Task mining is a system where high-performance PCs process data or generate AI tasks,
earning rewards based on output.
Apply for 10 Units
*Available until target quantity is reached
Payment available in USDT
If you choose to rent through REDX, the unit will be shipped directly to our data center
*No handling or shipping required on your end
Apply to lend your high-performance memory unit to REDX
*Details provided separately to interested participants
USDT rental payments start 4 months post-delivery and continue for 24 months.
*Early termination allowed
Receive a bonus rental payment at the end of the rental period
Please apply from the "Purchase High-Performance Memory" button on the application site. We will send an email to your registered email address with details about your application and payment methods.
Please make your payment within 3 business days of application.
《For USDT transfer》
Please send USDT to the wallet address listed in the email and report your payment information via the URL provided in the email.
We will send information about memory rental to those who have requested it separately.
Task Mining is a system where high-performance PCs are used to perform data processing and AI generation tasks, and rewards are earned based on the results.
This is a plan where you rent high-performance memory to REDX and receive a monthly rental fee of approx. $14 to $35 per unit, depending on conditions. The rental fee begins 4 months after the rental contract is completed and the equipment is installed and operational.
The benefits include a special electricity pricing structure that keeps power costs low and access to a high-speed network environment. This enables stable task processing and expected revenue.
Currently, more than 900 high-performance memory units are operational. We plan to expand further in the future to improve processing capacity.
We primarily execute tasks that leverage the processing power of high-performance memory, such as data processing, AI generation, and computational processing. We select optimal tasks based on market needs.
© 2025 REDX.
