A digital image capture unit , comprising: a gated image sensor configured to operate in a global shutter mode to control multiple global sensor exposure events that occur during a single image frame readout, the single image frame readout starting with a shutter opening and ending with the shutter closing; wherein the single image frame readout is a period of time during which light is accumulated for a single image frame, and an exposure event of the multiple sensor exposure events is a temporal segment of said single image frame readout period of time during which an image frame is captured, such that the single image frame readout is composed from multiple sensor exposure events; wherein the multiple sensor exposure events are controlled by the gated image sensor operating to store sensor exposure events by gating the charge generated in photodiodes of the gated image sensor to a storage node to store the sensor exposure event characterized in that the digital image capture unit further comprises: a motion monitor configured to monitor motion related to the digital image capture unit; a controller configured to instruct the gated image sensor to discard a sensor exposure event of the multiple sensor exposure events in response to a temporally corresponding monitored motion related to the digital image capture unit failing to meet a motion requirement of being below a threshold, wherein the discarded sensor exposure event and the temporally corresponding monitored motion occurred at a same time, wherein the gated image sensor is configured to discard sensor exposure events by gating the charge generated in the photodiodes of the gated image sensor to a ground node a gated image sensor configured to operate in a global shutter mode to control multiple global sensor exposure events that occur during a single image frame readout, the single image frame readout starting with a shutter opening and ending with the shutter closing; wherein the single image frame readout is a period of time during which light is accumulated for a single image frame, and an exposure event of the multiple sensor exposure events is a temporal segment of said single image frame readout period of time during which an image frame is captured, such that the single image frame readout is composed from multiple sensor exposure events; wherein the multiple sensor exposure events are controlled by the gated image sensor operating to store sensor exposure events by gating the charge generated in photodiodes of the gated image sensor to a storage node to store the sensor exposure event wherein the single image frame readout is a period of time during which light is accumulated for a single image frame, and an exposure event of the multiple sensor exposure events is a temporal segment of said single image frame readout period of time during which an image frame is captured, such that the single image frame readout is composed from multiple sensor exposure events; wherein the multiple sensor exposure events are controlled by the gated image sensor operating to store sensor exposure events by gating the charge generated in photodiodes of the gated image sensor to a storage node to store the sensor exposure event characterized in that the digital image capture unit further comprises: a motion monitor configured to monitor motion related to the digital image capture unit; a controller configured to instruct the gated image sensor to discard a sensor exposure event of the multiple sensor exposure events in response to a temporally corresponding monitored motion related to the digital image capture unit failing to meet a motion requirement of being below a threshold, wherein the discarded sensor exposure event and the temporally corresponding monitored motion occurred at a same time, wherein the gated image sensor is configured to discard sensor exposure events by gating the charge generated in the photodiodes of the gated image sensor to a ground node <EOS>