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SERA Launches Blockchain-Powered Space Travel Program

Space Exploration and Research Agency (SERA)

The Space Exploration and Research Agency (SERA), based in the United States, has unveiled a groundbreaking initiative that combines blockchain technology with space travel opportunities. The organization has announced the opening of registrations for a mission aboard Blue Origin’s New Shepard spacecraft, marking a major step toward making space more accessible to the public.

SERA’s program has been designed to select six individuals for a sub-orbital journey, while simultaneously offering global citizens a new model of participation in space exploration. The selection process is being facilitated through a blockchain-enabled application, creating what the agency views as a more transparent and decentralized system of engagement.

Blockchain Integration with Space Participation

The registration process is accessible through the SERA Mission Control mini app, which operates on the TON Blockchain and is available within the Telegram messaging platform. Participants can engage with the system by accumulating SpaceDust, a dedicated points mechanism within the app. These points determine eligibility for a chance to secure one of the coveted seats on the upcoming New Shepard flight.

By leveraging blockchain technology, SERA is introducing a system where voting and participation are decentralized. The TON Blockchain enables citizens from across the globe to take part in selecting the astronauts who will ultimately embark on the mission. This approach reflects a significant shift from traditional centralized selection processes toward one where individuals worldwide can influence who represents them in space.

Expanding Opportunities Beyond Space Travel

In addition to sending participants on the sub-orbital mission, SERA has outlined plans to extend the initiative’s impact through educational and outreach programs. The agency intends to collaborate with regions that have had limited involvement in space exploration, offering student groups the chance to design and conduct experiments that can be tested in space. By incorporating these programs, the mission extends beyond travel into fostering broader engagement with scientific research and innovation.


This outreach dimension underscores SERA’s aim of ensuring that space exploration is not limited to countries with established aerospace sectors but becomes a shared opportunity for diverse communities. The initiative is expected to inspire students, expand access to space research, and create a platform where underrepresented regions can contribute to advancements in science and technology.

A New Model for Public Space Missions

Industry observers note that SERA’s integration of blockchain into public spaceflight sets a unique precedent in the evolving landscape of space exploration. The combination of decentralized voting, digital engagement, and transparent selection mechanisms positions the program as an example of how emerging technologies can enhance accessibility and participation.

The mission is being portrayed not only as a chance for a select few to experience sub-orbital flight but also as a way to democratize access to space. With decentralized governance embedded in the process, citizens worldwide are given a role in shaping a milestone mission that blends human space travel with technological innovation.

By uniting blockchain technology with commercial spaceflight, SERA is demonstrating how digital innovation can expand participation, foster global collaboration, and promote inclusivity in one of the most aspirational frontiers of human endeavor.

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