For over a decade, Orbit Logic has developed and deployed advanced mission planning and scheduling solutions. Orbit Logic’s operationally proven COTS products - STK Scheduler, Collection Planning & Analysis Workstation (CPAW), Collection Feasibility Tool (CFT), UAV Planner, and Sibyl Satellite Tasking mobile app - demonstrate Orbit Logic’s expertise in aerospace planning and scheduling across a variety of platforms and domains.
In all of its mobile, web, and desktop scheduling applications Orbit Logic provides the following capabilities for any size scheduling problem:
- Configurable systems, constraints, and goals
- High performance algorithms
- Deconflicted plans
- Map visualization and animation
- Flexible process flows and automation
Collection Planning and Analysis Workstation »
Maximize the quantity and value of imagery collected by your imaging satellites by integrating Orbit Logic's CPAW couples high fidelity spacecraft modeling with multiple advanced scheduling algorithms and a user-friendly interface to generate optimized collection plans for one or more synthetic-aperature RADAR (SAR) or electro-optical (EO) satellites.
Collection Feasibility Tool »
Orbit Logic’s Collection Feasibility Tool™ (CFT) provides web-based feasibility determination. CCFT estimates collection timelines for imagery customers, imagery resellers and satellite operator customer service personnel.
STK Scheduler »
STK Scheduler™ provides flexible resource modeling, configurable constraint implementation, and task definition for any type of scheduling challenge.
Sibyl Mobile App »
In the field, with limited network connectivity, imagery customers can use Sibyl™ from Android devices to select areas for imaging, browse through satellite imaging opportunities, request satellite tasking, and check the status of requested images.
UAV Planner »
UAV Planner™ is an advanced planning and scheduling application that provides automated route planning and sensor tasking for unmanned aerial vehicles. UAV Planner™ allows operators, designers, and engineers to model their UAV systems and perform operational scheduling and analysis using