TekSummit – Hosted by GAO RFID Inc.
TekSummit – Rebuilding Ukraine with
BLE, RFID IoT, Cloud & Other Advanced Tech
As Ukraine embarks on the monumental journey of rebuilding its national infrastructure, the convergence of BLE, RFID, IoT, cloud, and other advanced technologies becomes not only essential but transformative. These technologies drive test and measurement precision, enhance infrastructure compliance, and accelerate industrial and urban innovation—key pillars for resilient reconstruction. This multi-track TekSummit session explores how integrated digital ecosystems can facilitate scalable, secure, and future-proof redevelopment of critical national systems.
I. Foundational Infrastructure for a Resilient Ukraine
This session focuses on establishing a robust digital backbone for post-war Ukraine through supercomputing, modular data centers, and advanced cloud and edge computing strategies. These elements are crucial for scientific innovation, real-time response, and scalable digital public services.
Key Subtopics
- High-Performance Computing (HPC) frameworks for urban analytics
- Supercomputing centers for AI and national data modeling
- Energy-efficient, modular data center architectures
- Cybersecurity protocols for critical digital infrastructure
- Cloud-native architecture for government digital services
- Edge computing nodes for local response in reconstruction
- Digital twin integration for real-time infrastructure performance
Applications
- Urban redevelopment modeling
- Scientific research and simulation
- Government service digitization
- Crisis response coordination
Tools & Techniques
- HPC clusters (e.g., Slurm, OpenMPI)
- SCADA systems integrated with cloud/edge layers
- Cloud platforms: AWS GovCloud, Azure Government, OpenStack
- AI/ML for infrastructure prediction modeling
Challenges & Solutions
- Challenge: Lack of centralized computational resources
Solution: Deploy decentralized HPC nodes integrated via cloud orchestration - Challenge: Data security during conflict recovery
Solution: Encrypted, sovereign data centers and hybrid cloud architecture - Challenge: Latency in rural infrastructure deployment
Solution: Edge computing gateways and fog networks
Learning Objectives
- Understand how digital infrastructure underpins post-conflict reconstruction
- Learn strategies for secure, modular data center deployment
- Gain insights into hybrid cloud and edge deployments for public systems
- Explore tools that power large-scale modeling and simulation
II. Smart Reconstruction of Ukrainian Cities and Regions
Explore how BLE, RFID, IoT, and AI are transforming the rebuilding of cities into intelligent, sustainable, and resilient environments. The session covers next-gen utilities, urban digitization, and smart construction methods using real-time monitoring technologies.
Key Subtopics
- BLE and RFID integration for city-wide sensing and asset tracking
- Urban data layers for smart zoning and planning
- AI-powered tools for resilient architectural design
- Smart grid protocols (e.g., OpenADR, IEEE 2030.5)
- Digital twin platforms (BIM, GIS overlays)
- Modular construction frameworks using robotics and AI
Applications
- Smart city governance
- Urban energy and utilities optimization
- Post-conflict building management
- Infrastructure lifecycle management
Tools & Techniques
- RFID/BLE readers and beacons
- BIM and GIS integration platforms
- IoT middleware (MQTT, CoAP)
- AI-powered urban planning suites (e.g., UrbanFootprint, CityIQ)
Challenges & Solutions
- Challenge: Real-time infrastructure monitoring
Solution: BLE and RFID-enabled sensors embedded in structures - Challenge: Efficient post-war construction
Solution: Modular, prefabricated building tech with AI coordination - Challenge: Urban energy grid instability
Solution: Distributed energy systems with IoT-based load balancing
Learning Objectives
- Learn how to digitize and monitor cities using BLE and RFID
- Understand AI-driven approaches to sustainable city planning
- Discover intelligent construction workflows and digital twins
- Explore strategies for urban energy decentralization
III. Reviving and Reinventing Ukrainian Industry
This session outlines how Industry 4.0, IoT, and semiconductor advancements are redefining Ukrainian manufacturing and industrial resilience. Special focus is given to workforce upskilling and digital transformation in production environments.
Key Subtopics
- RFID/BLE for industrial asset management
- Predictive maintenance via IoT sensors
- Robotics and HMI integration in retooled factories
- Semiconductor cleanroom setup and process controls
- Digital manufacturing twins for QA/QC
- Industrial IoT (IIoT) protocols (e.g., OPC UA, PROFINET)
- Online technical education platforms
Applications
- Semiconductor and electronics manufacturing
- Smart textile and machinery industries
- Workforce development and retraining
- Export-driven production logistics
Tools & Techniques
- PLCs and SCADA systems
- IoT gateways and edge analytics for production monitoring
- MES (Manufacturing Execution Systems) platforms
Virtual labs and VR-based upskilling platforms
Challenges & Solutions:
- Challenge: Skilled labor shortages
Solution: Reskilling platforms and remote learning for displaced populations - Challenge: Industrial equipment traceability
Solution: RFID-based real-time location systems (RTLS) - Challenge: Production process downtime
Solution: Predictive analytics and ML-based fault detection
Learning Objectives
- Explore how IoT and AI support next-gen industrial revitalization
- Understand BLE and RFID’s role in production asset traceability
- Learn strategies for technical workforce recovery and education
- Discover how digital twins enable cost-efficient factory operations
IV. Rebuilding and Future-Proofing National Mobility
This session presents the transformation of Ukraine’s transport systems with intelligent, connected technologies. Topics include smart logistics, autonomous transit, port redevelopment, and cold chain optimization for medicine and food security.
Key Subtopics
- BLE/RFID in vehicle and cargo tracking
- AI route optimization for emergency and commercial logistics
- Autonomous EV infrastructure deployment
- IoT for intermodal transport integration
- Smart airport systems and maritime analytics
- Blockchain for logistics transparency
Applications
- Urban and national transportation networks
- Humanitarian and medical logistics
- International trade and maritime ports
- EV and autonomous vehicle ecosystems
Tools & Techniques
- Fleet management platforms (e.g., Geotab, Samsara)
- Cold chain IoT sensors and analytics dashboards
- Port logistics automation systems
- Real-time transport APIs and blockchain networks
Challenges & Solutions
- Challenge: Asset loss in supply chains
Solution: RFID- and BLE-based asset authentication and tracking - Challenge: Port congestion and inefficiency
Solution: AI-driven scheduling and cargo automation - Challenge: Lack of visibility in humanitarian logistics
Solution: IoT-enabled dashboards and route prediction models
Learning Objectives
- Learn how to digitally enable national transport reconstruction
- Understand BLE, RFID, and AI’s roles in logistics resilience
- Explore maritime and airport tech transformations
Evaluate smart mobility platforms for future-proof networks
V. National Security, Resilience, and Sustainability
This session dives into securing Ukraine’s digital and environmental future through IoT-based monitoring, renewable energy systems, and blockchain-secured data. It highlights national resilience as a tech-driven initiative.
Key Subtopics
- National-scale IoT networks for disaster response
- Renewable microgrids and energy storage systems
- Blockchain for supply chain and identity management
- AI-based risk analysis for environmental threats
- Smart agriculture systems
- Cybersecurity for digital governance
Applications
- Disaster monitoring and climate resilience
- National grid and energy recovery
- Cybersecure public services
- Modernized agriculture and food logistics
Tools & Techniques
- Distributed ledger platforms
- IoT environmental sensor kits
- Smart grid controllers
- AI-based risk and threat modeling software
Challenges & Solutions
- Challenge: Climate variability in reconstruction zones
Solution: AI for weather-informed infrastructure planning - Challenge: Digital identity vulnerabilities
Solution: Blockchain-based identity systems - Challenge: Centralized energy failure
Solution: Distributed renewable energy microgrids
Learning Objectives
- Gain insight into tech-powered sustainability and risk management
- Learn how IoT and AI secure critical national infrastructure
- Explore renewable systems in large-scale energy planning
- Understand blockchain’s role in identity and security
VI. Financing, Policy, and Investment Strategies
This session covers the intersection of policy, investment, and international cooperation needed to fund Ukraine’s tech resurgence. It highlights frameworks that de-risk investments and standardize BLE, RFID, IoT, and cloud deployments.
Key Subtopics
- Global VC engagement in post-conflict markets
- Legal frameworks for tech adoption
- Public-private partnerships and incentive models
- Regulatory compliance with NATO and EU protocols
Insurance and risk financing in unstable zones
Applications
- Infrastructure project financing
- Tech start-up ecosystem development
- Policy alignment with allied nations
- Tech company market entry strategies
Tools & Techniques
- PPP structuring models
- Impact investment platforms
- Regulatory compliance toolkits
- Risk modeling and insurtech solutions
Challenges & Solutions
- Challenge: Investor uncertainty in post-war environments
Solution: Multilateral guarantees and blended finance models - Challenge: Complex technology regulation
Solution: Alignment with EU/NATO standards and sandboxing - Challenge: Lack of PPP frameworks
Solution: Modular PPP blueprints and policy toolkits
Learning Objectives
- Understand investment frameworks for large-scale digital rebuilds
- Learn policy approaches to tech standardization
- Explore PPP models for smart city and infrastructure finance
- Identify ways to attract international tech capital
VII. Special Panels and Cross-Cutting Themes
Special panels explore humanitarian tech applications, media strategy, and global collaborations. Live demos showcase BLE and RFID deployments in refugee support and reconstruction prototypes.
Key Subtopics
- IoT for humanitarian relief and refugee services
- Smart schools and hospitals with BLE tracking
- Public perception and tech diplomacy
- International partnerships for tech diplomacy
- Field demo: IoT-enabled Smart Villages
Applications
- Refugee aid and population tracking
- Education and healthcare system rebuilding
- Public-private collaboration showcases
- Media and diplomatic tech promotion
Tools & Techniques
- BLE wearables for personnel monitoring
- Emergency response platforms
- Modular smart infrastructure kits
- RFID-enabled supply chains for aid distribution
Challenges & Solutions
- Challenge: Aid coordination inefficiencies
Solution: Cloud-based response dashboards - Challenge: Lack of global visibility
Solution: Unified messaging with tech ambassadors - Challenge: Fragmented NGO tech tools
Solution: Standardized open platforms for aid tech
Learning Objectives
- Explore humanitarian tech integration in reconstruction
- Learn how BLE and IoT enhance social infrastructure
- Understand tech’s role in global perception and diplomacy
- Experience live demonstrations of scalable tech solutions
Rebuilding Ukraine is one of the most critical engineering and policy challenges of our generation—and a rare opportunity to shape a digital nation from the ground up. We invite engineers, researchers, product leaders, policy architects, and infrastructure decision-makers to participate in this multi-track TekSummit session. Together, we will redefine what resilient, intelligent, and inclusive reconstruction can look like.
Reach out to us at Speakers-TekSummit@TheGAOGroup.com or fill out Contact Us to explore speaking, participation, or sponsorship opportunities.