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docs/depin_specs/experimental_and_niche_depin_projects/autonomys.md
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---
# Autonomys
# DEPIN Project: Autonomys
## Overview
Autonomys is a network that provides the infrastructure to scale decentralized AI 3.0 applications on-chain—hyper-scalable permanent data storage, super fast data availability and flexible EVM-compatible decoupled execution. It leverages blockchain technology to create a more reliable data storage solution.
Autonomys Network is a decentralized infrastructure layer designed to support AI 3.0 applications. Built on the Subspace Protocol, Autonomys aims to provide a foundation for AI infrastructure as a public good, aligning with the vision of a permissionless and secure blockchain. The network offers hyper-scalable permanent data storage, super-fast data availability, and flexible EVM-compatible decoupled execution, making it a comprehensive solution for decentralized AI (deAI) applications.
## Key Features
- **Currency:** SUB (Autonomys Token)
- **Buying Currency:** Available on decentralized exchanges like Uniswap.
- **Utility:**
- Used for network transactions and incentivizing data storage.
- Staking rewards for network validators.
- **Automation:**
- Smart contracts automate data storage and retrieval processes.
- **Utility in the Project:**
- Users can earn SUB by storing and retrieving data.
- Validators can stake SUB to secure the network and earn rewards.
- **API:** Yes, Autonomys provides an API for developers to integrate with their applications.
- **Currency:** $AI3 (native token).
- **Buying Currency:** $AI3 can be acquired on major exchanges like Coinbase and Crypto.com.
- **Utility:**
- **Payments:** $AI3 is used for staking, governance, block rewards, and transaction fees within the Autonomys Network.
- **Staking:** Stake $AI3 to secure the network, earn rewards, and participate in governance.
- **Governance:** $AI3 holders can vote on protocol upgrades and ecosystem decisions.
- **Automation:**
- Smart contracts automate resource allocation, payments, and reward distribution.
- Dynamic pricing ensures cost efficiency by allowing providers to compete for workloads.
- **API:** Yes. Autonomys integrates with Docker and Kubernetes for seamless deployment of applications.
- **User Perspective:**
- Users can easily store and retrieve data and earn SUB tokens.
- **Developers:** Deploy applications on a decentralized AI infrastructure, benefiting from lower costs and greater flexibility.
- **Providers:** Monetize idle computing resources by renting them out on the Autonomys marketplace.
## How It Works
1. **Step 1:** Users upload their data to the Autonomys Network.
2. **Step 2:** The network stores the data securely and makes it available for retrieval.
3. **Step 3:** Users earn SUB tokens based on the amount of data stored and retrieved.
1. **Resource Aggregation:**
- Providers register their computing resources (e.g., GPUs, CPUs) on the Autonomys Network, which are pooled into a global marketplace.
2. **Task Allocation:**
- Users submit AI jobs, and the platform matches them with the most cost-effective and suitable resources.
3. **Execution & Payment:**
- Jobs run on distributed nodes, with results validated via blockchain. Payments in $AI3 are automated through smart contracts.
## Staking
- **Staking Requirements:** Minimum of 1,000 SUB tokens to become a validator.
- **Rewards:** Validators earn a percentage of transaction fees and block rewards.
- **Staking Requirements:**
- Providers must stake $AI3 to participate in the network, with the amount influencing their reputation and governance power.
- No minimum stake for users deploying applications.
- **Rewards:**
- **Block Rewards:** Distributed to stakers based on their contribution to network security.
- **Slashing:** Malicious actors lose staked $AI3, ensuring network integrity.
## Documentation
For technical guides, tokenomics, and API integration:
- [Autonomys Docs](https://docs.Autonomys.network)
## Additional Resources
- **Official Website:** [Autonomys Network](https://Autonomys.network)
- **Community Link:** [Autonomys on X](https://x.com/AutonomysNet)
- **GitHub Repository:** [Autonomys GitHub](https://github.com/Autonomys)
## API Documentation
For detailed API documentation, visit [Autonomys API Docs](https://docs.Autonomys.network).
@ -39,4 +61,35 @@ For detailed API documentation, visit [Autonomys API Docs](https://docs.Autonomy
## Additional Resources
- [Official Website](https://Autonomys.network)
- [Community Link](https://x.com/AutonomysNet)
- [GitHub Repository](https://github.com/Autonomys)
- [GitHub Repository](https://github.com/Autonomys)
## Ecosystem Components
| Product | Functionality |
| - |-|
| **Autonomys Console** | User-friendly interface for deploying and managing AI resources. |
| **Autonomys Provider** | Dashboard for providers to monitor resource usage and earnings. |
| **Autonomys Explorer** | Analytics tool tracking network activity, rewards, and resource utilization. |
## FAQ
1. **Is it usable by the average DePIN user?**
Yes, Autonomys Network is designed to be user-friendly, with a straightforward interface (Autonomys Console) and comprehensive documentation. It caters to both technical and non-technical users, making it accessible for the average DePIN user.
2. **Can I pay with tokens to use the DePIN product offered by the project?**
Yes, $AI3 is the primary currency for purchasing AI resources on the Autonomys Network. Users can also pay with USDC, and credit card payments are now supported for mainstream accessibility.
3. **Can tokens be automatically switched from other standard tokens (e.g. ETH, BTC)?**
While $AI3 is the native token, users can trade it on major exchanges like Coinbase and Crypto.com. However, automatic token switching (e.g., ETH to AI3) is not natively supported on the platform but can be done through external exchanges.
4. **If I would provide the service, what is my ROI, do we need to stake, etc.?**
Providers can earn passive income by renting out idle computing resources. Staking $AI3 is required to participate as a provider, and rewards are distributed based on resource contribution and staking amount. ROI depends on resource utilization and market demand.
5. **Why does the project exist, why do the people and the planet need it?**
Autonomys Network exists to democratize AI infrastructure, reducing costs and increasing accessibility. It promotes sustainability by utilizing underutilized resources, reducing waste, and offering a decentralized alternative to energy-intensive centralized AI providers.
6. **Is it geo-aware?**
Autonomys Network does not explicitly mention geo-fencing, but its decentralized nature allows users to deploy resources globally, ensuring flexibility and compliance with local regulations.
7. **Is it cost-effective?**
Autonomys Network is highly cost-effective, offering AI resources at up to 90% lower costs compared to traditional AI providers like AWS and Google Cloud. Dynamic pricing ensures competitive rates.

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---
# Elastos
# Elastos
## Overview
Elastos is a decentralized platform that allows users to build and deploy decentralized applications (dApps). It leverages blockchain technology to create a more secure and efficient dApp ecosystem.
## Overview
## Key Features
- **Currency:** ELA (Elastos Token)
- **Buying Currency:** Available on exchanges like KuCoin and Gate.io.
- **Utility:**
- Used for network transactions and incentivizing dApp development.
- Staking rewards for network validators.
- **Automation:**
- Smart contracts automate dApp deployment and interactions.
- **Utility in the Project:**
- Users can earn ELA by participating in the dApp ecosystem.
- Validators can stake ELA to secure the network and earn rewards.
- **API:** Yes, Elastos provides an API for developers to integrate with their dApps.
- **User Perspective:**
- Users can easily build and deploy dApps and earn ELA tokens.
Elastos is a decentralized SmartWeb ecosystem built on blockchain technology, designed to provide a secure, scalable, and user-centric internet infrastructure. By integrating blockchain, decentralized identity (DID), peer-to-peer networking, and decentralized storage, Elastos aims to redefine how the internet operates, empowering users to own and control their data. The platform focuses on enabling decentralized applications (DApps) and services while maintaining privacy, security, and interoperability.
## How It Works
1. **Step 1:** Users develop their dApps on the Elastos platform.
2. **Step 2:** The platform deploys the dApps and makes them available for use.
3. **Step 3:** Users earn ELA tokens based on their participation in the ecosystem.
## Key Features
- **Currency:** $ELA (native token).
- **Buying Currency:** $ELA is available on major exchanges like Coinbase, KuCoin, and Gate.io.
- **Utility:**
- **Payments:** $ELA is used for transactions, staking, and accessing services within the Elastos ecosystem.
- **Staking:** Stake $ELA to secure the network, earn rewards, and participate in governance.
- **Governance:** $ELA holders can vote on protocol upgrades and ecosystem decisions.
- **Automation:**
- Smart contracts automate transactions, staking rewards, and dispute resolution.
- The BeL2 protocol enables trustless, decentralized financial infrastructure for Bitcoin DeFi.
- **API:** Yes. Elastos supports EVM-compatible smart contracts and integrates with Bitcoin via Zero-Knowledge Proofs (ZKPs).
- **User Perspective:**
- **Developers:** Build DApps on a secure, scalable, and interoperable platform.
- **Users:** Access decentralized services while maintaining full control over personal data and digital assets.
## Staking
- **Staking Requirements:** Minimum of 10,000 ELA tokens to become a validator.
- **Rewards:** Validators earn a percentage of transaction fees and block rewards.
## How It Works
1. **Resource Aggregation:**
- Elastos combines blockchain, DID, and decentralized storage to create a unified SmartWeb infrastructure.
2. **Task Allocation:**
- DApps and services are deployed on the Elastos SmartWeb, leveraging its decentralized components for enhanced security and efficiency.
3. **Execution & Payment:**
- Transactions and smart contract executions are validated via blockchain, with payments in $ELA automated through smart contracts.
## Documentation
For detailed documentation, visit [Elastos Docs](https://www.elastos.org/downloads/elastos_whitepaper_en.pdf).
## Staking
- **Staking Requirements:**
- Users and arbiters must stake $ELA to participate in the network, with the amount influencing their reputation and governance power.
- No minimum stake for users accessing DApps.
- **Rewards:**
- **Block Rewards:** Distributed to stakers based on their contribution to network security.
- **Arbiter Rewards:** Arbiters earn $ELA and BTC rewards for managing time-sensitive transactions and resolving disputes.
## Additional Resources
- [Official Website](https://elastos.org)
- [Community Link](https://x.com/ElastosInfo)
- [GitHub Repository](https://github.com/elastos)
## Documentation
For detailed documentation, visit [Elastos Docs](https://www.elastos.org/downloads/elastos_whitepaper_en.pdf).
## Additional Resources
- [Official Website](https://elastos.org)
- [Community Link](https://x.com/ElastosInfo)
- [GitHub Repository](https://github.com/elastos)
## Ecosystem Components
| Product | Functionality |
| - |-|
| **BeL2 Protocol** | A Bitcoin Layer 2 solution enabling decentralized financial infrastructure and cross-chain interoperability. |
| **Elastos DID** | Decentralized identity system for secure and private user authentication. |
| **Elastos Hive** | Decentralized storage solution for DApps and user data. |
## Tokenomics
- **Total Supply:** 25.82M.
- **Max Supply:** 28.21M.
- **Distribution:**
- 60% allocated as network rewards, 20% to investors, 10% to the team, and 10% to the ecosystem fund.
## FAQ
1. **Is it usable by the average DePIN user?**
Yes, Elastos is designed to be user-friendly, with tools like Elastos DID and Hive simplifying decentralized identity and storage management. It caters to both technical and non-technical users, making it accessible for the average DePIN user.
2. **Can I pay with tokens to use the DePIN product offered by the project?**
Yes, $ELA is the primary currency for accessing services and DApps within the Elastos ecosystem. Users can also pay with BTC through the BeL2 protocol.
3. **Can tokens be automatically switched from other standard tokens (e.g. ETH, BTC)?**
While $ELA is the native token, users can trade it on major exchanges like Coinbase and KuCoin. Automatic token switching (e.g., BTC to ELA) is not natively supported but can be done through external exchanges.
4. **If I would provide the service, what is my ROI, do we need to stake, etc.?**
Providers can earn passive income by staking $ELA and participating in the network as arbiters. Staking is required for arbiters, and rewards are distributed based on transaction handling and dispute resolution. ROI depends on network activity and staking amount.
5. **Why does the project exist, why do the people and the planet need it?**
Elastos exists to create a decentralized internet where users own and control their data. It promotes privacy, security, and sustainability by reducing reliance on centralized systems and enabling a more equitable digital economy.
6. **Is it geo-aware?**
Elastos does not explicitly mention geo-fencing, but its decentralized nature allows users to deploy resources globally, ensuring flexibility and compliance with local regulations.
7. **Is it cost-effective?**
Elastos is highly cost-effective, offering decentralized services at competitive rates. The BeL2 protocol further enhances efficiency by enabling Bitcoin DeFi without third-party custodians.

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# Smartmesh
# Smartmesh
## Overview
SmartMesh is a blockchain based underlying protocol of the Internet of Things, allowing users to connect and communicate without relying on traditional internet infrastructure. It leverages blockchain technology to create a more resilient and efficient communication network.
## Overview
## Key Features
- **Currency:** SMT (Smartmesh Token)
- **Buying Currency:** Available on exchanges like KuCoin and Gate.io.
- **Utility:**
- Used for network transactions and incentivizing mesh networking.
- Staking rewards for network validators.
- **Automation:**
- Smart contracts automate network transactions and reward distribution.
- **Utility in the Project:**
- Users can earn SMT by participating in the mesh network.
- Validators can stake SMT to secure the network and earn rewards.
- **API:** Yes, Smartmesh provides an API for developers to integrate with their applications.
- **User Perspective:**
- Users can easily connect to the mesh network and earn SMT tokens.
Smartmesh is a decentralized Internet of Things (IoT) and blockchain-based mesh networking protocol designed to provide connectivity in areas with limited or no internet access. By leveraging blockchain technology and mesh networking, Smartmesh enables peer-to-peer communication, data sharing, and transactions without relying on traditional internet infrastructure. The platform aims to bridge the digital divide, making connectivity more accessible and affordable for individuals, communities, and businesses worldwide.
## How It Works
1. **Step 1:** Users connect their devices to the Smartmesh Network.
2. **Step 2:** The network enables communication between devices without internet access.
3. **Step 3:** Users earn SMT tokens based on their participation in the network.
## Key Features
- **Currency:** $SMT (native token).
- **Buying Currency:** $SMT is available on exchanges like Huobi and Gate.io.
- **Utility:**
- **Payments:** $SMT is used to facilitate transactions and incentivize participation in the mesh network.
- **Staking:** Stake $SMT to secure the network, earn rewards, and participate in governance.
- **Governance:** $SMT holders can vote on protocol upgrades and ecosystem decisions.
- **Automation:**
- Smart contracts automate transaction settlements, reward distribution, and network maintenance.
- Dynamic routing ensures efficient data transmission across the mesh network.
- **API:** Yes. Smartmesh provides APIs for developers to integrate mesh networking capabilities into their applications.
- **User Perspective:**
- **Developers:** Build decentralized applications (dApps) that operate seamlessly in offline or low-connectivity environments.
- **Users:** Access affordable and reliable connectivity, even in remote or underserved areas.
## Staking
- **Staking Requirements:** Minimum of 10,000 SMT tokens to become a validator.
- **Rewards:** Validators earn a percentage of transaction fees and block rewards.
## How It Works
1. **Network Formation:**
- Devices (e.g., smartphones, IoT devices) connect to each other, forming a decentralized mesh network.
2. **Data Routing:**
- Data packets are routed through the mesh network using the most efficient path, ensuring reliable communication.
3. **Transaction & Reward:**
- Transactions and data transfers are validated via blockchain, with rewards distributed in $SMT to participants who contribute resources.
## Documentation
For detailed documentation, visit [Smartmesh Docs](https://smartmesh.io/SmartMeshWhitePaperEN.pdf).
## Staking
- **Staking Requirements:**
- Participants must stake $SMT to join the network as nodes, with the amount influencing their reputation and governance power.
- No minimum stake for users accessing the network.
- **Rewards:**
- **Block Rewards:** Distributed to stakers based on their contribution to network security and resource sharing.
- **Slashing:** Malicious actors lose staked $SMT, ensuring network integrity.
## Additional Resources
- [Official Website](https://smartmesh.io)
- [Community Link](https://x.com/Smart_Mesh/)
- [GitHub Repository](https://github.com/SmartMeshFoundation)
## Documentation
For detailed documentation, visit [Smartmesh Docs](https://smartmesh.io/SmartMeshWhitePaperEN.pdf).
## Additional Resources
- [Official Website](https://smartmesh.io)
- [Community Link](https://x.com/Smart_Mesh/)
- [GitHub Repository](https://github.com/SmartMeshFoundation)
## Ecosystem Components
| Product | Functionality |
| - |-|
| **Smartmesh App** | User-friendly interface for accessing and managing mesh network connections. |
| **Spectrum** | Blockchain layer for secure and scalable transactions within the mesh network. |
| **MeshBox** | Hardware device that extends mesh network coverage and connectivity. |
## Tokenomics
- **Total Supply:** 3.14B
- **Distribution:**
- 50% allocated as network rewards, 20% to investors, 15% to the team, and 15% to ecosystem development.
## FAQ
1. **Is it usable by the average DePIN user?**
Yes, Smartmesh is designed to be user-friendly, with intuitive applications like the Smartmesh App and comprehensive documentation. It caters to both technical and non-technical users, making it accessible for the average DePIN user.
2. **Can I pay with tokens to use the DePIN product offered by the project?**
Yes, $SMT is the primary currency for transactions and incentivizing participation in the Smartmesh network.
3. **Can tokens be automatically switched from other standard tokens (e.g. ETH, BTC)?**
While $SMT is the native token, users can trade it on exchanges like Huobi and Gate.io. Automatic token switching (e.g., ETH to SMT) is not natively supported but can be done through external exchanges.
4. **If I would provide the service, what is my ROI, do we need to stake, etc.?**
Participants can earn passive income by contributing resources to the mesh network. Staking $SMT is required to join as a node, and rewards are distributed based on resource contribution and staking amount. ROI depends on network usage and participation levels.
5. **Why does the project exist, why do the people and the planet need it?**
Smartmesh exists to bridge the digital divide by providing affordable and reliable connectivity in underserved areas. It promotes sustainability by reducing reliance on energy-intensive centralized infrastructure and enabling peer-to-peer communication.
6. **Is it geo-aware?**
Smartmesh operates globally, allowing users to form mesh networks anywhere, regardless of geographic location.
7. **Is it cost-effective?**
Smartmesh is highly cost-effective, offering connectivity solutions at a fraction of the cost of traditional internet infrastructure. Its decentralized nature ensures competitive and affordable access.

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# Spacechain
# SpaceChain
## Overview
Spacechain is a decentralized satellite network that allows users to store and retrieve data in a secure and efficient manner. It leverages blockchain technology to create a more reliable data storage solution.
## Overview
## Key Features
- **Currency:** SPC (Spacechain Token)
- **Buying Currency:** Available on decentralized exchanges like Uniswap.
- **Utility:**
- Used for network transactions and incentivizing data storage.
- Staking rewards for network validators.
- **Automation:**
- Smart contracts automate data storage and retrieval processes.
- **Utility in the Project:**
- Users can earn SPC by storing and retrieving data.
- Validators can stake SPC to secure the network and earn rewards.
- **API:** Yes, Spacechain provides an API for developers to integrate with their applications.
- **User Perspective:**
- Users can easily store and retrieve data and earn SPC tokens.
SpaceChain is a decentralized satellite infrastructure project that integrates blockchain technology with space-based applications to create a secure, transparent, and accessible ecosystem for the New Space Economy. By leveraging decentralized satellite networks, SpaceChain aims to democratize access to space, enabling global collaboration and innovation in industries such as fintech, Earth observation, and decentralized finance (DeFi). The platform provides a decentralized infrastructure for hosting blockchain nodes, executing multisignature transactions, and enabling secure communication and data management in space.
## How It Works
1. **Step 1:** Users upload their data to the Spacechain Network.
2. **Step 2:** The network stores the data securely and makes it available for retrieval.
3. **Step 3:** Users earn SPC tokens based on the amount of data stored and retrieved.
## Key Features
- **Currency:** $SPC (native token).
- **Buying Currency:** $SPC is available on exchanges like Uniswap v3 and SushiSwap .
- **Utility:**
- **Payments:** $SPC is used to pay for satellite services, such as data storage, processing, and secure transactions .
- **Governance:** $SPC holders can participate in governance decisions related to the SpaceChain network .
- **Access:** $SPC tokens grant access to premium features and services within the SpaceChain ecosystem .
- **Automation:**
- Smart contracts automate secure transactions and data management on decentralized satellite networks.
- SpaceChain’s Decentralized Satellite Infrastructure (DSI) enables real-time execution of tasks across a mesh network of satellites .
- **API:** Yes. SpaceChain integrates with blockchain platforms like Qtum, Ethereum, and Bitcoin for seamless deployment of space-based applications .
- **User Perspective:**
- **Developers:** Build and deploy decentralized applications (dApps) on SpaceChain’s satellite infrastructure, leveraging its secure and transparent environment.
- **Enterprises:** Utilize SpaceChain’s space-based key management system and multisignature wallet technology for ultra-secure financial transactions and data protection .
## Staking
- **Staking Requirements:** Minimum of 1,000 SPC tokens to become a validator.
- **Rewards:** Validators earn a percentage of transaction fees and block rewards.
## How It Works
1. **Resource Aggregation:**
- SpaceChain’s Decentralized Satellite Infrastructure (DSI) pools resources from multiple satellites owned by different operators, creating a collaborative network for space-based applications .
2. **Task Allocation:**
- Users submit tasks, such as secure transactions or data requests, which are executed on the DSI network. The platform ensures secure and efficient task distribution across satellites .
3. **Execution & Payment:**
- Tasks are executed on space-based blockchain nodes, with results validated via blockchain. Payments in $SPC are automated through smart contracts, ensuring transparency and security .
## Additional Resources
- [Official Website](https://www.spacechain.com/)
- [Community Link](https://www.spacechain.com/community/)
- [GitHub Repository](https://github.com/spacechain)
## Staking
- **Staking Requirements:**
- SpaceChain does not currently require staking for users or providers. However, $SPC tokens are used for governance and accessing premium services .
- **Rewards:**
- SpaceChain’s ecosystem rewards are primarily tied to the utility of $SPC tokens, such as paying for services and participating in governance .
## Documentation
For technical guides, tokenomics, and API integration:
- [SpaceChain Docs](https://www.spacechain.com/)
## Additional Resources
- [Official Website](https://www.spacechain.com/)
- [Community Link](https://www.spacechain.com/community/)
- [GitHub Repository](https://github.com/spacechain)
## Ecosystem Components
| Product | Functionality |
| - |-|
| **Decentralized Satellite Infrastructure (DSI)** | A mesh network of satellites enabling secure and decentralized space-based applications. |
| **SpaceChain OS** | An open-source operating system for running blockchain nodes and smart contracts in space. |
| **Tethys** | A handheld satellite mobile device for secure cryptocurrency transactions without internet connectivity. |
| **Space-based Multisignature Wallet** | A secure wallet technology that uses space nodes for transaction validation, ensuring unparalleled security. |
## Tokenomics
- **Total Supply:** 391.25M
- **Distribution:**
- 51% of tokens are allocated to the community, promoting decentralization and community ownership .
- The remaining tokens are distributed among the team, partners, and ecosystem development.
## FAQ
1. **Is it usable by the average DePIN user?**
Yes, SpaceChain is designed to be accessible to both technical and non-technical users. Its decentralized satellite infrastructure and user-friendly tools, such as Tethys, make it easy for the average DePIN user to participate in the ecosystem .
2. **Can I pay with tokens to use the DePIN product offered by the project?**
Yes, $SPC is the primary currency for accessing SpaceChain’s services, including satellite data, secure transactions, and premium features .
3. **Can tokens be automatically switched from other standard tokens (e.g. ETH, BTC)?**
SpaceChain supports a one-way peg mechanism, allowing users to burn Bitcoin on the main chain to claim $SPC tokens on the sidechain. However, automatic token switching (e.g., ETH to SPC) is not natively supported .
4. **If I would provide the service, what is my ROI, do we need to stake, etc.?**
SpaceChain does not require staking for service providers. ROI depends on the utilization of satellite resources and the demand for space-based services. Providers can monetize their satellite assets by integrating them into the DSI network .
5. **Why does the project exist, why do the people and the planet need it?**
SpaceChain exists to democratize access to space, reduce barriers to entry, and foster global collaboration in the New Space Economy. By leveraging blockchain technology, SpaceChain enhances security, transparency, and accessibility in space-based applications, benefiting industries such as fintech, Earth observation, and decentralized finance .
6. **Is it geo-aware?**
SpaceChain’s decentralized satellite infrastructure operates globally, enabling users to access services regardless of geographical boundaries. Its space-based solutions are designed to comply with international regulations .
7. **Is it cost-effective?**
SpaceChain’s decentralized approach reduces the costs associated with traditional satellite infrastructure, making space-based services more affordable and accessible. Its collaborative network of satellites ensures efficient resource utilization .