Target Score Gewichtung/en: Unterschied zwischen den Versionen
Aus HITGuard User Guide
Weitere Optionen
Faha (Diskussion | Beiträge) Keine Bearbeitungszusammenfassung |
Faha (Diskussion | Beiträge) Keine Bearbeitungszusammenfassung |
||
Zeile 1: | Zeile 1: | ||
=== Target score weighting=== | === Target score weighting=== | ||
Wherever deviations occur, there is an additional form of sorting, the target | Wherever deviations occur, there is an additional form of sorting, the target score weighting. E.g. under "Risk Management → Vulnerabilities → Gaps". | ||
If enabled, the sorting of protection targets is based on the target maturity weighting. The greater the deviation from the target maturity level and the greater the weighting of the protection target, the greater the target maturity weighting: target maturity weighting = deviation level * weighting of the protection target. | If enabled, the sorting of protection targets is based on the target maturity weighting. The greater the deviation from the target maturity level and the greater the weighting of the protection target, the greater the target maturity weighting: target maturity weighting = deviation level * weighting of the protection target. |
Version vom 11. August 2022, 06:35 Uhr
Target score weighting
Wherever deviations occur, there is an additional form of sorting, the target score weighting. E.g. under "Risk Management → Vulnerabilities → Gaps".
If enabled, the sorting of protection targets is based on the target maturity weighting. The greater the deviation from the target maturity level and the greater the weighting of the protection target, the greater the target maturity weighting: target maturity weighting = deviation level * weighting of the protection target.
Note: A response of "No" corresponds to maturity level 1, "Partially" corresponds to maturity level 3.
Examples for illustration: Protection goal weighting: Mean (3).
- Maturity of deviation = 2, Target maturity = 4 => Degree of deviation = 2, Target maturity weighting = 2 * 3 = 6.
- Maturity of deviation = 4, target maturity = 4 => degree of deviation = 0, target maturity weighting = 0 * 3 = 0.
