It unifies the industry's most comprehensive real-time data for space situational awareness (SSA) with autonomous features and direct operator-to-operator coordination, all through one streamlined interface for improved orbital monitoring, collision avoidance, and mission support.

Thousands of satellites and millions of debris pieces currently traverse low Earth orbit (LEO), and tens of thousands of additional satellites are anticipated by 2030. This influx intensifies orbital congestion and heightens collision risks across every mission phase, from launch through decommissioning.

In response, Satcat Product Suite offers a single environment where space operators can manage both SSA and space traffic coordination (STC). It establishes a broad, publicly accessible repository of space object details to provide a clear picture of orbital traffic patterns and possible threats to operational fleets.

The platform further introduces an extensive business directory and operator-to-operator communication channels, encouraging transparency and instant collaboration. Additionally, AI/ML-enhanced domain awareness, orbit determination, sophisticated conjunction assessment, and autonomous collision avoidance help expedite decisions on maneuvers and bolster orbital safety.

"Kayhan has been providing critical space traffic coordination and collision avoidance services to many satellite operators since 2020," said Siamak Hesar, CEO and Co-Founder of Kayhan Space. "But as the congestion in the LEO environment has increased dramatically, we have started noticing critical shortcomings of siloed operational data sources required for making timely operational decisions. This is why we built Satcat - the largest space object data aggregation and intelligence exchange platform. By unifying Pathfinder's operational STC capabilities with Satcat's aggregated data architecture, we are delivering a truly comprehensive and all-in-one experience to satellite operators and space professionals that meet key U.S. and global best practices for space safety."

Satcat Product Suite sets a new standard for spaceflight management by combining advanced intelligence with the industry's first autonomous space traffic coordination system, boosting efficiency and collaboration throughout the sector. AI-driven tools deliver real-time insight, predictive analytics, and cohesive coordination for operators everywhere.

Business and Operator Directory - This extensive listing of satellite operators, manufacturers, agencies, and service providers is regularly updated and verified to identify major players in the space arena. "We invite all relevant businesses to go on our Satcat Product Suite and claim their page," said Araz Feyzi, CTO and Co-Founder of Kayhan Space. "Businesses will be allowed to modify the content of their directories for accuracy."

Largest Repository of Space Object Information - Pulling data from more than 12 public sources, the suite covers active and defunct satellites and space debris, surpassing 60,000 objects. Operators gain access to TLE comparisons, validation capabilities, 10-day visibility projections, multi-year historical data, and ephemerides, as well as channels for communication, conjunction risk assessment, and maneuver planning.

Real-Time Updates and Alerts - Operators receive robust data visualizations, space weather notifications, launch and decay statistics, and AI-generated intelligence reports, enabling proactive responses to changing conditions.

Asset Watchlists - Users can track specific satellites and space assets, set personalized notifications, and stay informed of developments relevant to their missions.

Spaceflight Safety Automation - Catalog screenings, collision risk assessments, and recommended maneuvers are automatically initiated. Advanced SSA functions carry out conjunction assessments, covariance modeling, orbit calculations, and real-time tracking via API or SDK. When needed, fully autonomous collision avoidance selects safe impulsive, low-thrust, or differential drag maneuvers.

Operator-to-Operator Coordination - The platform autonomously handles maneuver accountability and mitigation steps at the machine level, following user preferences and recognized industry guidelines. It also adds direct communication lines for operator coordination in real time.

Precise Orbit Determination - By applying rigorous modeling, realistic covariance tools, and inputs from multiple tracking sources, the system provides highly accurate orbit predictions, whether for individual satellites or sizable constellations, running on automated, scalable cloud frameworks.

Pricing Transparency - With this product release, Kayhan Space is publishing pricing details for two initial service levels. Customers can use the interactive tool on its website (www.kayhan.space/products/satcat) to access customized mission pricing information.

Related Links
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