Stratospheric drones & platforms
Solar-electric pseudo-satellites and VTOL platforms for territorial monitoring and resilient connectivity over inland and mountainous areas.
Discover the project →DEEP-TECH COOPERATIVE · BORN IN GENOA
Deep-tech cooperative born in Genoa. We bring frontier technology into everyday problems: from aerospace to healthcare, from agricultural robotics to wellness medicine.
Born in Genoa • Coopfond funded • Verified outputs • Data in Europe • GDPR compliant
We analyze the problem and define scope, budget and timeline within 48 hours.
We assemble the multidisciplinary team and launch design and prototyping.
We deliver a working prototype with technical documentation and evolution roadmap.
We are a cooperative born in Genoa: port, academia, shipyards and robotics have met here for centuries. We build robots, drones and devices that actually enter the workflows of those who produce, care and protect — no slides, no demos, no concepts.
Solar-electric pseudo-satellites and VTOL platforms for territorial monitoring and resilient connectivity over inland and mountainous areas.
Discover the project →Autonomous systems that enter farms and hospitals: precision agriculture, clinical robotics, healthcare logistics and territory protection.
Discover the project →Tech-driven medicine and wellness: evidence-based protocols, devices and software developed with the Fibonacci platform.
Open the page →We don't build demos, we build tools. Frontier technology only matters when it lands in people's real life.
We accelerate your R&D with multidisciplinary teams. Data-driven Feasibility Checks, reduced experimentation costs, access to vertical talent.
Explore corporate services →
Solar electric stratospheric platform built to deliver persistent monitoring and resilient connectivity across inland areas, with low latency and broad coverage.
H.A.L.E. is a cooperative high-altitude long-endurance platform conceived as a stratospheric pseudo-satellite for inland and mountainous territories. It addresses the operational gap between terrestrial networks and satellite systems through macro-regional coverage, near-real-time connectivity, modular payloads, and a deployment roadmap that starts from hybrid VTOL pilot platforms.