Floating lidar systems deployed from buoys or vessels can provide a flexible and cost-effective alternative to met masts for offshore wind measurements. However, motion of the sea surface introduces errors into wind measurements that require motion compensation. Studies are investigating reliable motion measurement, correction strategies, and testing/calibration approaches. The findings could form recommended practices to validate floating lidars' accuracy, reliability, and business value at different project stages, bringing together onshore lidar standards and understanding of marine conditions.