Mission Space (Space Weather Forecasting): Mission Space is a B2B and B2G software venture that develops a satellite-based space weather forecasting system. They aim to provide satellite operators and agencies with real-time, high-accuracy short-term forecasts and hazard warnings to mitigate the effects of solar activity. They are launching a fleet of nanosatellites equipped with proprietary space weather sensors and use AI and scientific models to provide localized forecasts.
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Mission Space’s focus spans LEO, cislunar, and lunar environments.
Mission Space is building a constellation of compact 1 kg payloads to measure the charged-particle environment directly from orbit.
Mission Space’s in-orbit roadmap includes upcoming payload deployments with Starcloud and Rogue Space.
Mission Space serves satellite operators, government agencies, and defense customers with localized space-weather forecasts and real-time warnings derived from proprietary in-orbit sensors.
Mission Space deploys compact, standardized payloads as hosted instruments aboard third-party spacecraft.
Mission Space has an agreement with HEX20 to fly a fourth space-weather sensing payload in low Earth orbit.
Mission Space’s payloads are intended to produce localized warnings, forecasts, modeled outputs, and validated data for specific missions.
Mission Space’s in-orbit roadmap began with the ZOHAR-I pathfinder mission.
HEX20’s MAYA-V1 mission adds a hardware-validated data node to Mission Space’s commercial space-weather intelligence layer.
Mission Space’s approach is intended to reduce development costs and launch timelines while building measurement density across orbital regimes.
Mission Space will launch its second orbital payload with Rogue Space in 2026.
Mission Space aims to improve data collection for LEO, GEO, and lunar missions through real measurements.
Mission Space intends to build a multi-point, high-temporal-resolution layer for radiation, neutral-density, and surface-charging intelligence.
The second Mission Space mission introduces neutral-density tracking, which supports prediction of atmospheric drag, orbital shifts, and maneuver uncertainty during geomagnetic events.
Mission Space plans to conduct two additional launches in 2026.
The first Mission Space payload, ZOHAR-I, launched in March 2025.
Mission Space is expanding its network with Rogue Space to build in-orbit capabilities based on current conditions.
Starcloud's orbital data centers are a suitable platform for Mission Space's space-weather-enabled resilience tools.
Mission Space formed a strategic partnership with Starcloud to integrate real-time space weather intelligence into Starcloud's orbital AI compute platform.
Sidus Space's founder and CEO, Carol Craig, stated excitement about partnering with Mission Space to monitor and analyze space weather data.