Revolutionizing Decentralized Computing

Welcome to StateMesh, the world's first global permissionless container platform.

99.9%
availability
1 h
billing cycle

Globally available

US East

US West

Europe

Singapore

Hong Kong

India

Unlock the Power of AI

Join the movement to redefine the landscape of AI with decentralized, secure, and scalable computing solutions.

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Unleash Your Potential

Start building your Time Tower now. Join us as a Node Operator.

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Secure and Reliable

Safeguard the integrity of network operations with advanced cryptographic techniques like Time Towers and Verifiable Delay Functions (VDFs), ensuring a tamper-proof environment secured by the StateMesh chain.

Open Access

Join the StateMesh network as an operator with no restrictions, fostering a truly open and inclusive environment.

Zero Financial Commitment

No monetary investment is required to become an operator. Simply contribute your computer, server, or virtual machine and start participating today.

Automated Payouts & Economic Flexibility

Rewards are automatically disbursed in ERC20 tokens or stablecoins at the end of each epoch, aligning incentives with your project’s ecosystem.

High Availability & Fault Tolerance

StateMesh ensures your applications are highly available with distributed replicas and fault tolerance, preventing single points of failure and enhancing operational reliability.

Fair Participation

Operators are ranked based on their active time and contributions, ensuring equal opportunities for all participants and eliminating traditional entry hurdles.

Real-World Use Cases

GenAI

Deploy and manage LLMs across a decentralized network, optimizing computational resources.

Data Processing

Automate testing, deployment, and scaling processes for seamless integration and delivery.

Microservices

Create distributed architectures for scalable and efficient services.

dApps

Deploy dApps to a distributed network to become truly permissionless.

Big Data

Reduce costs, and improve overall performance in managing large datasets.

High Availability

StateMesh ensures immediata self-healing and load-balancing features for disaster recovery.

CI/CD

The ideal environment for automating testing, deployment, and scaling processes for seamless integration and delivery.

Decentralization

Make your system or app truly decentralized, by running it on a permissionless computing cloud.

Designed for developers

Deploy and scale applications in a secure, decentralized environment. Focus on building exceptional software without worrying about infrastructure constraints or high costs.

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Built for startups

Innovative startups can gain a competitive edge with StateMesh's decentralized infrastructure, reducing costs, enabling rapid scaling, and providing top security and automated growth incentives.

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Optimized for enterprises

Enhance your infrastructure's resilience and security with a system that adapts to your needs while maintaining operational integrity.

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today

StateMesh stands at the forefront of decentralized computing, offering unmatched decentralization, scalability, interoperability, and economic flexibility.

Join us in redefining the future of computing by signing up today and exploring the limitless possibilities of StateMesh.

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Frequently asked questions

Everything you need to know

What makes StateMesh different from traditional computing platforms?
StateMesh is decentralized, offering freedom from centralized control, enhanced security, and scalable solutions without the limitations of traditional infrastructure.
What types of costs should I anticipate for operating my application?
With StateMesh, you pay solely for what you use. Unlike traditional cloud computing services, which often charge by the hour, you are billed by the minute. This approach allows you to avoid paying for an entire hour when you only need a few minutes, making StateMesh the most cost-effective choice for microservice workloads, serverless functions, and demand-driven computing.
How do I become an operator ?
You need a virtual machine sourced from another cloud or your own hardware. Simply create an account and register your machine on the Stat
What kind of rewards can I expect as an operator?
Rewards can be offered in USD, stablecoins, or ERC-20 tokens, depending on your preference. For a safer option, opt for USD or stablecoins. If you're willing to take on a moderate level of risk for potential gains, consider a mix of USD and ERC-20 tokens. For those seeking high risks and the possibility of substantial rewards, focusing solely on ERC-20 tokens is the way to go.
Is StateMesh secure?
Yes, StateMesh employs advanced cryptographic techniques to ensure a tamper-proof environment, safeguarding the integrity of all operations. Node operators don't have access to compute workloads, storage, secrets or network traffic. Everything is encrypted and stored safely.
What are Time Towers?
To promote fair participation without putting any financial strain on users, StateMesh takes a friendly approach by assessing a node's reliability based on how long it stays connected to the network. Every minute, each node shares a "proof of liveliness" with the StateMesh chain, showing it's online and active. These proofs are cleverly linked together, building up over time into a fascinating structure called a Time Tower! Node operators with highest towers are the most reliable, since they've spent the most time connected to the network.
What are Verifiable Delay Functions ?
Verifiable Delay Functions (VDFs) are amazing cryptographic constructs that ensure a specified computation time. StateMesh leverages VDFs to represent the passage of time for node operators. These functions generate a verifiable hash, which is recorded on-chain, demonstrating that an operator was online during the period in which the VDF was computed.
Does StateMesh operate its own blockchain?
Yes, StateMesh requires its own chain to manage gas costs associated with tracking network operations. Node operators submit transactions to the StateMesh chain every minute, which typically incur gas costs that would be the responsibility of the operators in a traditional blockchain setting. However, on the StateMesh chain, these gas costs are subsidized by the network and incorporated into the fees charged to customers. While a similar approach could be implemented through Account Abstraction on other chains, it would result in significantly higher costs and fees.
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