Spectrum Hive Powers

LoRaWAN Enhancement
Improved packet delivery ratios through optimized spreading factor allocation and intelligent coexistence management with cross-technology interference mitigation.

5G Optimization and future 6G
Advanced predictive analytics enable proactive anomaly detection with secure, efficient spectrum allocation across complex network topologies and service requirements including advanced waveform and numerology agility.

Security and Resilience
Native radio channel agility, interference detection, jamming detection, and anomaly detection.
The AI-based orchestrator provides an intelligent approach to spectrum management across current and future wireless ecosystems, delivering improvements in efficiency, security, and resilience.

Pontential Key Customers & Target MarketsThe AI-based spectrum sensing orchestrator serves a diverse range of clients across critical sectors, enabling robust and intelligent wireless communication.
1. Telecommunications Operators
Enhancing network efficiency and reliability for carriers like Orange Romania, ensuring optimal
spectrum usage and mitigating interference across 4G, 5G, and B5G infrastructure.
2.IoT Service Providers
Delivering secure and resilient connectivity for vast IoT deployments, from smart homes to large-scale industrial sensors, guaranteeing high Packet Delivery Ratios (PDR).
2. Government & Defense
Providing advanced spectrum awareness and jamming mitigation for secure communications, mission-critical operations, and intelligence gathering for defense organizations.
4. Smart City Initiatives
Enabling intelligent urban infrastructure by optimizing wireless resources for smart grids, intelligent transportation, and public safety networks.
5. Industrial IoT Companies
Ensuring ultra-reliable, low-latency communication (URLLC) for automated factories, remote operations, and critical infrastructure monitoring.
6.Research Institutions
Collaborating on cutting-edge research and development for future wireless technologies, pushing the boundaries of AI-native 6G networks.
Research Team

Ph.D. Eng. Lecturer
Alexandru Lavric
Director
Interests
High Density Wireless Sensor Networks Advanced Wireless Communications
AI Algorithms

Ph.D. Eng. Lecturer
Adrian-Ioan Petrariu
Interests
Electronic Engineering
Telecommunications Engineering Communication Engineering

Ph.D. Eng.
Căilean Alin-Mihai
Interests
Visible light Communications
Communication Engineering
Telecommunications Engineering

Eng. Ph.D. S.
Partemie-Marian Mutescu
Interests
Artificial Intelligence
Artificial Neural Network
Computer Communications (Networks)

Eng. Ph.D. S.
Alexandrin Guțu
Interests
Electronic Engineering
Communication Engineering Telecommunications Engineering