"Running a node on Corelith has redefined our infrastructure efficiency. The decentralized compute model delivers seamless scalability and transparent performance metrics across every workload."
AI - unlock decentralized compute
Accelerate AI innovation with decentralized compute — access global nodes, stake for power, and scale intelligence securely across the Corelith network.
Power everything with Decentralized AI Compute
- Connect to a Node
- Deploy a Model
- Run Compute Task
- Monitor Node Status
Meet Corelith — your decentralized compute layer
Corelith connects distributed compute nodes worldwide, allocating workloads intelligently and ensuring verifiable AI model execution across a secure decentralized network.
Node Staking
Stake computing resources to participate in the Corelith network and gain access to decentralized AI processing power.
Task Routing
Distribute AI compute tasks across Corelith’s decentralized nodes to achieve optimized performance, redundancy, and verifiable execution.
Model Deployment
Deploy AI models across Corelith’s decentralized nodes
for scalable execution, secure computation,
and verifiable on-chain performance.
Compute Analytics
Analyze compute performance across Corelith’s distributed nodes to ensure transparency, efficiency, and optimized AI workload allocation.
01
Faster Compute
Corelith processes data in real-time through decentralized nodes, enabling faster AI computation and verifiable on-chain results.
02
Constant Uptime
Corelith’s decentralized nodes operate 24/7 across the global network, ensuring continuous compute availability and fault-tolerant performance.
03
Staking Efficiency
By staking compute resources, participants reduce operational overhead while maximizing network efficiency and earning distributed rewards.
04
Global Scalability
Corelith scales dynamically across global nodes, balancing compute loads in real-time to deliver seamless performance and on-chain reliability.
Adaptive Intelligence
Corelith’s adaptive compute layer intelligently allocates resources across nodes—optimizing AI model performance for diverse workloads and user demands.
On-Chain Analysis
Corelith aggregates compute data in real time, revealing on-chain performance trends, node efficiency insights, and transparent resource utilization across the network.
Simple — scalable access for decentralized compute
Corelith distributes AI workloads intelligently across decentralized compute nodes, ensuring balanced performance and verifiable task execution throughout the network.
Contributor
Ideal for individuals or small teams contributing compute power to the Corelith network.
$TBD
/month
What’s included:
- Node registration access
- 100 monthly compute cycles
- 1 wallet-linked identity
- Basic on-chain dashboard
- Access to prebuilt compute templates
- Community support
Operator
For node operators optimizing workloads across the Corelith network.
$TBD
/month
What’s included:
- Node registration access
- 100 monthly compute cycles
- 1 wallet-linked identity
- Basic on-chain dashboard
- Access to prebuilt compute templates
- Community support
Validator
For participants validating compute and securing Corelith’s network.
$TBD
/month
What’s included:
- Node registration access
- 100 monthly compute cycles
- 1 wallet-linked identity
- Basic on-chain dashboard
- Access to prebuilt compute templates
- Community support
Enterprise Node
Tailored for enterprises providing large-scale compute or cross-chain AI infrastructure.
Let’s talk
What’s included:
- Node registration access
- 100 monthly compute cycles
- 1 wallet-linked identity
- Basic on-chain dashboard
- Access to prebuilt compute templates
- Community support
"Running a node on Corelith has redefined our infrastructure efficiency. The decentralized compute model delivers seamless scalability and transparent performance metrics across every workload."
Frequently asked question
Find answers to common questions and learn how to get the most out of the Corelith decentralized compute network.
What is Corelith used for?
Corelith is a decentralized AI compute network that connects global nodes for scalable, verifiable, and secure processing. It enables users to stake resources, deploy AI models, and execute workloads transparently across the blockchain — unlike centralized systems that limit control and visibility.
Do I need technical skills to run a Corelith node?
Corelith is a decentralized compute network built for AI scalability. It allows users to stake resources, deploy models, and execute workloads securely across distributed nodes. Unlike centralized systems, Corelith provides full transparency, verifiable performance, and user-controlled compute access.
Can I integrate Corelith with my existing AI infrastructure?
Corelith is a decentralized AI compute layer for scalable and verifiable processing. It enables users to integrate existing AI frameworks, deploy models on distributed nodes, and access transparent on-chain performance data — offering far more control and reliability than centralized systems.
Is there a testnet or free access tier on Corelith?
Corelith is a decentralized AI compute network built for scalability and transparency. It allows users to deploy models, test workloads, and access compute nodes on the testnet before committing resources. Unlike traditional cloud systems, Corelith offers verifiable performance and full control over your compute environment.
What kind of network or node support does Corelith provide?
Corelith provides multi-layered support for its decentralized compute ecosystem. Node operators and developers can access detailed documentation, integration guides, and real-time community assistance. Unlike traditional providers, Corelith ensures transparent on-chain issue tracking and collaborative network maintenance.
What are the benefits of the Validator and Enterprise Node tiers?
Corelith’s Validator and Enterprise Node tiers unlock advanced network capabilities. Validators can verify compute tasks, earn on-chain rewards, and participate in governance. Enterprise Nodes gain access to dedicated infrastructure, cross-chain integrations, and priority protocol updates — enabling unmatched scalability and control.