Enable scalable, teleoperated-to-autonomous logistics and inspection across air, ground, and maritime vehicles.
Commercial pilots planned for 2026 in industrial environments.
Achieve major cost reductions, saving up to 70% on operating expenses. For a 50-site mining operation, this can equate to €18M per year.i
Boost your environmental credentials by reducing pollution. Drones use 94% less energy than diesel trucks, supporting net-zero goals.i
Keep operations running in tough, remote environments. Avoiding a 24-hour disruption can prevent multi-million-euro production losses.i
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Empower workers by shifting them from dangerous tasks to safer, supervisory roles, reducing high-risk exposure hours by up to 90%.i
Each unmanned vehicle is equipped with local decision and mission capabilities, enabling a progressive transition from remote supervision to higher levels of autonomy.
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A cloud control environment ensures reliable oversight, coordinated operations, and continuous software improvement with full traceability.
The platform supports unmanned aerial, ground, and maritime systems. It is designed to integrate with existing vehicle architectures and control systems, without imposing a specific hardware or software stack.
Status: Concept only. Not in production. Timeline is independent of the core platform.
This reference design demonstrates the platform’s scalability for off-grid logistics with payloads up to 500 kg. We are seeking an industrial partner to define manufacturing and flight testing.
Streamline supply chains and material transport in challenging environments. A long-range heavy-lift drone can cut same-day air-cargo costs by up to 50%.i
Conduct automated inspections for critical assets. Drone inspections cut wind-turbine checks from two hours to 15–30 minutes, delivering a 95% ROI.i
Provide rapid deployment for reconnaissance and supply delivery in crisis zones, ten times faster than traditional vessels.i
Our platform’s core technology is currently being tested on ground vehicles, with ground trials commencing September 2025.
We partner with industry leaders to integrate our platform. Pilot projects with early adopters are targeted for Q2 2026 to validate real-world impact.
We provide ongoing support and software updates, ensuring your fleet remains secure, efficient, and at the forefront of automation.
Three complementary leadership roles converge in a mission-ready autonomy platform:
Former autonomous systems engineer at Inria. Founded a company acquired by Capgemini and drove a €100M+ portfolio.
Rotorcraft specialist with hands-on experience in helicopter design, certification campaigns, and 500+ test flight hours.
Former Deputy CEO of ARSAT. Oversaw the deployment of a national L-band backbone, connecting 700+ remote sites.
Certifications planned: ISO 27001; DO-178C for aircraft programs; EN 9100, where applicable. We partner with clients to navigate national and regional regulations and provide audit documentation.
Our edge-based autonomy stack operates without persistent network connections, with redundancies, health monitoring, and fail-safe protocols. Secure cloud services enable real-time diagnostics.
Expect up to 70% cost reduction, increased asset utilization, and fewer human interventions. We work with you to define tailored KPIs.
We use encrypted data transmission and robust access controls. Private cloud or on-premise deployments keep data within your jurisdiction.
Our modular platform uses standard protocols such as REST and MQTT to integrate with fleet management, SCADA, and ERP systems, ensuring smooth data flow.
Clymene’s modular autonomy platform is built for critical logistics in the toughest conditions. Designed for mining and energy, its core capabilities can be applied to other complex and high-value environments.
Potential applications:
Autonomous resupply and reconnaissance.
Coordinated fleets for precision farming.
Emergency deliveries to isolated areas.
If your industry faces critical logistics challenges, we are ready to help.