MEDUSA
Modular swarm architecture that synchronizes mothership and parasite drones with low-latency mesh networking for contested environments.

A new era in autonomous air operations begins with Eper Technologies.
With our domestic engineering power, we develop autonomous UAV solutions for strategic areas such as defense, agriculture, and industry. Our goal is to enhance security, increase efficiency, and make a difference in critical operations with fast-response, AI-powered, and modular systems. We aim not only to be a technology producer but also a partner shaping the autonomous system architecture of the future.
Next-generation modular UAV architecture powers our system beyond fixed mission profiles. The main carrier UAV (mothership) can carry, release, or retrieve different numbers and types of parasite drones depending on mission needs. This architecture allows a single system to take on multi-role tasks in reconnaissance, attack, jamming, disaster response, and more.
Each sub-UAV can be customized with sensors and software integrations tailored to the mission type, providing maximum flexibility and effectiveness in the field.
Modular swarm architecture that synchronizes mothership and parasite drones with low-latency mesh networking for contested environments.
Long-endurance autonomous airframe optimized for border surveillance and rapid disaster assessment with adaptive sensor payloads.
Structured learning paths designed with operators, engineers, and mission planners in mind. We teach the tooling, testing, and integration practices that keep autonomous fleets mission-ready.
Systems thinking, flight dynamics, and control fundamentals tailored for multidisciplinary teams entering autonomous aviation.
Explore courseTechnical briefings, whitepapers, and studies documenting how we engineer dependable autonomy under mission pressure.
Whitepaper on distributed flight control algorithms enabling resilient swarm formations in contested environments.
Read publicationField stories, engineering deep dives, and autonomy research shaping the next wave of aerial innovation.
In our first Eper Insights newsletter we recap 250+ signups for the new drone course, lessons from a parasite drone test flight, progress on fire retardant payload trials, mothership development, and early wildfire detection concepts.
Read articleA multidisciplinary group of engineers and operators translating operational needs into deployable autonomy. We pair aerospace rigor with rapid iteration to keep missions ahead of demand.
Guides vision, strategy, and mission-driven partnerships for autonomous air systems.
Leads product strategy and integration, aligning operator feedback with rapid engineering execution.
We hire mission-driven engineers, operators, and product leaders who thrive on translating complex requirements into fieldable capability. If you are ready to accelerate autonomy for critical sectors, we want to hear from you.
We are just at the beginning, but our goal is ambitious. As Eper Technologies, we want to grow with innovative and visionary partners in diverse sectors—primarily security, defense, agriculture, and industry. If you also want to shape the future of autonomous systems together and become a partner in a high-impact technology, let’s build this journey together.
Tell us about the missions you need to enable. We assemble dedicated teams that can integrate with your existing operations and deliver rapidly deployable autonomy.
info@epertechnologies.com