The Finnish Startup Making the Invisible Visible in Earth’s Orbit

Satellite operators face an invisible threat every day. Only about 40,000 of the estimated 100 million-plus debris objects circling Earth are tracked, and over 10,000 near-misses between satellites and untracked debris happen each month . Most of what goes unseen sits in the 1–10 cm range — large enough to shatter a satellite on impact, but too small for the commercial radar and optical networks that reliably track objects only down to about 10 cm .

A Finnish spinout thinks it can close that gap. Aavuus, founded in 2025 by Joonas Jokela, Jouni Peltoniemi, and Brian Dunne and spun out of the Finnish Geospatial Research Institute, has raised an undisclosed Pre-Seed round led by Maki.vc to build a global network of ground‑based laser stations designed to detect debris as small as 1 cm .

The 1–10 cm debris blind spot

For a satellite traveling at roughly 7–8 km/s in Low Earth Orbit, a 1 cm fragment packs the kinetic energy of a hand grenade. Collisions at those speeds don't just dent a satellite — they can destroy it instantly, creating thousands of new fragments that fuel the cascading chain reaction known as Kessler Syndrome .

The problem is that current commercial Space Situational Awareness systems leave a dangerous gap. Radars and optical telescopes operated by the U.S. Space Surveillance Network and commercial providers pick up objects larger than about 10 cm consistently, but smaller debris — between 1 cm and 10 cm — falls into a surveillance blind spot . An estimated 1 million objects larger than 1 cm are in orbit, yet almost none are tracked with the positional accuracy required for reliable collision avoidance .

Aavuus calls its mission simple: "make the invisible visible" . Its laser‑based approach aims to detect those mid‑sized fragments, deliver high‑fidelity position and trajectory data, and eventually characterize material properties — giving satellite operators the information they need to decide whether to execute a costly avoidance maneuver or stay on course .

What Aavuus is building with the Pre-Seed funding

Aavuus is not launching satellites. Instead, it is building a global network of ground‑based laser stations that actively illuminate objects in orbit, measuring their range, position, and movement with far greater precision than conventional passive optical systems .

Key areas where the Pre‑Seed funding will be deployed:

• Station deployment. Rolling out the first laser‑tracking ground stations and validating the network's detection performance on objects smaller than 10 cm.
• Detection capability down to 1 cm. Scaling the system to reliably find, track, and report on debris as small as 1 cm — an order of magnitude improvement over typical commercial baselines .
• Data products for collision avoidance. Providing satellite operators, Space Situational Awareness firms, launch providers, and defense organizations with timely, accurate, and affordable debris‑tracking data, enabling smarter risk assessments, fewer unnecessary maneuvers, and better protection for orbital assets .

Aavuus positions its service as foundational infrastructure for space traffic management — analogous to building the traffic lights for orbit . The company emerged from European Space Agency BIC Finland and won the Technology 25 startup competition in Helsinki, underscoring the deep‑tech pedigree behind the commercial venture .

Why a laser network now

Laser ranging to satellites is a proven scientific technique; Aavuus's innovation lies in industrialising it for high‑volume, low‑cost debris tracking . By using active laser illumination, the system can generate faster and more precise orbital solutions than passive optical or radar‑only methods, particularly for small, dim objects that slip through existing sensor nets .

With LEO constellations growing by thousands of satellites per year and insurers increasingly pricing collision risk into premiums, demand for actionable data on small debris is climbing — even if that data only confirms that a close pass was safe . Aavuus's approach could reduce the guesswork that forces operators to burn fuel on precautionary maneuvers when the threat was never real.

The Pre‑Seed raise from Maki.vc, a Helsinki‑based fund known for backing early‑stage deep‑tech companies, gives Aavuus the runway to build out its initial stations and prove that 1 cm‑class debris can be tracked operationally from the ground . If successful, the company will deliver a data layer that the space economy currently lacks, turning invisible risks into visible, manageable ones.