Robotica
Robotics & Drones · Agri-Health
Frontier robotics and aerial systems built for the real-world problems of farms, clinics and territories — practical tools, not demos.
Precision agriculture · Clinical robotics · Territorial monitoring
Domains
Multirotor & VTOL drones, ground robots, embedded vision
Platforms
Field-first co-design with farmers, clinicians and public bodies
Approach
From demonstrator to working pilot within 9–18 months
Impact horizon
Overview
Why This Vertical
Deep-tech makes sense when it lands in people's everyday life. Robotics and drones are no longer a research luxury: they are becoming operational tools for farms, hospitals and fragile territories — provided someone designs them around the real workflow, not the demo reel.
Firmamento Technologies opens this vertical to channel its multidisciplinary teams toward two high-value domains for society: agriculture (food security, climate resilience, soil and water) and healthcare (clinical robotics, telemedicine, public-health logistics).
Programmatic Lines
- Precision Agriculture: autonomous scouting, targeted spraying, multispectral monitoring and yield analytics
- Clinical & Care Robotics: robotic assistants for clinical workflows, logistics inside hospitals, remote diagnostics
- Territorial Drones: hydrogeological monitoring, wildfire early warning, support to civil protection
- Field AI: embedded vision, edge inference, sovereign data pipelines
Technical Specs
Engineering Stack
- Airframes: multirotor, hybrid VTOL and fixed-wing platforms designed for mission-specific endurance
- Ground robotics: wheeled and tracked mobile bases with modular payload bays
- Perception: RGB, multispectral, thermal and LiDAR sensors with on-edge inference
- Autonomy: ROS 2 based control, behaviour trees, learning-based perception with safety envelopes
- Connectivity: 4G/5G + LoRa + satellite fallback, designed for low-coverage rural environments
Operating Principles
- Field-first: every prototype is validated by the end users before it leaves the lab
- Open standards: interoperable interfaces with hospital systems, agronomy software and public registries
- Sovereign data: patient and farm data stay under EU jurisdiction, with clear consent management
- Repairability: hardware designed to be serviced locally by cooperatives, technical schools and ITS
Project Partners
No partners listed.
Timeline
Fase 1
Open call for agri/health pilots with cooperatives, clinics and municipalities
Fase 2
First field demonstrators on precision agriculture and clinical logistics
Fase 3
Operational pilots with measurable outcomes for users and territories
Gallery
No media available.