Exotrail's mission is to enable constellation operators to
optimize their launch scenario, boost their performance and
mitigate space debris. This is exactly the purpose of ExoOPS™, our
family of software developed for satellite operators, integrators,
space agencies and universities.
ExoOPS™ - Mission Design
ExoOPS™ - Mission Design is a SaaS product built to
design, simulate, and optimize space missions and
constellations. With ExoOPS™ - Mission Design, you can
easily design and optimize your constellation, study the
deployment of your satellites, tune up your satellites and
prepare for operations. Key features include:
Genetic optimization for constellation geometries
Constellation deployment strategy optimization
Fast parametric studies for quick trade-offs
State-of-the-art orbital simlulator for in-depth system
Improve your productivity
by running complex simulations in minutes — not in months
break the silos
between your teams
with multiple stakeholders through our simple and
intuitive graphical interface
with other software thanks to our
Rely on a
unique source of data
from design to operations
standardized, fast and efficient training
for all your teams
reduce your production and maintenance costs
regular updates based on user feedback
Design your constellation
Design your constellation from business constraints thanks to
our proprietary algorithms, including state-of-the art genetic
optimization. Compute key metrics over your areas of interest
and size your ground segment.
Generate a constellation geometry
Optimize your constellation geometry
Analyze the performances of your constellation
Simulate your constellation
Study the deployment of your satellites
Minimize the cost of inserting satellites into orbit and the
time it takes to generate your first revenues. Study your
Study orbital transfer maneuvers
Study orbit phasing maneuvers
Study RAAN phasing maneuvers
Study your deployment scenario
Optimize your deployment strategy
Tune up your satellites
Perform trade-offs on thousands of scenarios with our fast
parametric studies. Use our full-featured orbital simulator to
analyze your spacecraft in detail and understand the
interactions between its subsystems.
Optimize your maneuvering strategies
Design the power system of your satellite
Estimate the mean drag area of your satellite
Size your attitude control systems
Prepare for operations
Thoroughly analyze all phases of your satellite's life. Plan
station-keeping maneuvers and anticipate de-orbiting.
ExoOPS™ - Operations is our constellation operation software.
It puts flight dynamics expertise inside your
operation software and thereby drastically improves
the productivity and value of your flight dynamics and operations
ExoOPS™ - Operations is accessible with a
flexible Software as a Service model to limit
upfront investment. It can be deployed on the cloud or on premises,
in all case providing an optimal security and reliability.
- Operations is space-proven and has been
used successfully to
operate our in-orbit demonstration satellite.
Why choose ExoOPS™ -
Scale your constellation, not your operations costs
Spread your licence fees with our SaaS model
No large upfront investment
Bring flight dynamics expertise to your operators
Get a one screen dashboard to monitor your full
constellation. See quickly out-of-range values to get the
relevant alerts. Compare TM values with ground computed
statistical metrics over your meet.
Flight Dynamics Systems
Define your maneuvers easily with our flight dynamics
Engine. Automate their system execution taking into account
duty cycling, AOCS, power.
Train your employees and simulate scenarios before launching
Calculate your satellite location using raw positioning data
after each antenna pass. Generate accurate ephemeris
automatically shared with the ground station network.
Automated Station Keeping and Collision Avoidance
Define your operational constraints (orbit precision and
payload needs) to get your station keeping schedule.
Interface with third party SSA alert providers. Get access
to precise reports with suggested avoidance maneuvers.
Choose the level of automation you want and execute the