Harnessing the power of the universe was never going to be easy

Our story

Our story

Exponential data growth. Fragmented tooling. Lack of standardization. Manual data handling. Sound familiar?

Tired of wishing for something better, we built the ultimate framework for space data management.

Tilebox is a company founded by software and data engineers who want to help in-house teams succeed.

Our mission

Our mission

A lot of companies champion the power of data. But that power is unleashed by developers, analysts, and data scientists. Our mission is to champion the people that make data intelligent, relevant, actionable.

We want to be the Solar System’s #1 developer tool.

Tilebox is designed to help you stay focused on mission design and output, reducing time and money spent rewriting system architecture for every new release or change. And as space-based technologies evolve, Tilebox will be your tool to architect the future of what’s possible.

Leadership

Our team has shaped a culture of collaboration that nurtures curiosity, creativity, and respect. We each take responsibility for maintaining an inclusive and supportive environment that enables our team to do their best work.

Laura Costa

Co-Founder

Laura Costa

Co-Founder

Laura Costa

Co-Founder

Stefan Amberger

Co-Founder

Stefan Amberger

Co-Founder

Stefan Amberger

Co-Founder

Lukas Bindreiter

Software Engineering

Lukas Bindreiter

Software Engineering

Lukas Bindreiter

Software Engineering

Corentin Musard

Software Engineering

Corentin Musard

Software Engineering

Corentin Musard

Software Engineering

Thomas VanMatre

Advisor

Thomas VanMatre

Advisor

Thomas VanMatre

Advisor

Megan Van Patten

Marketing and Communications

Megan Van Patten

Marketing and Communications

Megan Van Patten

Marketing and Communications

Our people

Our people

Humanity’s ability to learn from remote sensing data hinges on the ability of developers to process it.

We are a group of experienced space sector professionals committed to resolving data pipeline bottlenecks and refining processing methods to support exponential growth and application of space data.

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