Space, without your own satellite. Explore the Mission Finder →

PLATFORM PREVIEW

Space, without the launch.

Book existing satellite capacity for your task. Run software, capture data and get results back on Earth.

Choose a satellite. Find your next mission.
Interactive concept · illustrative satellites

Solution

One platform. Your mission.

Book a satellite — or a fleet — in a few clicks.
Choose your task, compare compatible capacity and plan when it should run. The operator approves the workload and returns your results.

Onboard compute

Compare model versions, measure inference performance and define the data you need back.

Earth observation

Choose sensors, coverage and a suitable acquisition window for your research or application.

RF experiments

Define compatible frequencies, protocols and contact windows for an operator-reviewed test.

Mission plan showing a task matched with compatible satellite capacity.
Observation plan with an area of interest, sensor requirements and image delivery.
Radio experiment showing contact opportunities and measurements to collect.

MISSION EXAMPLES

A task. A satellite.
A result you can use.

See what a team could book, what it would receive, and how a shared pilot could compare with a dedicated mission.

Two models. One orbital test.
ONBOARD AI

Two models. One orbital test.

Compare a new AI model with your existing version on the same satellite images.

€30,000 example pilot budget7 days execution target after approval
Explore the mission
Prove the software before the satellite.
SOFTWARE VALIDATION

Prove the software before the satellite.

Validate a software package on target payload hardware before committing to a dedicated mission.

€18,000 example pilot budget14 days execution target after approval
Explore the mission
Test the protocol. Use an existing orbit.
RADIO TEST CAMPAIGN

Test the protocol. Use an existing orbit.

Compare receiver software across a defined set of satellite contacts with compatible ground devices.

€25,000 example pilot budget21 days campaign target after approval
Explore the mission

Illustrative scenarios, not completed customer projects. Budgets and schedules are planning assumptions, not quotes or guaranteed delivery times.

ONE CONNECTED WORKFLOW

Your mission, connected.

From your brief to compatible satellite capacity. One place to plan the workload, execution window and data you need back.

Book your satellite in three minutes.

Choose a task, find compatible capacity and prepare your mission brief. Execution follows operator approval.

  • Define the task and the required outputs.

    Define

    Tell us what you want to test, your timing and your budget.

  • Compare suitable satellite resources.

    Match

    Compare hardware, sensor and contact requirements.

  • Review compatibility with the operator.

    Review

    Confirm compatibility and scope with the operator.

  • Receive the agreed result files.

    Run

    Agree an execution window and a results package.

A defined scope.

Specify workloads, data access and success criteria before a mission.

Managed coordination.

Bring compute, sensor access and downlink into one mission brief.

Measurable results.

Define the logs, observations and metrics that answer your question.

APPLICATIONS

Your software. A whole new environment.

Start with a specific test. Find the infrastructure that can make it possible.

Illustrative model comparison: runtime, memory and data volume.

Compare model versions in orbit

Compare two model versions on approved input data. Measure accuracy, runtime, memory and returned data volume.

Payload compatibility manifest for a software validation task.

Validate on target hardware

Validate your software against a target processor, runtime and sensor interface before a dedicated mission.

Illustrative satellite contact campaign with receiver-side measurements.

Test a satellite IoT protocol

Plan a repeatable campaign with compatible devices and an approved radio payload. Define contact logs and performance metrics.

Isolated software test showing link interruption scenarios and measured outputs.

Measure resilience under real constraints

Evaluate encryption or authentication in an isolated payload environment. Measure resource use and behavior during interrupted links.

MISSION FINDER

Find capacity around your mission.

Describe your goal, or compare sample resources yourself. Confirm compatibility before committing to a mission.

MISSION REQUIREMENTS

Built around your requirements

Hardware, interfaces, timing and results — considered together.

Define the mission requirements.

Defined scope

Specify the workload, inputs, resource budget and expected outputs.

Confirm operator approval.

Operator approval

Spacecraft control stays with the operator. Only approved payload interfaces are in scope.

Agree repeatable results and deliverables.

Repeatable tests

Agree a baseline and comparable measurements for each software version.

FAQs

Questions? Answers.

What you can plan, what needs review, and how to get started.

No. The concept is to use compatible capacity aboard existing satellites. Availability depends on the payload, operator and mission requirements.

Start with onboard AI evaluation, software validation, Earth observation or scoped radio experiments. The Mission Finder helps turn these goals into a mission brief.

No. Processor architecture, runtime, power, memory, sensor access, data rights and isolation requirements all need review. A suggested match is not an operator approval.

The preview shows illustrative prices per compute minute, image scene or radio experiment minute. Final pricing would depend on integration, scheduling, data rights and downlink.

This is an interactive product preview. You can explore sample capacity, create a plan and download a brief. Operators, payments and live bookings are not connected.

Your next idea. In orbit.

Start with a mission. Explore what existing satellites could make possible.