermediaries, no centralization risk,... soon, Omnia (the native layer 2 of $MINIMA) will bring infinite theoretical scalability!
$MINIMA is collaborating with global semiconductor design leader #ARM to develop a chip that will embed blockchain functionality directly into the hardware of any smart device.
Why is this a big deal?
The $MINIMA chip is unique in its design, aimed at enabling blockchain technology to be directly integrated into the chip, facilitating more secure, fully decentralized, and interoperable interactions between machines, requiring minimal resources and very low energy consumption, making it perfect even for battery-powered and edge devices. Devices equipped with the Minima chip will be able to autonomously handle tasks, generate/manage tokens, while ensuring encrypted peer-to-peer communication between machines without intermediaries! The chip will embed real-time data authentication, hashing, and timestamps at the data source, ensuring that the data is tamper-proof and verifiable/trustworthy.
So, what are its use cases?
The Minima chip offers a wide range of applications across various industries, such as the Internet of Things, artificial intelligence, automotive, healthcare, industrial automation, robotics, telecommunications, supply chain, and more.
▪️ Sharing unused energy through tokens (solar panels, etc.)
▪️ Autonomous vehicles recording data to establish verifiable safety records
▪️ Traceable products in the supply chain to comply with EU laws and regulations, preventing counterfeiting
▪️ Wearable devices securely sharing health data without intermediaries and trustworthy data
▪️ Edge devices training AI models through collaboration with verified data integrity
▪️ Smart home devices verifying utility usage for secure billing
▪️ EV chargers automatically processing payments through blockchain tokens (Zeekr)
▪️ Medical devices recording usage data to meet regulatory requirements
▪️ Point-of-sale terminals processing encrypted payments without intermediaries
▪️ V2V communication and V2X for smart city navigation
▪️ Industrial IoT gateways protecting data exchange in factories
We are talking about complete decentralization, extreme energy efficiency, hardware security with chips, quantum security at the protocol level, P2P communication, censorship resistance, verifiable data, no intermediaries, no centralization risk,... soon, Omnia (the native layer 2 of $MINIMA) will bring infinite theoretical scalability!
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Minima officially launches the disruptive cash cow commercial product: Integritas
Minima officially introduces Integritas — a decentralized data integrity and verification platform based on the Minima blockchain. It transforms real-world data into verifiable digital truths, serving Web2, Web3, DePIN, and AI. The future requires proof. 🧵
1. Why choose Integritas?
✅ Data integrity features
✅ Verifiable infrastructure suitable for DePIN and machine networks
✅ Open proofs for trustless ecosystems
✅ Simplified auditing and compliance
Additionally, there is transparency in artificial intelligence and legal records. 🔍
2. Meet Integritas Stamp — use timestamps and hashes to anchor your data or documents to the blockchain. Immutable. Traceable. Verifiable. Say goodbye to trust data and start verifying data.
Additionally, the Integritas search engine has now launched — verify whether your documents match the anchored version anytime, anywhere. Open, permissionless, and trustless verification for everyone.
3. How does Integritas benefit Minima holders?
Revealing the Minima success framework 🧐
1) Subscription users purchase $MINIMA from the open market via API calls, creating buying pressure.
2) Unused $MINIMA will be burned at the end of each month, reducing supply.
3) Used $MINIMA will be utilized to enhance the earnings of Maximize, directly linking platform usage to the value of $MINIMA holders.
By combining real-world demand with token utility, scarcity, and long-term ecosystem incentives, this flywheel mechanism will apply to all products we build on Minima L1 — aiming to create a real-world impact through token economics.
4. “If you cannot prove your data, you cannot prove your infrastructure.”
Add timestamps to data. Anchor data. Search data.
Join us in co-building a future of provable data integrity.
Minima officially introduces Integritas — a decentralized data integrity and verification platform based on the Minima blockchain. It transforms real-world data into verifiable digital truths, serving Web2, Web3, DePIN, and AI. The future requires proof. 🧵
1. Why choose Integritas?
✅ Data integrity features
✅ Verifiable infrastructure suitable for DePIN and machine networks
✅ Open proofs for trustless ecosystems
✅ Simplified auditing and compliance
Additionally, there is transparency in artificial intelligence and legal records. 🔍
2. Meet Integritas Stamp — use timestamps and hashes to anchor your data or documents to the blockchain. Immutable. Traceable. Verifiable. Say goodbye to trust data and start verifying data.
Additionally, the Integritas search engine has now launched — verify whether your documents match the anchored version anytime, anywhere. Open, permissionless, and trustless verification for everyone.
3. How does Integritas benefit Minima holders?
Revealing the Minima success framework 🧐
1) Subscription users purchase $MINIMA from the open market via API calls, creating buying pressure.
2) Unused $MINIMA will be burned at the end of each month, reducing supply.
3) Used $MINIMA will be utilized to enhance the earnings of Maximize, directly linking platform usage to the value of $MINIMA holders.
By combining real-world demand with token utility, scarcity, and long-term ecosystem incentives, this flywheel mechanism will apply to all products we build on Minima L1 — aiming to create a real-world impact through token economics.
4. “If you cannot prove your data, you cannot prove your infrastructure.”
Add timestamps to data. Anchor data. Search data.
Join us in co-building a future of provable data integrity.
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In-depth Analysis: Five Reasons Why Omnia Helps Minima Become a Blockchain Giant
Minima Major Announcement! Our Layer 2 solution Omnia will officially launch in 2025, bringing instant transactions and unleashing tremendous potential. Let's dive into the five reasons why Omnia helps Minima become a blockchain giant:
1. What is Omnia? Omnia is Minima's Layer 2 scaling solution designed to offload transactions from the main chain. It uses payment channels to achieve near-instant transfers while ensuring secure settlement on Minima's Layer 1—ideal for high-transaction-volume use cases! ⚡ #可扩展性
2. Instant Transactions: Unlike many blockchains that experience delays (such as Ethereum's 15-second block time), Omnia can complete transactions in a few milliseconds. This speed will revolutionize enterprise applications such as IoT, DePIN, and real-time charging for electric vehicles! 🚗 #速度至上
3. Eliminating Limitations: Omnia eliminates the bottlenecks of traditional blockchains—high fees and low throughput. Minima already has over 1 million nodes, and Omnia ensures scalability without compromising decentralization, unlike centralized L2 solutions like Arbitrum. 🌍 #DecentralizedPower
4. Quantum Resistance: Omnia inherits Minima's SHA3-256 and Winternitz signatures, providing it with quantum resistance. Your transactions are not only fast but also future-proof, far surpassing L2 layers on less secure blockchains like Polygon. Future-proof
5. Empowering MiniDapps: Omnia empowers MiniDapps on Minima OS, ranging from games (such as @Minimorph_game P2E competitions) to smart city solutions. Developers can build zero-latency high-performance applications, giving Minima an edge over competitors like Solana! 🕹️ #MiniDapps
$BTC $SOL
Minima Major Announcement! Our Layer 2 solution Omnia will officially launch in 2025, bringing instant transactions and unleashing tremendous potential. Let's dive into the five reasons why Omnia helps Minima become a blockchain giant:
1. What is Omnia? Omnia is Minima's Layer 2 scaling solution designed to offload transactions from the main chain. It uses payment channels to achieve near-instant transfers while ensuring secure settlement on Minima's Layer 1—ideal for high-transaction-volume use cases! ⚡ #可扩展性
2. Instant Transactions: Unlike many blockchains that experience delays (such as Ethereum's 15-second block time), Omnia can complete transactions in a few milliseconds. This speed will revolutionize enterprise applications such as IoT, DePIN, and real-time charging for electric vehicles! 🚗 #速度至上
3. Eliminating Limitations: Omnia eliminates the bottlenecks of traditional blockchains—high fees and low throughput. Minima already has over 1 million nodes, and Omnia ensures scalability without compromising decentralization, unlike centralized L2 solutions like Arbitrum. 🌍 #DecentralizedPower
4. Quantum Resistance: Omnia inherits Minima's SHA3-256 and Winternitz signatures, providing it with quantum resistance. Your transactions are not only fast but also future-proof, far surpassing L2 layers on less secure blockchains like Polygon. Future-proof
5. Empowering MiniDapps: Omnia empowers MiniDapps on Minima OS, ranging from games (such as @Minimorph_game P2E competitions) to smart city solutions. Developers can build zero-latency high-performance applications, giving Minima an edge over competitors like Solana! 🕹️ #MiniDapps
$BTC $SOL
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minima will head towards a trillion dollar market value
Satoshi Nakamoto's Bitcoin and Minima Blockchain: A Comparison and Insights on Decentralized Settlement
Minima Blockchain: The innovative transaction proof of work (TxPoW) and deflationary destruction differs from Bitcoin's PoW.
Minima Blockchain introduces a collaborative mining mechanism based on transaction proof of work (TxPoW), revolutionizing decentralized settlement. Minima was founded by Hugo Feiler and Paddy Cerri in 2018, aiming to address the blockchain's 'impossible triangle' by balancing decentralization, security, and scalability. TxPoW Collaborative Mining: Users act as nodes in Minima's TxPoW mechanism, combining each transaction with contributions to network security. Users must perform a certain amount of proof of work when initiating a transaction to verify it and enhance network security. Unlike Bitcoin's competitive mining, TxPoW emphasizes cooperation, with all participants jointly maintaining the network rather than competing for rewards. This significantly reduces the risk of hashing power concentration, achieving '100% complete decentralization.' In the Minima network, each user device—whether a smartphone, computer, or IoT device—can run a full node, participating in transaction verification and ledger maintenance. This design empowers ordinary users with direct control over settlement rights, eliminating the need to rely on professional miners or large mining pools. Compared to the Bitcoin miner-dominated model, Minima's settlement rights are entirely decentralized, embodying the core spirit of decentralization. Deflationary Destruction Incentive Mechanism: Dynamic Balance of Issuance. Minima's second innovation is its deflationary destruction incentive mechanism. Unlike traditional blockchains like Bitcoin that rely on fixed or diminishing block rewards to control issuance, Minima dynamically adjusts token supply by destroying a portion of transaction fees. This deflationary mechanism encourages users to actively participate in network maintenance while preventing excessive token inflation. The destruction mechanism ensures the scarcity of tokens, thereby enhancing the long-term value stability of the tokens. Crucially, Minima unifies issuance and settlement rights under user control. Users can directly participate in the creation and destruction of tokens by running nodes and initiating transactions, without relying on centralized issuers or a few miners. This design enhances network fairness and gives users unprecedented control. Advantages of Minima: Empowering User Control. Through TxPoW and the deflationary destruction mechanism, Minima demonstrates significant advantages in decentralized settlement: Extreme Decentralization: Every Minima user runs a full node without relying on Bitcoin mining pools or Ethereum validation nodes. The network is entirely user-community-driven, avoiding risks of hashing power concentration or centralized entities. Lightweight and Scalable: Minima's design enables full nodes to run on low-power devices, significantly lowering the participation threshold. Compared to Bitcoin's high-energy-consuming mining, TxPoW is more environmentally friendly and efficient, suitable for various scenarios such as IoT and mobile devices. User-Empowered Issuance and Settlement: In Minima, users directly control currency issuance and settlement through participation in transactions and validations. This enhances trust in the network and ensures transparency and fairness. Deflationary Economic Model: The destruction mechanism effectively controls token supply, incentivizing users to hold and participate in the network long-term. This dynamic issuance model is superior to Bitcoin's fixed supply, better adapting to market demand.
Minima Blockchain introduces a collaborative mining mechanism based on transaction proof of work (TxPoW), revolutionizing decentralized settlement. Minima was founded by Hugo Feiler and Paddy Cerri in 2018, aiming to address the blockchain's 'impossible triangle' by balancing decentralization, security, and scalability. TxPoW Collaborative Mining: Users act as nodes in Minima's TxPoW mechanism, combining each transaction with contributions to network security. Users must perform a certain amount of proof of work when initiating a transaction to verify it and enhance network security. Unlike Bitcoin's competitive mining, TxPoW emphasizes cooperation, with all participants jointly maintaining the network rather than competing for rewards. This significantly reduces the risk of hashing power concentration, achieving '100% complete decentralization.' In the Minima network, each user device—whether a smartphone, computer, or IoT device—can run a full node, participating in transaction verification and ledger maintenance. This design empowers ordinary users with direct control over settlement rights, eliminating the need to rely on professional miners or large mining pools. Compared to the Bitcoin miner-dominated model, Minima's settlement rights are entirely decentralized, embodying the core spirit of decentralization. Deflationary Destruction Incentive Mechanism: Dynamic Balance of Issuance. Minima's second innovation is its deflationary destruction incentive mechanism. Unlike traditional blockchains like Bitcoin that rely on fixed or diminishing block rewards to control issuance, Minima dynamically adjusts token supply by destroying a portion of transaction fees. This deflationary mechanism encourages users to actively participate in network maintenance while preventing excessive token inflation. The destruction mechanism ensures the scarcity of tokens, thereby enhancing the long-term value stability of the tokens. Crucially, Minima unifies issuance and settlement rights under user control. Users can directly participate in the creation and destruction of tokens by running nodes and initiating transactions, without relying on centralized issuers or a few miners. This design enhances network fairness and gives users unprecedented control. Advantages of Minima: Empowering User Control. Through TxPoW and the deflationary destruction mechanism, Minima demonstrates significant advantages in decentralized settlement: Extreme Decentralization: Every Minima user runs a full node without relying on Bitcoin mining pools or Ethereum validation nodes. The network is entirely user-community-driven, avoiding risks of hashing power concentration or centralized entities. Lightweight and Scalable: Minima's design enables full nodes to run on low-power devices, significantly lowering the participation threshold. Compared to Bitcoin's high-energy-consuming mining, TxPoW is more environmentally friendly and efficient, suitable for various scenarios such as IoT and mobile devices. User-Empowered Issuance and Settlement: In Minima, users directly control currency issuance and settlement through participation in transactions and validations. This enhances trust in the network and ensures transparency and fairness. Deflationary Economic Model: The destruction mechanism effectively controls token supply, incentivizing users to hold and participate in the network long-term. This dynamic issuance model is superior to Bitcoin's fixed supply, better adapting to market demand.
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Minima Partners with Artificial Superintelligence Alliance (ASI): Decentralized AI for Everyone
Minima is a company focused on blockchain technology, with its core product being a Layer 1 blockchain protocol. Unlike traditional blockchains, Minima's design allows every device (including smartphones and IoT devices) to run a full node. This 'embedded blockchain' technology makes it a standout in the field of edge computing. According to Minima's official website, its protocol requires only 300MB of RAM to run a full node, making it suitable for large-scale edge networks, and it could support AI, smart cities, and autonomous systems in the future. This lays a solid foundation for the realization of decentralized AI.
Blockchain technology company Minima has announced a strategic partnership with the Artificial Superintelligence Alliance (ASI) on platform X, aiming to enable AI models to run directly on user devices (such as smartphones) through blockchain technology, achieving true decentralization and autonomous control. This collaboration is hailed as a milestone for decentralized AI, potentially reshaping the future landscape of the AI industry. This article will delve into the core content, technical feasibility, potential impacts, and challenges of this partnership, helping readers understand the significance of this technological transformation.
Minima is a company focused on blockchain technology, with its core product being a Layer 1 blockchain protocol. Unlike traditional blockchains, Minima's design allows every device (including smartphones and IoT devices) to run a full node. This 'embedded blockchain' technology makes it a standout in the field of edge computing. According to Minima's official website, its protocol requires only 300MB of RAM to run a full node, making it suitable for large-scale edge networks, and it could support AI, smart cities, and autonomous systems in the future. This lays a solid foundation for the realization of decentralized AI.
Blockchain technology company Minima has announced a strategic partnership with the Artificial Superintelligence Alliance (ASI) on platform X, aiming to enable AI models to run directly on user devices (such as smartphones) through blockchain technology, achieving true decentralization and autonomous control. This collaboration is hailed as a milestone for decentralized AI, potentially reshaping the future landscape of the AI industry. This article will delve into the core content, technical feasibility, potential impacts, and challenges of this partnership, helping readers understand the significance of this technological transformation.
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