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TekSummit – Hosted by GAO RFID Inc.

TekSummit – Rebuilding Ukraine with

BLE, RFID IoT, Cloud & Other Advanced Tech

I. Foundational Infrastructure for a Resilient Ukraine

Supercomputing and High-Performance Computing (HPC)

  • Establishing National Supercomputing Centers for AI & Scientific Research
  • Leveraging HPC for Predictive Analytics in Urban Reconstruction
  • Resilient Infrastructure Design Using AI Modeling and Simulations

Heavy-Duty Data Centers

  • Designing Energy-Efficient and Modular Data Centers
  • Data Sovereignty and Digital Infrastructure for Ukrainian Public Services
  • Securing Critical Data Center Infrastructure Against Cyber Threats

Cloud Infrastructure & Edge Computing

  • Scalable Cloud Platforms for Government and Industry
  • Hybrid Cloud Strategies for Rebuilding Digital Public Services
  • Edge Computing for Real-Time Response in Reconstruction Projects

II. Smart Reconstruction of Ukrainian Cities and Regions

Smart Cities & Urban Digitization

  • Designing Smart Cities from the Ground Up Post-Conflict
  • BLE, RFID & IoT Integration for Real-Time City Monitoring
  • AI-Powered Urban Planning Tools for Sustainable Growth

Intelligent Utilities & Smart Energy Grids

  • Deploying Smart Grids for Decentralized Energy Distribution
  • AI and IoT for Water, Gas, and Electricity Network Optimization
  • Renewable Energy Integration into Rebuilt Ukrainian Infrastructure

Intelligent Construction Technologies

  • AI and Robotics in Post-War Construction and Debris Management
  • Prefabricated & Modular Construction for Speed and Efficiency
  • Digital Twins and BIM for Infrastructure Monitoring and Lifecycle Management

III. Reviving and Reinventing Ukrainian Industry

Intelligent Manufacturing & Industry 4.0

  • Rebuilding Ukraine’s Manufacturing Sector with AI, BLE, RFID & IoT
  • Digital Twins for Equipment Monitoring and Process Optimization
  • Advanced Robotics and Human-Machine Collaboration in Production Lines

Semiconductor & Advanced Product Manufacturing

  • Building a Semiconductor Supply Chain in Eastern Europe
  • Securing Semiconductor Manufacturing through IoT-based Quality Control
  • Public-Private Partnerships in Semiconductor and Microelectronics Fabrication

Workforce Upskilling and Industrial Education

  • Building Technical Talent Pipelines for Reconstructed Industries
  • Role of Cloud-Based Training Platforms in Industrial Upskilling
  • Reskilling War-Displaced Populations for High-Tech Manufacturing Roles

IV. Rebuilding and Future-Proofing National Mobility

Intelligent Transportation Networks

  • IoT-Based Smart Traffic Systems for Reconstructed Urban Centers
  • BLE and RFID in Public Transit and Rail Rebuilding Projects
  • Integrating Autonomous Vehicles and EV Infrastructure in Ukraine

Intelligent Logistics and Supply Chains

  • IoT-Enabled Supply Chain Visibility and Asset Tracking
  • Post-War Logistics Optimization Using AI and Blockchain
  • Cold Chain Reconstruction for Medical and Agricultural Logistics

Airport and Port Redevelopment with Smart Technologies

  • Rebuilding Airports with Intelligent Navigation and Baggage Handling Systems
  • BLE, RFID, and IoT in Port Automation and Cargo Movement
  • AI-Powered Maritime Logistics Planning for the Black Sea

V. National Security, Resilience, and Sustainability

Digital Sovereignty and Cybersecurity

  • Building Cyber-Resilient Critical Infrastructure
  • Trusted Cloud Platforms for Government Data Protection
  • Role of Blockchain in Securing Supply Chains and National Identity

Environmental Monitoring & Climate Resilience

  • IoT Sensors for Rebuilding in Flood- or Earthquake-Prone Areas
  • Renewable Energy Storage and Smart Microgrid Deployment
  • AI for Environmental Impact Assessment in Reconstruction Zones

Agricultural Modernization and Food Security

  • IoT-Based Smart Irrigation and Crop Monitoring Systems
  • BLE and RFID in Livestock and Food Supply Chain Management
  • Using AI and Cloud for Predictive Farming and Climate Adaptation

VI. Financing, Policy, and Investment Strategies

Technology Investment and Venture Ecosystem in Ukraine

  • Building a Post-War Tech Start-Up Ecosystem with Global VC Support
  • Opportunities for Foreign Direct Investment in Ukrainian Tech Rebuild
  • Case Studies: Successful International Joint Ventures in Post-Conflict Zones

International Policy, Trade, and Technology Cooperation

  • NATO and EU Standards for Technology Deployment in Ukraine
  • Leveraging U.S.-Canada-EU Alliances in Rebuilding Efforts
  • Regulatory Frameworks for BLE, RFID, IoT, and Cloud Technologies

Public-Private Partnerships (PPPs)

  • Structuring PPPs for Infrastructure and Smart City Development
  • Legal and Policy Frameworks to Attract International Tech Companies
  • Risk Mitigation and Insurance Mechanisms in Reconstruction Projects

VII. Special Panels and Cross-Cutting Themes

Humanitarian Technology and Civilian Applications

  • Deploying IoT and BLE for Refugee Tracking and Support Services
  • Emergency Response Systems Using Cloud and Smart Sensors
  • Reconstruction of Schools and Hospitals with Smart Infrastructure

Media, Messaging, and Global Perception

  • Role of Influencers and Media in Promoting Rebuilding Efforts
  • Building the Tech Brand of Ukraine in Global Markets
  • International Collaborations for Technology Diplomacy

Showcase & Demos

  • Live Demonstrations of RFID-Enabled Asset Management for Reconstruction
  • BLE-Based Personnel Tracking in Disaster Recovery Zones
  • Pilot Projects: Smart Village Prototypes and IoT Urban Labs