Specialist support through the highest-risk hours.
The first hours after separation decide the mission. OKAPI:Orbits helps you find your spacecraft, lock onto it, and execute the first safe maneuvers, with mission-critical orbit information delivered in hours, not the days or weeks public sources take.
LEOP allows no do-over.
One-shot phase
LEOP allows no do-over, and lost tracking is rarely recovered.
Rideshare complexity
Identifying your object in a crowded batch is hard.
Loss risk
As many as 20 to 30 percent of rideshare smallsats never reach sustained operations, per the OKAPI:Orbits LEOP whitepaper.
The work behind a safe first orbit.
Identify your spacecraft
Single out your object from the batch fast.
Establish and hold contact
Accurate early pointing so the ground station keeps the link.
Get a reliable early orbit
A trustworthy solution in hours, then kept current.
Execute the first maneuvers
Guidance and applied industry standards for safe initial burns.
From separation through nominal operations.
Collision avoidance
The operations platform for life after commissioning.
See how it worksMission design & compliance
For teams that also want to de-risk the design before they fly.
See how it worksOperational credibility, end to end.
End-to-end automation
From orbit prediction to collision avoidance.
Scalable
From single satellite to megaconstellation.
User-centric flexibility
GUI for operators and API for engineers.
Low risk, high reliability
Independently verified and continuously evolving.
Trusted worldwide by space agencies, defense organizations, and commercial operators across all orbital regimes.
Proof, from a launch team like yours.
Constellr's SkyBee-A01 achieved first contact within 3 hours of separation on a crowded Transporter rideshare.
Do not lose your satellite in the first hours.
Tell us your launch date and configuration, and we will show you how LEOP covers the first critical hours.