Following a 'design–manufacture–integrate' philosophy, we develop autonomous systems spanning from manufacturing and service industries to agriculture and disaster response.
Aware Robotics develops field-proven robotic platforms and subsystems grouped into three main solution lines. These commercial solutions are supported by ongoing research and development projects.
ITA Family
Modular electric field robots for precision agriculture and data-driven farm management
Quadruped Robot (Awaquad)
High-mobility legged robot for demanding missions in complex terrain
Robotic Arms
Automation cells tailored to specific production tasks and workflows
TÜBİTAK and Horizon Europe
Cutting-edge research in AI, autonomous navigation, and field robotics
The ITA Family consists of modular, electric field robots that help farmers and agricultural organisations implement precision agriculture and protect soil health. The robots are designed to be compatible with existing agricultural practices while introducing higher precision and automation.
All ITA models share the following core features:
Optimised for smaller areas and research
Mini ITA is the compact member of the ITA Family, optimised for smaller areas, trials, and research fields where manoeuvrability and rapid deployment are critical.
For larger parcels and longer missions
Midi ITA builds on the common ITA Family capabilities for larger parcels and longer missions, adding more endurance and payload capacity.
For large-scale operations
Maxi ITA is designed for large-scale operations where higher payload and soil engagement capabilities are required.
Defense and security organisations operate in environments that are often hazardous, complex, and GPS-challenged. Conventional ground robots may lack the mobility needed for these terrains or require constant manual control, limiting their effectiveness.
The Awaquad quadruped robot is a legged platform designed for high mobility in complex terrain. It provides capabilities for surveillance, reconnaissance, and sensor deployment while keeping personnel at a safe distance.
Legged mechanism suitable for uneven and cluttered environments
Reinforcement-learning-based obstacle avoidance algorithms
Operation in GPS-challenged or GPS-denied areas
Bays for cameras, LiDAR, communication, and mission sensors
Real-time feedback for operators
Operations in difficult terrain
Sites and borders monitoring
Hazardous area deployment
Autonomous legged systems development
Many production lines rely on manual execution for repetitive or precision-critical tasks. At the same time, factories need to introduce automation without extensive changes to existing lines or long interruptions in production.
Aware Robotics provides robotic-arm-based automation solutions that are tailored to specific processes and integrated into existing infrastructure.
Robotic arms capable of performing tasks such as assembly, welding, dosing, machine tending, and quality inspection with repeatable accuracy.
Solutions designed to connect to current equipment and control systems using standard industrial communication and safety protocols.
More consistent product quality, higher throughput, and reduced dependence on manual execution for repetitive tasks.
Electro-mechanical components
Joining operations
Automatic dispensing
Visual & sensor-based inspection
Beyond commercial products, Aware Robotics participates in research and development projects that expand our technical capabilities and support the wider robotics ecosystem.
Project focused on the design and development of a surgical stapler, combining mechanical engineering, control, and safety-critical design principles.
A project proposal that integrates multispectral imagery from drones, in-field sensor data, and deep-learning models to support early detection of plant health issues and data-driven treatment.
A project supported by TÜBİTAK to enable unmanned ground vehicles to operate with high precision in areas where GPS is unreliable or unavailable, using data from unmanned aerial vehicles for mapping and tracking.
Participation in a Horizon Europe consortium that brings together 12 partners from 7 countries, focusing on advanced robotics and autonomous systems.
Organisations interested in joint R&D, pilot deployments, or technology transfer are invited to contact us.
info@awarerobotic.com