Wireless and programmable networks
5G core functions, software-defined radio, network analytics and autonomous operation.
Research & open source
Rigorous inquiry, reusable outcomes.
We create practical paths from research questions to prototypes, open tools and product capabilities.
ARLEON · WINS LAB
Rooted in WINS Lab research
ARLEON valorizes academic outcomes from the Wireless Systems, Networks and Cybersecurity Laboratory at METU. This connection supports work that is technically rigorous, experimentally grounded and relevant to operational needs.
Cybersecurity and trusted evidence
Covert-channel detection, network observability, immutable records and forensic confidence.
Distributed computing
Event-driven systems, ad-hoc algorithms, decentralized identity and collaborative protocols.
Open-source project
Ad-hoc Computing Framework
An open-source, event-driven and asynchronous Python component model for teaching, designing and experimenting with distributed algorithms over wireless networks.
AHC helps bridge communication engineering and software development. It models wireless-channel behavior, contention, packet collisions, multi-hop transport and other constraints that general distributed-system tools often abstract away.
The framework was funded by the Amateur Radio Digital Communications foundation and developed by WINS Lab at METU.