Oligo Space wants to compile a spacecraft.

There is a sentence on Oligo Space's website that, if you take it literally, describes the quiet demolition of an entire profession: "What once took teams of specialists and months of iteration can now be done programmatically in minutes." The subject of that sentence is a spacecraft. Not a landing page, not a spreadsheet - a spacecraft, the kind that goes to orbit and does not come back for repairs.

The traditional way to build one is roughly this: assemble a room full of very smart, very expensive people; give them a payload and a mission; let them argue about power budgets, thermal margins, and reaction wheels for the better part of a year; iterate; then hand the whole thing to a factory. Oligo's proposition is that most of that room can be replaced by software - a design engine called Zenith that treats "make me a spacecraft" as an optimization problem you can solve the way you'd solve any other constrained optimization problem, which is to say quickly, and in code.

The company is small - about 18 people - and headquartered in Hawthorne, California, which is a slightly cheeky place to start a space company, because Hawthorne is also where SpaceX lives. It was founded in 2024 by Jacob Rodriguez, who has an aerospace degree from MIT and a stint at NASA's Jet Propulsion Laboratory on his resume, and who, as a kid in Los Angeles, watched the Space Shuttle Endeavour get ferried over the freeway in 2012. That is a very on-brand origin story, and it happens to be true.

Figures per Oligo Space public materials and databases; the sub-eight-month and one-day claims are the company's own targets, not independently verified.

Treat the satellite bus like a solved problem

In the space economy, everyone loves the rocket. The rocket is loud and photogenic and lands itself now, so it gets the coverage. The unglamorous truth is that once launch costs collapsed, the bottleneck moved somewhere less cinematic: the spacecraft bus, the boxy platform that holds your payload, keeps it powered, points it at the right thing, and talks to the ground. Buses are custom, slow, and expensive. That is the middle of the sandwich, and it is where Oligo decided to plant its flag.

The pitch is "payload-centered." You bring the interesting part - a camera, a sensor, a science experiment, a comms package - and Oligo's software wraps a spacecraft around it. The platforms are ESPA-class, a standardized size that fits rideshare launches the way a carry-on fits an overhead bin. The clever bit is not the standardization, which is old news, but the speed: feed Zenith your constraints and it uses generative design, constraint solving, and physics-based optimization to synthesize a configuration in minutes. Then, and this is the part that keeps it honest, a real factory in Hawthorne builds it.

From requirement to orbit, in four moves

Two names to know: Zenith and Chimera

A seed round and a launch manifest

Oligo closed seed funding in May 2025. The publicly aggregated numbers are modest and, frankly, a little murky - databases list a total in the low six figures, which for a hardware company is best read as "early and lean" rather than a full picture. The more interesting signal is the cap table. When Kakao Ventures, Lux Capital, and Soma Capital all show up on a two-year-old spacecraft company, that is investors betting on the founder and the wedge, not the current revenue.

There is also the non-dilutive kind of validation: Oligo won an AI prize at the Imagination in Action summit - sharing a $25,000 award and picking up as much as $350,000 in cloud credits - and got into NVIDIA's Inception program. Cloud credits and GPU access are exactly what you want if your whole thesis is "we run a lot of optimization."

Two years, one launch manifest

If you have a payload and no patience

The near-term customer is anyone with something to put in orbit and no desire to build a spacecraft company to get it there: commercial payload developers, sensor and comms startups, research labs. Melagen Labs and Spacedock are the first named riders on Chimera-1. The longer arc is more ambitious and a little idealistic - Rodriguez talks about "any nation" being able to run its own spacecraft program, which reframes the product from a cost-saver into an access story. Democratization is a bigger market than efficiency, and it makes for a better recruiting pitch too.

Who else builds the bus

Oligo is not the only company that noticed the bus is the bottleneck. Apex Space, Astro Digital, Terran Orbital, York Space Systems and NanoAvionics all sell spacecraft platforms, and the big integrators build buses in-house. What Oligo is wagering is that speed - specifically software-defined, AI-driven design speed - is a durable advantage rather than a feature everyone eventually copies. That is the interesting open question. If "quote in a day, fly in eight months" holds up under the weight of real hardware and real launch schedules, it is a genuinely different way to buy a spacecraft. If it doesn't, it is a very good demo. The Chimera-1 flight is where the demo meets the launch pad.

Links, profiles & watch-list

Oligo Space had not published an official YouTube channel or product-demo video at the time of writing; the video link points to a live search so you can find interviews and coverage as they appear. Details reflect public sources and may be approximate.