NEO Portfolio:
Polus Tech's Fully Automated, AI-Driven RF Sensors
A game-changer in AI-driven RF solutions, the NEO Portfolio sets new standards for real-time intelligence, minimal human intervention, and autonomous sensor management and decision-making. It redefines the meaning of success for SIGINT, Search & Rescue, and Security missions across any uncrewed platform.
Redefining AI-Driven RF Sensing Across Every Mission
The NEO Portfolio represents the next evolution in RF sensing technology, offering a range of fully automated, AI-driven solutions tailored for diverse mission requirements. From our lightweight airborne sensors, designed for agile, rapid-response operations, to the advanced primary–secondary AI-controlled systems for complex, multi-layered missions, NEO sets new standards in performance, adaptability, and precision.
At the core of every NEO product is advanced AI that powers real-time decision-making and seamlessly manages sensor-platform interactions. Whether you need a compact, UAV-mounted sensor for streamlined SIGINT operations or the full capabilities of a multi-platform system for search & rescue or security missions, NEO delivers unparalleled signal detection, precise localization, and minimal human intervention—even under the most challenging conditions.
With the NEO Portfolio, you can scale your capabilities to match the mission—ensuring maximum operational success at every level, from foundational sensing solutions to high-end autonomous intelligence systems.
Polus Tech and Politecnico di Milano: Redefining the Future of Autonomous RF Sensing
To push our products beyond the cutting edge of fully autonomous RF sensors, Polus Tech decided to join forces with Politecnico di Milano, one of Europe’s top universities in communication networks and AI-powered algorithms. By bringing together Polus Tech’s deep expertise in RF technology and autonomous systems with Politecnico’s academic innovation, this collaboration ensures that our sensors deliver unmatched precision, autonomy, and performance for mission-critical operations.
This collaboration, initiated and led by Polus Tech, is dedicated to pioneering the next generation of AI-driven systems for highly accurate user equipment detection and positioning—essential for search & rescue, SIGINT, and security missions.
The venture exemplifies the perfect synergy between cutting-edge research and real-world application, pushing the boundaries of what autonomous RF sensing can achieve.
Emergency SMS Broadcast
Emergency Communication
Secured Private Cellular Network
Redefining Crisis Communication Excellence
With growing global concerns about man-made and natural disasters, emergency services worldwide have recognized that effective communication with the public during crises is crucial for successful disaster management. Utilizing cellular networks for mass communication to ensure message delivery has emerged as the leading global solution.
This is evidenced by the significant growth of the Mass Notification Systems (MNS) market, which is projected to increase from USD 11.50 billion to USD 24.35 billion by 2031.
At Polus, we believe that existing software-based solutions do not fully address the challenges of disaster communication. In both man-made and natural disasters, cellular networks can become too congested or be destroyed. In these scenarios, our Emergency SMS solution ensures that critical messages reach the public. Our unique solution integrates Mass Notification software with a mobile cellular cell, a combination of hardware and software developed in-house by Polus. This system is portable, can be operated by a single person, and requires no technical background or training, making it versatile and effective in any emergency situation.
Explore how Polus is leading the way in emergency communication solutions and ensuring that vital information is delivered when it matters most.
In Critical Moments, Communication Isn't Just Important—It's Everything.
When disasters disable cellular networks, communication becomes a lifeline. Our emergency response solution creates independent networks without existing infrastructure. The Emergency SMS Broadcast feature delivers vital information to affected populations, while operators track first responders and coordinate search and rescue through our user-centered interface. The versatile Polus Cellular Terminal, mountable on drones, vehicles, or backpacks, enables this connectivity.
In the video, you’ll follow a drone over a disaster area. A real-time heatmap displays unit paths, rescue locations, and SMS success rates, enabling immediate, informed decisions.
Connectivity to Fight
Cost of Living
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