Flagship Security & Environment Project

Radiation Detection Enhancement Project

A national initiative by GreenUnity Ukraine to strengthen radiation monitoring and environmental protection in collaboration with the European Union and the United States.

GreenUnity Ukraine is leading a comprehensive project to modernize Ukraine’s capacity for detecting and responding to radioactive and nuclear threats. Our goal is to prevent illegal movement of hazardous materials, protect public health, and foster international security cooperation.

Goals of International Cooperation

Ukraine–US Partnership Joint work with U.S. agencies (DOE, NNSA, ITAP) to strengthen training and equipment support for frontline radiation monitoring.

Cross-Border Data Sharing Secure and rapid radiation-alert channels between Ukraine, EU, and U.S. partners for coordinated response.

Alignment with Global Standards Harmonization with IAEA, Euratom, and U.S. nuclear security frameworks to build a unified radiation-safety architecture.

Nuclear and Radiation Safety

Modernization of Monitoring Systems Modernization and strengthening of radiation monitoring systems at border crossings, critical infrastructure, and nuclear-related sites in Ukraine, the U.S., and the EU.

AI-Based Early Warning Development and deployment of AI-based early-warning and anomaly-detection systems to enhance monitoring and control of radioactive materials across transatlantic facilities and ports of entry.

Integrated Sensor Networks Expansion of integrated networks of gamma–neutron detectors, UAV-based sensors, and environmental stations to support full-spectrum radiation surveillance.

Cybersecurity and Data Protection Strengthening cybersecurity frameworks for monitoring hardware, AI platforms, and cross-border data-sharing systems to ensure integrity and resilience.

Public Health and Emergency Preparedness Support for rapid response protocols, early detection of radiological exposure, and cooperation with public health agencies for coordinated emergency action.

Alignment with Global Frameworks Harmonization of legislation, protocols, and technical standards with IAEA guidance, Euratom regulations, and U.S. nuclear security frameworks.

From Concept to Deployment

The Radiation Detection Enhancement Project is designed as a practical, step-by-step modernization effort. It connects border crossings, ports, nuclear facilities, and environmental monitoring stations into one interoperable safety architecture.

By combining advanced hardware, AI-based analytics, and cross-border cooperation, the project helps partners in Ukraine, the EU, and the United States detect anomalies earlier, respond faster, and reduce environmental and security risks.

The platform can be scaled to additional sites and regions, creating a reusable model for transatlantic nuclear and radiation safety.

AI-Enhanced Radiation Safety

An integrated view of border crossings, nuclear sites, storage facilities, and environmental sensors — connected through secure data flows and early-warning algorithms.

20+ sites Pilot border crossings, ports of entry, and key infrastructure nodes.

24/7 Continuous monitoring with automated alerts and human oversight.

3 regions Ukraine, European Union, and United States in one project framework.

2025–2027: Project Timeline

2025 – Phase I

Design and Pilot Sites

Selection of pilot locations and partner countries, technical assessments, procurement planning, and initial deployment of detectors and AI infrastructure.

2026 – Phase II

Scaling and Training

Scaling the network to additional border crossings and critical facilities, conducting joint trainings and simulations for inspectors, and refining cross-border data exchange protocols.

2027 – Phase III

Integration and Long-Term Operation

Full integration with national and regional systems, long-term operation and maintenance plans, and expansion to additional EU and U.S. partners as a transatlantic best-practice model.

“Ukraine stands at the crossroads between East and West — and radiation safety is a bridge, not a border.”

Ukraine Border zone implementation, coordination with customs, border guards, and environmental inspectors.

European Union Standards, interoperability, and long-term integration of monitoring systems with EU safety frameworks.

United States Technical expertise, capacity-building, and support for innovative detection technologies and training.

Interested in partnering on radiation safety?

To explore collaboration, training, or funding opportunities related to the Radiation Detection Enhancement Project, please contact our team.

Email: [email protected]
Website: www.greenunity-ukraine.com

If you represent a foundation, institution, or an individual donor, your support can directly strengthen nuclear and radiation safety across borders.

Contact GreenUnity Ukraine Support Nuclear Safety