A wireless wildlife observation intelligence system includes a timer including intelligent manageability software； data collection hub including a camera and temperature sensor, wirelessly connected at least one of a cloud based-system or user； an antenna； a mobile app； a solar panel； a rechargeable battery； a feed hopper including a feed level indicator； an access point range extender； and a motor operatively connected to the timer and feed hopper and a method for wireless wildlife observation, using the system for capturing still and video data along with metadata values of: date, time, moon phase, gps coordinates, location name, temperature, and weather conditions to create reporting and algorithms which trigger actions/send commands to other connected devices； and performing at least one of automatically adjusting the scheduled feed dispersion times of a timer based on the natural times when animals come to the feed location as well as report optimal visit times that are specific to that location's environment.
