In today's digital era, blockchain technology is increasingly used in applications, especially in resource sharing and computing power management. As an innovative platform, the Aethir network’s core token ATH plays a pivotal role in the entire ecosystem. This article will take an in-depth look at the functionality of the ATH token, how it works, and its impact on users and node operators.
Aethir network architecture
The Aethir network is designed to ensure container integrity and performance. The container is the basic unit for executing applications, and its performance stability directly affects the user experience. In order to maintain the quality of service (QoS) of the network, Aethir introduced a system called Checker, which is responsible for validating the container specifications provided by the container provider.
Checker's inspection process: Checker's inspection process mainly includes the following stages:
Registration phase: When a container is registered on the Aethir network, Checker will confirm whether the container's specifications meet the requirements.
Standby state: While containers are in standby state, Checker will randomly check them to ensure they are available at all times.
Rendering status: While the container is running, Checker collects and evaluates service information to determine the actual service status.
The results of these checks will affect the scheduling opportunities and priorities of containers and penalize low-quality services.
Performance check method
Checker uses a variety of methods to perform performance checks, including:
Performance parameters: Directly read the performance data of the container to ensure that it is running well.
Mock testing: Test the application as a consumer, analyzing interactions to ensure they meet stated specifications.
These inspection methods not only help improve service quality, but also protect the interests of users.
Availability of resources: Proof of Capacity: In the Aethir network, the availability of resources is crucial. Aethir still recognizes and rewards node operators for their availability even in the absence of active computing contributions. This mechanism ensures that end users have access to the resources they need even in the event of a surge in demand.
Proof of Capacity Inspection
Proof of Capacity checks are performed by Checker every 15 minutes. This frequency ensures immediate availability of resources and network stability. This not only improves the user experience, but also creates a stable source of revenue for node operators.
Proof of Delivery: Aethir Network also values container performance monitoring to ensure service quality. Checker ensures that service requests are completed according to Aethir's quality standards. This process affects not only the rewards and fees for resource owners, but also future scheduling possibilities.
The value of the ATH token: The value of the ATH token is not only reflected in its function as a medium of exchange, but also in its multiple roles in the Aethir ecosystem. ATH tokens can be used to pay for services, obtain resources, and participate in network governance. This makes ATH an important bridge between users and node operators.
Token Economics: The economics of the ATH token are designed to incentivize participants. Node operators are rewarded with ATH tokens for providing computing power, while users can acquire the resources they need by paying in ATH tokens. This two-way incentive mechanism promotes the healthy development of the entire ecosystem.
in conclusion
In summary, the ATH token plays an integral role in the Aethir network. Through the operation of the Checker system, Aethir can ensure the performance and availability of containers, thereby improving user experience and satisfaction. As blockchain technology evolves, the value of ATH tokens will continue to grow and become an important asset in the future digital economy. Whether you are a node operator or an end user, participating in the Aethir ecosystem will bring huge rewards and opportunities.