Ball46 explains its process at a level that can be independently understood without publishing proprietary K Rules, thresholds, internal scoring or source-priority logic.
1. Live data intake
The process begins with current match and market information. Data may include match status, events, prices or other live fields required by the applicable system component.
2. Condition screening
Incoming information is evaluated against predefined rule-based conditions. The purpose is to reduce arbitrary decision-making and create a consistent trigger process. The exact thresholds and internal rules are proprietary and are not published.
3. Validation / referee layer
When applicable, a candidate may be checked against a separate reference, price or validation layer before publication. This “referee” concept helps separate the data that produces a candidate from the check used to confirm that the candidate remains valid at that moment.
4. Signal creation
A signal is created only after the relevant conditions and validation steps are satisfied. It should be associated with the match, market, selection and time information needed to understand what the system recorded.
5. Result verification
After the event is complete, the recorded signal is evaluated using the applicable final result and market line. Data corrections or exceptional settlement rules may require later review.
6. Statistics and audit history
Recorded results can then be summarized into historical statistics. Ball46's transparency objective is to preserve a reviewable history rather than selectively displaying only successful signals. If a historical record is corrected because of a confirmed data or settlement error, the correction should be traceable.
7. Why the full rules are not public
The detailed rule set, thresholds, weighting, source-priority logic and implementation are part of Ball46's proprietary system. Public transparency means showing enough information to understand and review outputs; it does not require disclosing the complete internal decision engine.