TORONTO--(BUSINESS WIRE)-- Vartis Space Corp. has unveiled the Vartis Space Clock, an open-source framework designed to enable independent synchronization of zero-time reference points in deep space, eliminating dependence on Earth-based time signals. The innovation marks a pivotal step toward building a self-sustaining temporal infrastructure for future space missions beyond low Earth orbit. The Vartis Space Clock is engineered to align "zero-time points"—conceptual reference markers for time that are not tied to any physical location—across distributed spacecraft and space-based systems. This capability is essential for missions that operate far from Earth, where signal delays and communication blackouts make traditional timekeeping methods unreliable. By leveraging decentralized algorithms and autonomous time calibration protocols, the framework allows spacecraft to maintain consistent and accurate time references even when isolated from ground control. This is particularly critical for coordinated operations such as satellite constellations, lunar outposts, and interplanetary navigation. As space exploration expands beyond Earth’s orbit, the need for a resilient, scalable, and open timekeeping standard becomes increasingly urgent. The Vartis Space Clock is designed to be interoperable across platforms and adaptable to various mission architectures, supporting long-term autonomy in deep space. The framework is released under an open-source license, inviting collaboration from researchers, engineers, and space agencies worldwide. Vartis Space Corp. aims to foster a global community of contributors to refine and extend the system, ensuring it evolves alongside emerging space technologies. The launch of the Vartis Space Clock underscores a growing recognition that time is not just a measurement, but a foundational infrastructure for space operations. With this tool, Vartis Space Corp. is laying the groundwork for a future where human and robotic missions can operate with precision and coordination across the solar system—without relying on Earth as a time anchor.