UAE President Sheikh Mohamed Bin Zayed And Hungarian PM Viktor Orbán Discuss Strengthening Bilateral Relations

UAE President His Highness Sheikh Mohamed bin Zayed Al Nahyan met with Hungarian Prime Minister Viktor Orbán to discuss enhancing bilateral relations. The meeting, part of Sheikh Mohamed's official visit to Hungary, focused on strengthening cooperation in various sectors to support both nations' development goals.

The discussions took place at the Prime Minister's Office in Budapest. Both leaders explored opportunities for collaboration in economic, trade, and investment fields. They also considered partnerships in technology, infrastructure, and renewable energy.

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His Highness expressed the UAE's dedication to fostering cooperation with Hungary. He highlighted the importance of building partnerships based on mutual interests to promote progress and prosperity for both countries.

The Hungarian Prime Minister welcomed Sheikh Mohamed's visit as a significant boost to bilateral ties. He noted that relations between the two countries continue to grow across various fields of shared interest.

Both leaders reviewed several regional and international issues of mutual concern. They stressed the importance of supporting global efforts to enhance stability and peace. The need for resolving conflicts through dialogue and diplomacy was also emphasised.

Later, Prime Minister Orbán hosted a dinner in honour of Sheikh Mohamed and his delegation. The event was attended by several Hungarian ministers and senior officials.

Cultural Engagement

Earlier in the day, Sheikh Mohamed toured the Hungarian Parliament Building, known for its unique architecture and cultural significance. Accompanied by Prime Minister Orbán, he received a briefing from officials about the building's key features and history.

This visit underscores the commitment of both nations to strengthen their ties through cooperation in various sectors. By focusing on mutual interests, they aim to achieve shared development goals while contributing to regional and global stability.

With inputs from WAM