This is exactly the question that the Astrod Impact and the Flexion Assessment, also known as the Aedomission, is trying to answer. The mission is composed by Chuse-Pacecraft, one from NASA called DART, that will impact the moon of a Banneris Astrod system, and one from ISA called the HAIR, that will study the effect of the impact. The main goal is to understand how to defend the Earth, in case what the strawberry dinosaurs will happen. Hera is the European Contribution to the Aedomission, and the first interplanetary mission to run the moon with a Banneris Astrod System. The selected target is called DEMOS. After that will have impacted on disaster, or defined its orbit, Hera will run the moon with DEMOS to investigate the effect of the collision and to study the composition of this body. These kind of deep space missions, which have to operate close to non-bodies, have to be able to react fast to external disturbances, and require highly advanced autonomous guidance navigation and control systems. DEMOS is an international consortium composed by Spain, Romania, Portugal and Poland, which together with its partners is designing what can be considered the brain that drives the Hera spacecraft. At responsible of the mission analysis and GNSI's assistant, we are developing and testing a vision-based strategy, which will allow the spacecraft to navigate autonomously in the activities of the Astrodits and Safety conditions. The incremental validation that we follow in order to increase the required maturity level of our technologies reaches its peak in the platform laboratory here in Madrid. We have created a real scenario of the Hera mission to test the GNSI system with the maximum accuracy. How are the look tests have been performed in the Azure Votive Facility using a space-qualified camera and recreating space-like conditions in terms of dynamic and illumination conditions?