In today's era of rapid technological development, the combination of cloud computing and blockchain technology has brought us new opportunities. Aethir Token ($ATH) serves as an innovative platform dedicated to providing efficient computing resources, especially in the fields of gaming and artificial intelligence (AI). This article will delve into Aethir’s core components, operating model, and its importance in the digital economy.
Aethir's core components
The Aethir ecosystem consists of five main components:
Resource Owner: The owner of the GPU chip provides the actual computing resources that will be used by containers in the Aethir network.
Aethir Network: This network consists of containers, inspectors, and indexers that manage computing resources, provide quality assurance, and match them to end-user needs.
Buyers and players of computing resources: Users consume the computing resources of the Aethir network according to their needs, whether for AI training and inference, or games.
Treasury: Responsible for managing protocol fees and $ATH tokens used for protocol growth.
settlement layer
Aethir leverages blockchain technology as a settlement layer to record transactions and support scalability, efficiency, and $ATH incentives.
Container operating model: The core of the Aethir network lies in the container (Container), which is where the cloud is actually used. Containers act as virtual endpoints that execute and render applications, such as rendering games for players. The main purpose of containers is to ensure that the cloud experience is instant and responsive, achieving a so-called "zero latency" experience. This goal is achieved by moving workloads from local devices to containers.
Operational considerations: Container state: Containers must always be in a ready state, ready to be started immediately upon a consumer request.
Application deployment: Each container should have an application or service pre-installed and configured for quick access and startup.
Processing power: Containers need to meet specific processing and graphics requirements in order to process an application or service without impacting performance.
Network efficiency: Bandwidth and network infrastructure must be available to support high-speed data transfer and low-latency interactions.
Container selection process
In the Aethir network, container selection is based on the following criteria:
Performance benchmark: Containers are selected based on their ability to provide the highest quality service with the lowest latency and cost.
Experience optimization: The capabilities of the container need to provide the best consumer or enterprise application experience, taking into account factors such as frame rate and resolution.
Resource allocation rewards
Readiness Bonus: Containers are compensated for maintaining high readiness and providing on-call services.
Service incentives: Containers also receive additional rewards during actual operation.
quality assurance
Performance Verification: Container performance is checked regularly to ensure it continues to meet network standards.
Service Feedback: Actual user experience will be monitored and used to adjust future container prioritization and selection.
The state of the container: The container will go through different states during operation:
Preparing for configuration: When the container is new, it is like waiting for instructions. At this time, the correct settings and information will be configured.
Waiting for checks: Once setup is complete, the container waits for the checker to make sure everything is OK.
in conclusion
The Aethir Token ($ATH) is more than just a digital currency, it is an innovative ecosystem dedicated to providing efficient computing resources. Through the intelligent operation of containers, Aethir can provide users with an instant and responsive cloud experience, achieving excellent performance whether in games or AI applications. With the advancement of technology, Aethir will play an increasingly important role in the digital economy, opening up new possibilities for the combination of cloud computing and blockchain technology in the future.