In Ukraine as in the Middle East, low-cost drones are saturating defense systems designed to intercept rare and sophisticated threats. The equation combines a few hundred or thousand euros on the attack side, and several hundred thousand on the defense side. An asymmetry which mechanically weakens historical military architectures.
In this context, a new generation of actors is trying to redefine the fundamentals of defense, no longer around unit performance, but around the capacity to produce, deploy and iterate on a large scale.
A war of volume more than precision
Current systems rely on the interception of a limited number of high-value targets. This paradigm now comes up against distributed attacks, often coordinated, and based on cheap drones.
Recent conflicts have shown that a swarm of drones can mobilize, or even exhaust, technologically superior defenses. This change requires a review of industrial decisions where sophistication is no longer enough if it cannot be produced in volume.
From rare weaponry to scalable weaponry
It is in this shift that the notion of “mass-affordable defense” fits. It is based on a simple principle: aligning the cost of defense with that of attack, without degrading operational capacity.
A change which involves three major developments.
First, a transformation of the hardware. Interceptors are no longer designed as rare and expensive objects, but as reproducible systems, potentially close to a continuous industrial logic. EGIDE is therefore developing electrically powered interceptors, designed to reduce costs and facilitate their large-scale production.
Then, hybridization with the software. Defense no longer relies solely on ballistic performance, but on the integration of distributed sensors, algorithmic detection and real-time orchestration. The Mystique platform, developed by the startup, is part of this logic by combining AI, data fusion and multi-layer interception systems.
Finally, an acceleration of the adaptation cycle. Where traditional systems evolve slowly, modular architectures enable it to iterate more quickly in the face of ever-changing threats.
The defense enters into a logic of iteration
This change brings the defense of logics from software and the technology industry closer together: continuous updating, rapid integration, adaptation to uses.
The objective is no longer just to neutralize a threat, but to build a system capable of evolving at the same pace as it. This requires an open, interoperable architecture capable of operating in heterogeneous environments, air, land, sea.
This approach reflects a broader shift where defense becomes a system, and no longer a juxtaposition of equipment.
An industrial reconfiguration in progress
Beyond technology, this development raises an industrial question. Producing interceptors in volume, reducing unit costs, integrating software in short cycles: so many challenges that go beyond the scope of startups.
Investors themselves see this transformation as part of a broader restructuring of the European defense apparatus. The Expeditions fund thus evokes “economics associated with legacy defense systems” that have become “unsustainable”.
The rise in power of these actors occurs in a context where Europe seeks to strengthen its strategic autonomy, while closing an industrial and organizational gap compared to the United States.
An equation still open
A structuring question remains: can this new approach prevail over existing systems?
Scaling up is a litmus test. Designing affordable systems is one thing; producing them in volume, certifying them and integrating them into operational doctrines is another. Defense, by nature, evolves slowly, but the pressure exerted by recent conflicts accelerates arbitrations.
EGIDE, founded in 2025 in Paris by Simon Calonne and Florian Audigier, former MBDA engineers, develops electrically powered interceptors and a software platform called Mystique, combining distributed sensors and AI detection. The startup raised eight million euros in seed funding from Expeditions, Eurazeo, Heartcore Capital, with the participation of Kima Ventures and Galion.exe, in order to accelerate the development of its systems and structure its engineering team.
