Applications of OKAPI:LEOP Support for First Contact

Ensuring Early Satellite Contact in Rideshare Missions
OKAPI:LEOP accelerates the time to first orbit determination (TLE/OEM) to just a few hours, ensuring rapid and reliable satellite identification even when public TLEs are unavailable.

Improving Mission Safety & Compliance
By screening against our space object catalog, we help operators minimize collision risks and enhance compliance with international space traffic management standards.

Flexible LEOP Support for Diverse Mission Needs
From cost-effective RF observation to full-service tracking and emergency response, our scalable service packages support operators at every stage of launch and early orbit operations.

Optimized Antenna Pointing & Ground Station Utilization
By providing highly accurate orbit data, we enable precise antenna pointing, reducing ground station idle time and improving operational efficiency.

Supporting First-Time & Experienced Operators Alike
Whether it’s a first-ever launch or a routine deployment, our advanced data fusion and tracking solutions ensure a smooth and successful LEOP.

For more information, visit www.okapiorbits.space.

Key Features of OKAPI:LEOP Support for First Contact

1. Rapid & Reliable Satellite Contact
Reduces time to first orbit determination (TLE/OEM) to just a few hours, ensuring early satellite identification.
Uses dedicated observation data for precise tracking, even when public TLEs are unavailable.

2. Advanced Tracking & Data Fusion
Leverages a global sensor network for highly accurate orbit determination.
Continuously refines tracking data using advanced data fusion techniques.

3. Enhanced Mission Safety & Compliance
Screens against a space object catalog to assess potential collision risks.
Supports regulatory compliance with evolving space traffic management standards.

4. Scalable & Flexible Service Packages
Lite: Cost-effective RF observation for operators relying on external TLEs.
Insurance: Small upfront premium with an option to upgrade to full service if needed.
Nominal: Comprehensive LEOP support with dedicated tracking and advanced data fusion.
Emergency: On-demand service for operators struggling to establish contact post-launch.

5. Optimized Ground Station Operations
Enables precise antenna pointing for faster and more reliable satellite communication.
Reduces ground station idle time by providing accurate orbit data as early as possible.

6. Tailored Solutions for Rideshare & SmallSat Missions
Designed specifically for missions where multiple satellites are inserted into the same orbit.
Ensures successful early contact even when pre-launch TLEs degrade.

7. Proven Performance & Industry Expertise
Built on extensive experience in space traffic management and satellite operations.
Trusted by commercial operators, government agencies, and research institutions.
OKAPI:LEOP Support for First Contact offers a comprehensive, scalable, and mission-critical solution to ensure successful early satellite operations.

For more details, visit www.okapiorbits.space.

Customization Options for OKAPI:LEOP Support for First Contact
Our service is designed to be flexible and adaptable to mission-specific needs.

We offer:
Custom Tracking Configurations: Tailored observation strategies based on mission parameters (included in standard packages).
Priority Data Processing: Accelerated orbit determination for time-sensitive missions (available at an additional cost).
Dedicated Sensor Network Access: Exclusive tracking with enhanced data resolution (premium customization).
Integration with Existing Ground Networks: Support for customer-defined ground stations and operational workflows (subject to feasibility and additional cost).
Mission-Specific Risk Analysis: Customized collision risk assessments based on deployment profiles (included in Nominal and Emergency packages).

For specific customization needs, contact us at [email protected].

We assisted Rapid Cubes GmbH and TU Berlin in locating and establishing contact with the OOV-Cube satellite. After initial failures, our advanced data fusion enabled precise orbit determination for reliable identification.

For the Arcturus mission, we supported Astranis Space Technologies, tracking the satellite from its Falcon Heavy release to its GEO orbital slot, marking the start of our SSA GEO services.

Most recently, during SpaceX Transporter-12 on January 14, 2025, we provided timely orbit determination, helping our customers establish early satellite contact despite the complexity of 131 payload deployments.