EventHorizonLogo_Light

 

Event Horizon is a browser-native mission visualization platform designed for space operators, engineers, and even technical marketing teams focused on delivering an immersive and dynamic solution to showcase mission plans, highlight achievements and celebrate mission milestones. Event Horizon lets mission design teams easily convey their visions, plans, and achievements to a much broader audience!

 

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Meet Event Horizon

Complex mission designs and unique trajectories can be challenging to demonstrate, but Event Horizon was built with this in mind.  Thanks to its native support of unique coordinate frames and reference systems, engineers can easily use Event Horizon to bring their mission to life and take advantage of its immersive visualization and playback features.  

 

 

 

Tell Your Mission's Story

Built from the ground up to accommodate flexibility in how mission data can be introduced and visualized, Event Horizon’s front end provides a work-flow driven experience for users to introduce their space domain objects, control appearance, and highlight mission milestones for audiences to better understand the mission’s goal, challenges, and accomplishments.

  • Interactive 3D Visualization
  • Web-Native Solution
  • Space Object Catalogs
  • Import From Trajectory/Ephemeris/Attitude Data
  • Supports Object Covariance/Uncertainty 
  • Flexible Time Controls For Playback
  • User-Created Notecards Highlight Mission Milestones
  • Ingest Realtime Telemetry for Realtime Support


Immersive Visualization

Event Horizon’s physics-accurate 3D visualization framework allows mission designs to be easily understood and conveyed right from a web browser.  Support for complex trajectories is also a key feature, such as representing spacecraft trajectory in fixed or inertial frames to help visualize and understand missions in intuitive ways, necessary for users to more easily understand an object’s historical or future paths. 

 

Flexible / Deployable

Event Horizon’s web-first format means it can be hosted anywhere.  Whether the intent is for an on-prem instance for your organization’s own use, or publicly hosted for a global reach bringing awareness of your missions, systems, and accomplishments to the general public, Event Horizon’s framework makes this possible.  Additionally, a fully documented API backend allows for customization and integration with your own tools, workflows, and data.

 Event Horizon API Documentation 

 

EventHorizonAPI

 

 


Example Missions

EH_Artemis

Artemis II Crewed Lunar Flyby Mission

2026, Cislunar Space  
Artemis II builds on the success of the uncrewed Artemis I in 2022, & demonstrated a broad range of capabilities needed in deep space.
EH_GEOSDA

GEO Space Domain Awarenss March 2026

2026, Rendezvous Operations
Countries: China and USA
Satellites: SJ 29A and SJ 29B with USA 324 and USA 325
Closest Approach Approximately 63 km
EH_leorpo

LEO Rendezvous & Proximity Operations

2026, LEO Proximity Operations
Countries: Russia
Satellites: COSMOS 2581, COSMOS 2582, COSMOS 2583 and Object F
Closest Approach Approximately 3 m
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Collision Avoidance Training Exercise

Simulated 2024, Orbital Environment
 
Physics-based simulation training mission operators to detect, assess, and respond to conjunction threats in contested space environments.
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Tag Team GEO Space Domain Awareness

2023, Real Event
 
Collaborative space domain awareness exercise tracking GEO objects with multi-sensor integration and real-time threat assessment capabilities in Event Horizon.
event-testimonial-pic

Tag Team GEO Space Domain Awareness

Simulated Event
 
Collaborative simulation demonstrating multi-sensor tracking and custody maintenance of geosynchronous objects using integrated space domain awareness workflows.
EH_July2026GEOSDA

GEO SDA: July 2026

July 2026, Rendezvous Operations
Countries: Russia and USA
Satellites: COSMOS 2589, USA 271, USA 325. June to July 2026 Rendezvous and Proximity Operations.
EH_simBreakup

LEO Collision and Debris Event

Simulated Event
This simulation illustrates a collision between two objects in Low Earth Orbit (LEO) and the resulting distribution of orbital debris.
EH_training_planechange

Training: Satellite Maneuvers

Training: Inclination Changes
Example of Content from the LaunchPad's TrainingPlatform. Simulating the differences between different maneuver directions
event-testimonial-pic

Collision Avoidance Training Exercise

Simulated 2024, Orbital Environment
 
Physics-based simulation training mission operators to detect, assess, and respond to conjunction threats in contested space environments.
event-testimonial-pic

Tag Team GEO Space Domain Awareness

2023, Real Event
 
Collaborative space domain awareness exercise tracking GEO objects with multi-sensor integration and real-time threat assessment capabilities in Event Horizon.
event-testimonial-pic

Tag Team GEO Space Domain Awareness

Simulated Event
 
Collaborative simulation demonstrating multi-sensor tracking and custody maintenance of geosynchronous objects using integrated space domain awareness workflows.

Get Started...

You can try Event Horizon for yourself today!  Sign up for an account, create objects, and author missions that you can share with others!


Questions?

Reach out!  We can help recommend the right product configuration and get you up and running quickly!