Architecture
Harnessing GPU Power for Decentralized Computing.
Monami turns your device’s unused GPU power into a valuable asset by connecting it to a decentralized network built for high-performance computing.
When you run a Monami Node, your GPU becomes part of a global distributed infrastructure that continuously processes computational tasks. These tasks support a wide range of use cases, including:
AI model training
Video rendering
Scientific simulations
Blockchain operations
Instead of concentrating compute power in centralized data centers, Monami enables anyone with a capable GPU to contribute and earn rewards. This levels the playing field, giving users direct access to the global computing economy.
By distributing computing tasks across thousands of contributors, Monami reduces reliance on traditional cloud providers. At the same time, it helps developers and businesses access cost-effective, scalable, and decentralized compute.
This approach unlocks the full potential of idle GPU power and brings it to life in a network designed for real-world utility.
How It Works?
Step 1: Contribute Your GPU Configuration
To get started, users provide details of their GPU configuration, including processing power, hardware specs, and available resources. You can contribute one or multiple GPUs to become part of the Monami distributed compute network.
Step 2: Productivity Tracking with Monami Network
Once connected, the Monami network evaluates your hardware using an advanced productivity tracking system. This system continuously monitors your GPU's performance, ensuring it is efficiently used. Your node will keep running in the background, even after the browser is closed, maintaining consistent uptime.
Step 3: Performance Merging and Synthesis
After evaluating your setup, Monami merges and synthesizes the performance data from all contributed configurations. This step optimizes the resources into a stronger, unified system that enhances the overall compute network.
Step 4: Create Virtual Servers
With the synthesized performance input, Monami builds virtual servers. These servers pool together computational resources from your configuration and are used as decentralized compute workers.
Step 5: Decentralized GPU Platform Integration
The virtual servers are then deployed across decentralized platforms within the Monami ecosystem. As a contributor, you earn a share of the revenue generated by the use of your virtual servers, including rewards from platform-level incentive programs.
Contribution Mechanism
Monami rewards users when their contributed resources are successfully rented out through third-party decentralized GPU networks. The process is automated, transparent, and enforced on-chain.
1. Reward for Completed Rentals
When your resources are rented and the usage contract is completed, the system triggers a reward. Payment is only issued after the rental agreement concludes successfully, ensuring fairness and validation of actual contribution.
2. Performance Hashing & Threshold Evaluation
A smart contract evaluates your contribution by hashing key identifiers—such as your Node ID and Rental ID—and applying performance metrics like uptime, delivery consistency, and task completion.
Only if your contribution meets the predefined threshold will the system authorize the reward.
3. Referee Contract
The Referee Contract acts as a trust layer within the protocol. Its responsibilities include:
Verifying the integrity of completed rentals
Ensuring contribution requirements are met
Issuing rewards automatically
Maintaining transparency and accountability across all participants
This multi-layered system ensures that rewards are earned fairly and distributed based on verifiable performance.
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