SPACE SENSORS as a SERVICE (SSaS)
The MÖBIUS Constellation is a software approach to a platform in space that gives access to a shared array of powerful and versatile sensors that have the capabilities to edge compute.
The main aspect of MÖBIUS is that it is a Space Sensors as a Service (SSaS) system, a centrally hosted, pay-per-use platform constellation for those looking to bring their operations to space.
CHOOSING MÖBIUS
SYSTEM VERSATILITY
To address the limited functionality and application concerns of the current market, our system will host a variety of multi-domain space sensors across our satellite constellation (SAR, VIR, HIS, RF), which will cover over 99% of the planet’s surface in low Earth orbit (LEO).
Unlike competitors, GALAXIA is offering customers portable software solutions with full user access to our system.
COMPLETE CONFIGURABILITY
Due to our hardware agnostic, open-SDK integration, you can easily develop and upload your software to our platform within minutes and use our array of sensors in real-time as you please, only paying for what you use, when you use it.
As a result, the MÖBIUS reduces the cost of access (including regulations), shortens data delivery time through edge computing, fast-tracks go-to-market for all forms of SMEs, and boosts the growth of innovative technologies by start-ups.
PRIMARY APPLICATIONS
MARITIME
VESSEL DETECTION
By utilizing real-time EO imagery, monitor and detect maritime activity, such as vessel and object identification and classification applications.
LOGISTICS TRACKING
Monitor and maintain constant surveillance of ships and vessels from point A to B, improving fleet logistics and pre-existing AIS processes.
MARINE ACTIVITY
Real-time processing enables early detection capabilities for marine activity (oil spills, iceberg formation, etc.) to minimize damage.
INFRASTRUCTURE
REMOTE INFRASTRUCTURE MANAGEMENT
Platform allows for active and secure monitoring of infrastructure (pipelines, powerlines, reservoirs) remotely from anywhere in the world.
FACILITY DEGRADATION
Analyze and compare infrastructure (roads, powerlines, etc.) and facility degradation over time to address structure integrity and conditions.
SITE MONITORING
Real-time EO data is critical for mining site exploration and open pit monitoring to ensure conditions and safety measures are acceptable.
TRANSPORTATION
FLEET MANAGEMENT
Real-time tracking, monitoring, and movement of fleets and vehicles (land, air, and sea), ensuring sound freight management and supply chain visibility.
NAVIGATION & POSITIONING
Through on-demand EO imagery, maintain constant visualization of vessel and truck movement to manage land-based and offshore assets.
ENVIRONMENT
GEOHAZARD DETECTION
Using consistent, live EO data, recognize and detect geohazard disasters and events (volcanic activity, flooding, fires, etc.) to respond accordingly.
BIOSPHERE HEALTH MONITORING
Monitor climate and biosphere change over time, acting on illegal, unreported, and unregulated (IUU) activity such as unauthorized deforestation or fishing.
AGRICULTURE
PRECISION FARMING
Using real-time, up-to-date data, manage and monitor large farming regions, track crop supply chains, and maintain optimal harvesting activities.
CROP DAMAGE MANAGEMENT
Receive on-demand imagery of regions affected by natural events (floods, fires, hail) to minimize future risk and allocate resources efficiently.
LAND CONDITION MONITORING
Identify key variables (irrigation levels, soil moisture, and infestation) early to accurately predict and develop optimal output levels in specific areas.