Cisgam
Cisgam develops autonomous, maneuverable sensor networks for space that enable dynamic positioning and reconfiguration of orbital assets. The platform coordinates distributed sensor nodes that can adjust their relative positions to optimize data collection across changing targets and operational scenarios. By enabling autonomous decision-making about sensor network geometry, the system reduces reliance on ground-based commands and manual orbital adjustments.
- Space Technology
- Hardware
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
Traditional space-based sensing systems rely on fixed, single-purpose satellites that cannot adapt their positions or configurations once deployed. This rigidity limits operational flexibility, reduces data collection efficiency, and prevents dynamic responses to changing mission requirements or emerging targets of interest.
Solution
Cisgam develops autonomous, maneuverable sensor networks for space that enable dynamic positioning and reconfiguration of orbital assets. The platform coordinates distributed sensor nodes that can adjust their relative positions and orientations to optimize data collection across changing targets and operational scenarios. By enabling autonomous decision-making about sensor network geometry, the system reduces reliance on ground-based commands and manual orbital adjustments. This approach supports operational readiness and practical deployment for space-based sensing missions.
Target Audience
Primary customers are government and defense agencies, as well as commercial space operators, that require flexible space-based sensing and data collection capabilities for operational missions.
Features
- Autonomous maneuverability enabling orbital assets to reposition dynamically in response to mission needs
- Distributed sensor network architecture supporting coordinated data collection across multiple nodes
- Reconfiguration capabilities that allow sensor arrays to adapt their geometry for different operational scenarios
- Platform design focused on operational readiness and practical deployment for space-based sensing missions