Beyond Time provides a synchronized calendar system that aligns Earth days with lunar cycles, enabling precise timekeeping on the Moon, Mars, and other planetary locations. The platform offers a traceable, accurate, and scalable solution for interplanetary missions, ensuring consistent scheduling across diverse environments.
Funding
Funding not disclosed
Founders
Product
Problem
Space missions require consistent scheduling across different planetary bodies, but existing timekeeping systems are Earth‑centric and do not align with lunar or Martian cycles. This mismatch creates coordination challenges for agencies and commercial explorers operating beyond Earth.
Solution
Beyond Time offers a synchronized calendar that maps Earth days to the orbital periods of the Moon, Mars, and other celestial locations. By integrating precise lunar and planetary orbital data, the platform provides a traceable and accurate timekeeping framework that can be used for mission planning, crew schedules, and scientific operations. The system is designed to be resilient and scalable, supporting multiple missions and locations without manual adjustments. Users can generate consistent timestamps and calendar views that align activities across diverse environments, facilitating seamless coordination for interplanetary endeavors.
Target Audience
Primary customers are space agencies, commercial exploration companies, and research organizations that need reliable scheduling tools for lunar, Martian, and deep‑space missions.
Features
- Calendar algorithm that synchronizes Earth days with lunar, Martian, and other planetary cycles
- Integration of up‑to‑date orbital mechanics data for accurate day and year calculations on each body
- Traceable timestamps that maintain consistency across mission phases and locations
- Scalable architecture allowing multiple concurrent missions to share a unified time reference
- Resilient design tolerant to communication delays and offline operation scenarios