Flyability

High-Level Overview

Flyability is a Swiss technology company specializing in collision-tolerant drones for inspecting indoor, inaccessible, and confined spaces.[1][2][3] It builds the Elios series of drones, including the flagship Elios 3, which features a protective cage, modular payload bay, and autonomous capabilities to enable safer, faster, and more cost-effective inspections in industries like energy, mining, oil & gas, wastewater, maritime, infrastructure, and public safety.[1][2][4][6] These drones serve hundreds of industrial companies and inspection professionals across over 60 countries, reducing downtime, inspection costs by up to 90%, and risks to human workers by eliminating the need for entry into hazardous areas.[1][2][3][4]

With over 120 employees headquartered in Paudex, Switzerland, and offices in Denver, Shanghai, and Singapore, Flyability demonstrates strong growth momentum, including multiple funding rounds like a CHF 15 million raise for Elios 3 enhancements and a €7 million Series C for global expansion.[1][3]

Origin Story

Flyability was founded in 2014 as a spin-off from the École Polytechnique Fédérale de Lausanne (EPFL) and its Laboratory of Intelligent Systems.[1] Co-founder and CTO Adrien Briod, holding an MSc in robotics from EPFL and Harvard plus a PhD from EPFL, pioneered patented methods for stabilizing drones in cluttered spaces, forming the core of Flyability's collision-tolerant technology.[1] The idea emerged from research into indoor drone navigation, aiming to keep humans out of dangerous jobs through innovative UAVs like the Elios series.[1][4]

Early traction came from launching the Elios drones, which quickly gained adoption; pivotal moments include opening U.S. offices, securing strategic investments, and recognition as one of Switzerland's top scale-ups.[3]

Core Differentiators

• Collision-Tolerant Design: Unlike sense-and-avoid drones, Flyability's Elios drones use a protective cage and proprietary algorithms to withstand impacts in dark, complex confined spaces without crashing or losing data quality.[1][4][6]
• Modular Payloads: The Elios 3 supports interchangeable sensors like LiDAR, ultrasound (UT), and radiation detectors, enabling 3D mapping, remote visual inspection, and surveying across diverse applications.[1][4][6]
• Safety and Efficiency Focus: Drones reduce scaffolding needs, cut costs by up to 90%, minimize downtime, and keep inspectors out of harm's way, with global support from a team of roboticists, trainers, and specialists.[1][2][4]
• Indoor Pioneering: First to commercialize mapping and inspection drones for confined spaces, serving over 1,000 customers without providing services themselves—focusing instead on manufacturing, training, and demos.[2][3][4]

Role in the Broader Tech Landscape

Flyability rides the wave of industrial digitization and drone autonomy, transforming hazardous manual inspections into remote, data-driven processes amid rising demands for worker safety and operational efficiency.[1][2][4] Timing aligns with advancements in robotics, AI, and sensor tech, amplified by market forces like stringent safety regulations in energy, mining, and oil & gas, plus post-pandemic pushes for contactless inspections.[3][6] It influences the ecosystem by setting standards for indoor drones, enabling hundreds of companies in 60+ countries to digitize assets, fostering innovation through EPFL roots and funding that scales global adoption.[1][3]

Quick Take & Future Outlook

Flyability is poised to dominate confined space inspections as autonomy and multi-sensor integration advance, with Elios 3 enhancements driving deeper penetration into high-value sectors like renewables and infrastructure.[1][3][4] Trends like AI-powered data analysis and expanded payloads will shape its path, potentially evolving it into a full inspection platform ecosystem while attracting more strategic investors.[3] As indoor drone leaders, Flyability continues pioneering safer industrials, keeping humans out of danger just as it set out to do.[1]