Solutions
Robotics architectures that survive real deployments
We help you translate a research question or pilot objective into a concrete robot configuration: compute, sensors, networking, and maintenance—before you commit CAPEX.
Industries
Where our portfolio wins
Booster Robotics humanoids excel in manipulation and locomotion research. Husarion mobile robots anchor outdoor autonomy and indoor AMR programmes with mature ROS integration.
- 01.
Research & national labs
Standardised humanoid and mobile bases for reproducible experiments, multi-year grants, and consortium deliverables—with traceable BOMs and spare-part planning.
- 02.
Higher education
Curriculum-ready robots for ROS 2, perception, and navigation courses; competition-capable humanoids; and modular UGVs shared across departments.
- 03.
Agriculture & environmental monitoring
Outdoor UGV configurations for rough terrain trials, sensor masts, and edge AI payloads, with field-service considerations for seasonal operations.
- 04.
Logistics & manufacturing pilots
Indoor AMR baselines for mapping, fleet experiments, and IT/OT integration—aligned to pilot milestones before scaling to multi-robot fleets.
- 05.
Security & large-site inspection
Patrol-style outdoor mobility with sensor suites suited to perimeter checks and repeatable routes across semi-structured environments.
- 06.
Systems integrators
Demo-ready platforms for customer visits, trade shows, and rapid sensor swaps—minimising rework when the next prospect changes the requirements.
Integration milestones
- Discovery: environment constraints, software stack (ROS 2 distro), safety context, and success metrics.
- Hardware fit: chassis selection, sensor package, compute, and power budget—documented for procurement.
- Pilot plan: acceptance tests, spare parts, training, and escalation paths for field issues.
Need a solution brief for stakeholders?
We prepare short technical summaries suitable for internal investment committees, safety reviews, and academic oversight boards.