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Autonomy Applications

For environments where remote human supervision is difficult, costly or simply not possible, robotic platforms must possess some degree of self-reliance or autonomy. This is especially true in planetary exploration where real-time communication is not possible and remote platforms must carry out a range of complex mobility, vision and manipulation tasks with an extremely limited resource budget

Autonomous aerobots working in cooperation
Output from autonomous cooperative
aerobots performing a search

Traditionally, human supervision has always been an option for terrestrial applications but increasingly, cost and complexity are driving platform operators to demand greater autonomy from remote platform suppliers. Uniquely, SciSys is able to draw on its space heritage to offer and extend autonomy applications which allow the platform to:

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Robot autonomously prioritising scientific targets

Autonomous cooperation by a team of aerobots