He is focused on building AI-powered infrastructure for food security and addressing the global pollination crisis through autonomous drone systems.
He has been recognized as a World Startup Champion and has participated in leading global platforms including the World Economic Forum and European innovation programs. His work sits at the intersection of AI, agriculture, and sustainability, aiming to solve systemic global challenges.

Deputy Head of a legal department within a government institution, bringing deep expertise in compliance, regulatory frameworks, and institutional operations. Alongside his professional career, he has actively contributed to multiple social and community-driven initiatives.
He leads operational strategy and business growth, ensuring that the company scales efficiently while aligning with legal and regulatory environments across different markets.

Nurlan Orujov is an electronics and automation engineer with expertise in system design and product architecture.
He has been actively involved in various social and technology-driven initiatives, contributing to both technical development and community-based projects.
At SkyBee, he is responsible for designing and integrating core product systems, ensuring seamless interaction between hardware, software, and AI components.

Specializes in international communication, training, and coaching, holding a Master’s degree in International Languages.
Her expertise as an English language coach enhances her ability to build international partnerships, negotiate with global stakeholders.
She leads institutional relations and business development, focusing on building partnerships with global organizations, investors, and ecosystem players.

Turana Shabzaliyeva is an aviation engineer specializing in aerial systems and flight technologies.
She has participated in multiple social and technical initiatives, contributing to engineering development and innovation projects.
At SkyBee, she leads the development of drone systems and aviation engineering, ensuring performance, safety, and scalability of autonomous aerial operations.