A Structured and Automated Hashpower Configuration Framework
Overview
The Adjustment Plan is a structured service configuration feature within the Standard Mining framework.
It is designed for users who prefer a system-managed configuration model rather than manual allocation handling.
Instead of requiring users to manually decide how and when to allocate service output, the Adjustment Plan operates under predefined system rules that automatically manage configuration parameters.
This creates a structured configuration pathway that may, subject to operational conditions, allow additional standardized hashpower to be configured over time.
How the Adjustment Plan Works
1. Reallocate Existing Hashpower
Users may choose to reallocate a portion of their existing standardized hashpower into the Adjustment Plan.
This action:
- Is a configuration adjustment within the service framework
- Does not involve asset conversion
- Does not transfer ownership
It simply changes how settlement is processed.
2. Automated Settlement Mode
After hashpower is reallocated:
- Electricity fees & Operational service fees
are processed under an automated settlement mode.
Settlement handling follows predefined system logic and does not require manual withdrawal allocation.
3. System Evaluation
The system continuously evaluates predefined operational parameters, including:
- Network difficulty
- Hashrate performance
- Operational stability
- External conditions
These evaluations are fully automated and governed by system-defined logic.
There is no guaranteed timing or outcome.
4. Configuration Adjustment
When predefined operational conditions are satisfied, the system may apply additional standardized hashpower configuration within the service framework.
This reflects a system-driven configuration adjustment.
It does not constitute financial reinvestment or guaranteed service growth.
Manual Settlement vs Adjustment Plan
| Manual Settlement | Adjustment Plan |
| User manually allocates output | System-defined settlement handling |
| User decides when to configure | Automated configuration logic |
| Output may be withdrawn after threshold | Output is processed according to predefined Adjustment Plan rules |
| Manual timing decisions | System-managed parameter logic |
In summary:
The Adjustment Plan shifts configuration handling from manual user actions to predefined system rules.
Who Is It Suitable For?
The Adjustment Plan is designed for users who prefer:
- Automated service handling
- Reduced manual intervention
- A structured configuration framework
- System-driven parameter management
It provides a streamlined configuration pathway within the mining service structure.
Important Clarifications
The Adjustment Plan:
- Is a technical service feature
- Does not constitute an investment product
- Does not represent financial reinvestment
- Does not guarantee mining output
- Does not guarantee service growth
Mining output is variable and may be zero.
All services remain subject to operational conditions and the applicable Service Agreement.
Service Configuration Details
This section displays detailed information about the hashpower allocated under the Adjustment Plan.
Key Terms
Current Service Capacity (TH)
The total standardized hashpower currently configured under Adjustment Plan.
Adjustment Capacity Amount (TH)
The portion of standardized hashpower reallocated into the Adjustment Plan.
Service Adjustment Reference Indicator (Days)
A non-binding system-generated reference indicator showing estimated progress toward a predefined configuration threshold.
Current Service Allocation Level
A technical configuration ratio reflecting internal parameter adjustments within the Adjustment Plan.
This metric does not represent profitability, compounding, or guaranteed service growth.
Confirm Service Configuration Adjustment
Users may reallocate a portion of their existing Standard Mining hashpower into the Adjustment Plan.
Steps:
- Enter the amount of hashpower (TH) to allocate
- Confirm the configuration adjustment
- Review updated service configuration details
*Minimum configuration amount: 10 TH