Orbital intelligence at scale - giving satellites eyes, and a brain that keeps working when the ground goes quiet.
Right now, in a 2,600-square-foot manufacturing space in Northern Virginia, engineers at Scout Space are building small cameras with very large jobs. The work looks unremarkable: optics, circuit boards, lines of flight code. The stakes are not. Every object they help a spacecraft see is one less object it might hit at 17,500 miles per hour - the orbital equivalent of a fender bender, except the fender is a $300 million asset and there is no body shop.
Scout makes space domain awareness hardware and software: sensors that detect, track, and characterize what is in orbit, plus the onboard intelligence to act on what they find. In May 2026 the company closed an $18 million Series A. Its flagship sensor is manifested on a Blue Origin spacecraft. And it has a habit, unusual in aerospace, of shipping things on time.
For decades, knowing what was in orbit was a job done from the ground - giant radars and telescopes squinting upward, cataloging debris and satellites from thousands of miles below. That worked when orbit was sparse. It works poorly now. Mega-constellations launch by the dozen. Maneuverable spacecraft change orbits on purpose. And ground sensors, for all their power, see the sky on a delay and through an atmosphere.
The obvious fix - watch space from space - had an equally obvious catch. Putting a capable sensor on every satellite is expensive, and a sensor that has to phone home to Earth before it can react is not much faster than the telescope it replaced. The interesting problem was never just seeing. It was seeing, deciding, and acting, all in orbit, all without waiting for permission.
Eric Ingram and Sergio Gallucci started Scout in 2019 with a thesis that sounded almost too tidy: orbit needed its own sensing layer, owned by no single operator and useful to all of them. Ingram - a physicist who sat on Virginia's Commercial Space Flight Authority - had watched satellite operators fly without good situational data and decided that was a product, not a fact of life.
Then they did the thing aerospace startups rarely do: they hit the date. Scout took a commercial space-based situational awareness system from concept to orbit in under nine months, deploying its first SCOUT-Vision payload on June 30, 2021 aboard an Orbit Fab tanker. The company has since handed the wheel to its engineers - Josiah Gruber, formerly chief technology officer, now runs it as CEO.
Scout's two flagship sensors are named, fittingly, after birds. Owl is the long-range one: an electro-optical and infrared sensor built to stare across LEO, GEO, and even lunar distances. Sparrow is the close-up specialist - a compact, low size-weight-and-power optical system tuned for rendezvous and proximity operations, the delicate work of one spacecraft inspecting or docking with another.
The sensors are only half the story. Scout's mission autonomy software, developed with the U.S. Space Force, lets a spacecraft navigate, coordinate, and inspect on its own - even with no link to the ground. Its edge processing puts that intelligence directly on satellite hardware, so decisions happen in orbit instead of in a queue. And a mission design platform lets operators rehearse the whole thing in simulation before anything leaves the launch pad.
Long-range electro-optical & infrared SDA sensor for LEO, GEO, and lunar missions. The far-seeing flagship.
Low-SWAP optical system for close-range rendezvous & proximity operations. Small, light, nosy.
Co-built with the U.S. Space Force. Navigate, coordinate, inspect - no ground link required.
Scout's flight software, integrated onto your hardware. The thinking moves into orbit.
Eric Ingram and Sergio Gallucci found Scout in Virginia on a single idea: orbit needs its own sensing layer.
First SCOUT-Vision payload reaches orbit aboard an Orbit Fab tanker - concept to space in under nine months.
Signs a space situational awareness data-sharing agreement with U.S. Space Command.
Wins multiple U.S. Space Force TACFI contracts for GEO sensors and on-board data processing.
Flies the "Morning Sparrow" sensor on Dawn Aerospace's Aurora spaceplane - Mach 1.03 at ~67,000 ft.
Closes an $18M Series A led by Washington Harbour Partners; Owl manifested on Blue Origin's Blue Ring.
Skeptics of any space startup ask the same fair question: has it actually flown? Scout's answer is a list. It has a data-sharing agreement with U.S. Space Command. It has won multiple U.S. Space Force Tactical Funding Increase contracts. In August 2025 it flew a sensor on Dawn Aerospace's runway-launched Aurora spaceplane, hitting Mach 1.03 - the first commercial operator to do so, with an option for up to 30 more flights toward a tactically responsive very-low-Earth-orbit capability.
Its highest-profile vote of confidence comes from Blue Origin, which selected the Owl sensor for the inaugural mission of Blue Ring, a maneuverable multi-mission spacecraft built to host payloads across GEO and beyond. The $18M Series A - led by Washington Harbour Partners with VIPC, Noblis Ventures, Decisive Point, and Fusion Fund - funds the missions and the Northern Virginia factory to build at scale.
Scout's stated mission is plain: enable customers to perform complex missions and avoid threats using onboard sensing, processing, and autonomous decision making. Underneath the plainness is an ambition. If enough spacecraft carry Scout's eyes and run Scout's brain, orbit stops being a place you fly through hoping for the best. It becomes a place you can actually see - shared, mapped, and managed, the way air traffic eventually got managed once enough planes filled the sky.
That serves two crowds at once. Commercial operators get collision avoidance and the confidence to fly closer, do more, and service their assets on orbit. Defense customers get something blunter: the ability to know what is maneuvering near their satellites, and to know it fast. Scout sells to both - hardware, software, and mission design - and treats the line between them as a market, not a wall.
The sensors are named after birds. Owl sees far; Sparrow sees close. No word yet on a hawk.
The CEO was the CTO first. At Scout, the engineer got the corner office.
Space hardware, built inside the Beltway - Reston, not the Mojave.
Scout flew a sensor off a normal runway in New Zealand before that platform ever reached orbit.
The number of satellites overhead is not going down. Constellations will keep launching, orbits will keep getting busier, and the maneuvering - some of it friendly, some of it not - will keep increasing. In that world, the ability to see and decide in orbit stops being a luxury feature and starts being infrastructure, as ordinary and as essential as the radar that quietly runs every airport.
Go back to that workshop in Northern Virginia, where small cameras with large jobs are coming together on the bench. A few years ago those satellites overhead were flying half-blind. Now a growing number of them carry eyes that see across orbits and a brain that acts without waiting for the ground. The sky is still crowded. It is just no longer dark.
Watch: Dawn Aerospace & Scout Space record the first SDA test flight for the Aurora suborbital spaceplane - YouTube demo ↗. More product video lives on Scout's website.