kurio is building the mobility layer for space.

As access to orbit becomes faster and more affordable, satellites are scaling rapidly in number and capability. Yet one constraint remains largely unchanged — most satellites still carry their own propulsion, limiting payload capacity, increasing complexity, and shortening operational life.

kurio is rethinking this from first principles.

We are developing high-performance high-efficiency propulsion systems and deploying them through a new class of long-duration service satellites. This enables satellites to move, adapt, and operate more efficiently — without being constrained by onboard propulsion systems.

Our approach is focused on simplicity, reliability, and speed of execution, leveraging cutting edge engineering tools and a systems-level view of how space infrastructure will evolve over the next decade.

We are currently working toward initial propulsion validation and early-stage deployment capabilities, with an emphasis on building real systems and generating real-world data.

kurio is positioned at the intersection of space infrastructure, mobility, and long-duration operations — addressing a critical gap as the space economy continues to expand rapidly.

We are currently expanding our team and raising funds. Reach out to us if this interests you.

kurio

Org chart

Teams

Offices

kurio

Org chart

Teams

Offices

Related companies