A sequencer system for an ejection assembly, the sequencer system comprising: a first A-side controller configured to determine a first initial ejection sequence and a first verified ejection sequence; a second A-side controller configured to determine a second initial ejection sequence and a second verified ejection sequence; a first B-side controller configured to determine a third initial ejection sequence and a third verified ejection sequence; and a second B-side controller configured to determine a fourth initial ejection sequence and a fourth verified ejection sequence, wherein: the first A-side controller is configured to determine the first verified ejection sequence based on a comparison of the first initial ejection sequence to the second initial ejection sequence and the third initial ejection sequence, the second A-side controller is configured to determine the second verified ejection sequence based on a comparison of the second initial ejection sequence to the first initial ejection sequence and the fourth initial ejection sequence, the first B-side controller is configured to determine the third verified ejection sequence based on a comparison of the third initial ejection sequence to the first initial ejection sequence and the fourth initial ejection sequence, and the second B-side controller is configured to determine the fourth verified ejection sequence based on a comparison of the fourth initial ejection sequence to the third initial ejection sequence and the second initial ejection sequence. a first A-side controller configured to determine a first initial ejection sequence and a first verified ejection sequence; a second A-side controller configured to determine a second initial ejection sequence and a second verified ejection sequence; a first B-side controller configured to determine a third initial ejection sequence and a third verified ejection sequence; and a second B-side controller configured to determine a fourth initial ejection sequence and a fourth verified ejection sequence, wherein: the first A-side controller is configured to determine the first verified ejection sequence based on a comparison of the first initial ejection sequence to the second initial ejection sequence and the third initial ejection sequence, the second A-side controller is configured to determine the second verified ejection sequence based on a comparison of the second initial ejection sequence to the first initial ejection sequence and the fourth initial ejection sequence, the first B-side controller is configured to determine the third verified ejection sequence based on a comparison of the third initial ejection sequence to the first initial ejection sequence and the fourth initial ejection sequence, and the second B-side controller is configured to determine the fourth verified ejection sequence based on a comparison of the fourth initial ejection sequence to the third initial ejection sequence and the second initial ejection sequence. the first A-side controller is configured to determine the first verified ejection sequence based on a comparison of the first initial ejection sequence to the second initial ejection sequence and the third initial ejection sequence, the second A-side controller is configured to determine the second verified ejection sequence based on a comparison of the second initial ejection sequence to the first initial ejection sequence and the fourth initial ejection sequence, the first B-side controller is configured to determine the third verified ejection sequence based on a comparison of the third initial ejection sequence to the first initial ejection sequence and the fourth initial ejection sequence, and the second B-side controller is configured to determine the fourth verified ejection sequence based on a comparison of the fourth initial ejection sequence to the third initial ejection sequence and the second initial ejection sequence.