Track any space object in LEO and pinpoint their precise position and trajectory in record time to ensure the protection of your assets with confidence.
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Ground observations are limited to Field-of-View and clear weather conditions.
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Objects < 10 cm may remain undetected in low visibility or adverse conditions.
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Delays due to coverage observation limitations & public data availability.
Identify the precise position and trajectory of space objects in near real-time, ensuring rapid and accurate orbital insights.
From satellites to smaller debris and uncooperative objects, track and monitor positions to safeguard your
Enhance the reliability of your existing observation systems with precise orbital data, filling critical gaps for comprehensive coverage.
OUR IMPACT
Delivering precise tracking and monitoring of orbital objects.
Reducing unnecessary maneuvers by improving conjunction predictions.
Providing high-accuracy orbital positioning and debris analysis.
Optimizing station-keeping and maneuver planning.
Supporting national security and space domain awareness with real-time orbital insights.
Operators get orbital data up to twice as fast from the moment of request.
Unnecessary maneuvers are reduced by up to 98.75%.
Increase the operational lifetime of your satellite fleet by almost a year.
ARCA Dynamics provides API-driven state vectors that can integrate with:
Our proprietary satellite constellation that uses optical and RF sensors with on-board AI processing to deliver real-time space surveillance data.
Our proprietary SMART system with dual optical sensors and on-board processing delivers targeted space object detection and data downlink.
ARCA Dynamics provides advanced Space Situational Awareness (SSA) and Space Surveillance and Tracking (SST) solutions. Our technology enhances orbital accuracy, reduces unnecessary maneuvers, and extends satellite operational lifetime, ensuring safer and more efficient space operations.
We offer high-precision orbital data and collision risk assessment tools that help satellite operators optimize maneuver planning, minimize false collision alarms, and extend the lifespan of their satellites, leading to significant cost savings and improved operational efficiency.
Improving orbital accuracy allows operators to better predict potential collisions, reducing the need for unnecessary maneuvers. By refining debris tracking and conjunction assessments, ARCA Dynamics helps reduce false alarms by up to 98.75%, preventing costly and fuel-consuming maneuvers that shorten satellite lifespan.
Poor space surveillance leads to unnecessary orbit adjustments that consume valuable fuel. By leveraging high-precision tracking and predictive analytics, ARCA Dynamics helps satellites stay operational for longer, reducing operational costs and maximizing their return on investment.