> For the complete documentation index, see [llms.txt](https://assetux.gitbook.io/assetux/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://assetux.gitbook.io/assetux/whitepaper/introduction-to-microtasking/rewards-structure.md).
# Rewards Structure
### Highest reward per task chart
Illustrates column 1 from the *"Details Halving Plan table"*. With 0.99% drop chance user can get up to 1110 satoshi reward for a single task. Further, it will go down to 770 sat. / task and all the way to 18 sat / task, when 35 BTC (35% total supply) will be mined via microtasks:[Introduction to Microtasking](/assetux/whitepaper/introduction-to-microtasking.md).
### Detailed Halving Plan
Illustrates mining progress (first row, left to right). Chance of the drop is in columns. Higher chance starts at the bottom. With 49.82% chance you will get nothing, but with a 50.18% chance you will get between 30 to 1110 Satoshi. After 1.26% of the progress is done, means 1.26% BTC were mined by users and rewards are slashed to 14.01 to 770 Satoshi per task.
### Microtask Vesting Progress
With the given probabilities and the reward-per-task, I used **expected value (EV) calculation** from probability theory to determine the expected reward per task. The formula is:
Where:
* *E(R)* = Expected reward per task
* *P(i)* = Probability of each possible reward outcome
* *R(*[*i*](#user-content-fn-1)[^1]*)* = Corresponding reward value
If the task had different reward tiers or chances, I multiplied each reward by its probability and summed up the results as **Expected Reward sat./task**
Since AAA BTC mining includes **random drops**, a **Monte Carlo simulation** is the best way to get an accurate estimate of expected rewards. However, the basic expected value calculation still provides a general idea of what rewards to anticipate.
To mine 35 aaaBTC approximately 1 Billions tasks should be completed.
[^1]: