Rogue designs satellite vehicles and subsystems to provide on-orbit services to satellite operators both now and well into the future.

Joined July 2020
172 Photos and videos
Beating the launch bottleneck: Launch capacity is the constraint everyone will feel as orbital compute scales: @SpaceX #AI1 is no exception.
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A payload is typically only ~25% of a full satellite's mass. Because Rogue launches the payload (OrBlock) and not the whole spacecraft, every kilogram to orbit goes toward compute that matters.
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We multiply effective launch throughput at exactly the moment demand is exploding, easing a bottleneck that's only going to grow. More compute on orbit, per launch, per dollar. #SpaceLogistics #AIinSpace #OrbitalDataCenters
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Orbital AI isn’t sci‑fi anymore. @SpaceX #AI1 is a lean power thermal bus wrapped around modular compute in space. Rogue is built for the next step: our Orbot OrBlock swap, update, & upgrade payloads on orbit, so AI in space keeps pace. #AIinSpace #OrbitalDataCenters
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Have a payload that needs orbit time? We get it there — fast. Rogue’s Orbital Test Platforms are a rapid path to flight: we integrate third-party payloads and put them on orbit on our test buses, so you get real flight data and heritage in months, not years.
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Speed to orbit is a national advantage. The faster the U.S. can fly, learn, and field, the harder our military and economic edge is to catch — and the closer we get to operations that sustain, not just visit. rogue.space/missions/
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Our next platform, OTP-2B, launches later this year — and it’s way more than just a bus. OTP-2B is built to host software development on orbit: a live environment to develop, test, & harden autonomy & mission software in the only place that truly counts — real flight.
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If you’ve been following along, all this work points toward Orbot. Orbot is the bigger architectural direction: on‑orbit RPOD fleets more serviceable, more upgradeable, & more operationally responsive over time.
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It’s the last kilometer that counts, & that’s Orbot’s specialty — it gets your package from the depot to the door (in space). For this, you need flexible edge compute capability, onboard software evolves, autonomy that holds up under real conditions, & repeated flight learning.
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That’s we have our Scalable Compute Platform (SCP): a flight‑proven, low‑SWaP compute layer that runs mission software — AI/ML inference, autonomy, mission logic, & data reduction — in a dedicated, updatable environment on orbit. OTP‑2B is our next step. rogue.space/scp/
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A lot of space companies talk about autonomy and software, but very few have flight heritage for their own software stack on orbit.
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Platforms like Rogue’s OTP‑2 and OTP‑2B are proving grounds for autonomy, mission logic, edge compute, and the operating patterns that have to work when the gap between data and action is too tight or contested for a human in the loop.
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That’s what “maneuver without regret” actually demands: software that senses, decides, and acts under real flight conditions, not just in a ground demo. We needed that capability, so we built it and put it on orbit. rogue.space/missions/
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It’s been a while since we’ve posted here, so let’s catch you up: Rogue Space Systems builds the infrastructure backbone & mission systems for high‑consequence, dynamic space operations. Sustained maneuver, on-orbit logistics, and the ability to act on orbit, not just observe
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Those dynamic space operations demand the ability to act on orbit, not just observe. We’ve already flown two Orbital Test Platforms (OTPs), with a third launching later this year, to harden that architecture in flight instead of in slides.
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Day 3 at #SmallSat2025 — Wrap-Up Too many spacecraft are still built like “wooden shoes” — rigid, single-purpose, and outdated before they fly. #Rogue builds agile, scalable platforms for multiple missions, payloads & markets. #RogueElement #SustainTheMission #BuiltForOrbit
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Day 2 at #SmallSat2025: From speed dating with Scotland’s space innovators to big-picture talks on in-orbit, exo-global, scale & agility Brent Abbott, Christian Murphy, & Jon Beam of Rogue with Colin Gray — who may just convince us to set up shop in Scotland 😉 #RogueElement
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Rogue Space's Day 1 at #SmallSat in Salt Lake! Christian Murphy & Brent Abbott meet with Chris Yuen of #Letara to explore propulsion hosting on our Orbital Test Platform. Booking payloads now for TWO June ’27 launches. #RogueElement #SustainTheMission #SmallSat2025 #BuiltForOrbit
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