
Innovative UAV Swarm Communication Solutions
Enhancing autonomous coordination in challenging environments for robotic swarms.
Advanced Simulation Technology
Rapid deployment for defense and industrial sectors.
Robust Mesh Communication
Overcoming jamming and interference in operations.
Scalable Coordination
Heterogeneous Wireless Networks


Innovative Solutions for UAV Robotics Swarm
Aykan Technology addresses critical challenges in maintaining secure, resilient communication and navigation in GPS-denied and electronically contested environments for robotic swarms. Our solution overcomes disruptions caused by jamming, interference, and lack of satellite signals. It enables scalable, autonomous swarm coordination across heterogeneous wireless networks.
Aykan reduces deployment risk through advanced simulation and digital twin technologies, facilitating rapid and reliable deployment in defense, industrial, and telecom sectors.
Exceptional service in complex environments.


Advanced UAV Solutions
AI-powered hybrid mesh networking to dynamically optimize latency, bandwidth, reliability, and power across multiple radios and interfaces, ensuring uninterrupted communication under jamming AI-managed swarm intelligence coordinates autonomous drones and robots across diverse networks, adapting in real time to mission needs.
Multi-sensor fusion navigation achieves high accuracy without GPS. Swarm AI advances GPS-denied navigation by enabling:
Collaborative multi-agent localization through sensor fusion and data sharing.
Learning-based environmental modeling to predict and correct positional deviations.
SLAM-based mapping from multiple viewpoints to enhance situational awareness.
Integration of alternative navigation modalities like magnetic anomaly sensing with swarm cooperation.
Decentralized, robust tracking and control for safe, autonomous swarm operation without GPS.
Software-defined networking enables mission-adaptive control, while simulation and digital twins reduce deployment risk and accelerate time-to-market.
Integration with 5G and edge computing further enhances dual-use capabilities across defense and commercial sectors.


Robust Communication Systems
Our systems ensure reliable ad-hoc mesh communication for UAV swarms in GPS-denied environments.
Simulation Technologies
Utilizing digital twin technologies for rapid deployment and risk reduction in various sectors.
Aykan reduces deployment risk through advanced simulation and digital twin technologies, facilitating rapid and reliable deployment in defense, industrial, and telecom sectors.
The Product: Swarm Mesh in the Box
“SwarmMesh in the Box” is an end-to-end defensible, hardware and software integrated, "out-of-the-box" platform. Offered in different weight and form factors (70g, 180g, 320g), this solution stands out with the following unique capabilities:
Hybrid Mesh + AI-Powered Routing
Self-optimizing mesh networks that prioritize latency, bandwidth, reliability, or power based on real-time conditions, operating across multiple radios and interfaces.
Integration with swarm field networks and mobile/fixed telecom infrastructure & relay systems.
Network-Aware Swarm Intelligence
AI-managed coordination of swarm agents (drones/robots) compatible with multiple wireless networks.
Communication rerouting in electronic warfare and jamming scenarios, and operations under RF silence.
Simulation Ecosystem
Unreal Engine/AirSim-based virtual environments for pre-testing and validation in complex areas like mines, cities, subways, and ports.
Digital twin environment and customizable Command & Control (C2) applications.
Navigation in GPS-Denied Environments (Soon)
High precision with patented multi-sensor fusion using SLAM, VIO, and RF positioning.
Robotic Integration (Soon)
Rapid and easy deployment of autonomous robotic systems with ROS2/PX4 integration in the box.
Contact Us
Reach out for inquiries about our UAV robotics solutions and advanced simulation technologies for seamless deployment.

Aykan Teknoloji
TeknoparkIstanbul 9C G08 Pendik / Istanbul
info@aykan.co
+90 216 474 77 93
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