Mission

Granbell is a multi-stakeholder development group  with a unique mandate for the evolution of finance and banking technology.

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Our mission is to promote the advancement of  network of the financial system in the world by taking advantage of quantum algorithms (Quantum Distributed Financial System), defending the financial market's freedom of evolve, without depending on any limitation of political regulations, while still respecting each and every aspect of the legislation of the countries where Granbell has a presence.

Granbell pursues its mission by financing investments and projects that serve scientists, administrators, technicians and  all types of professionals, through three lines of action:

1. Invest in people and strengthen human capital;
2. Promote inclusive and resilient living environments;
3. Support employment and economic and financial inclusion.

Through partnerships and key associates, we are active in several market sectors where the impact caused by our technology is more sensitive, such as health and social care, education and professional training, administrative and judicial infrastructure, historical and cultural heritage, social and affordable housing, rural and regional urban development, natural or ecological disasters, environmental protection, financing of micro and small companies and social development through microcredit.

Three cross-cutting themes guide how activities within the Granbell are designed and implemented across sectors: climate action, gender equality, and the extreme application of STEM (Science, Technology, Engineering & Maths).

For the period 2023-2027, the GBS pursues three main objectives:

1. Invest in regional offices in any country where the specialized workforce is at full capacity, close to excellent university centers;
2. Implement more comprehensive and welcoming policies for market and labor challenges;
3. Support the implementation of strategic partnerships for the development of professionals in the areas of cutting-edge computing, such as quantum algorithms, quantum computing, artificial intelligence, machine learning and deep reading.