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.
https://t.co/Z1iodIw5Ln
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.
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
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.
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Too many spacecraft are still built like “wooden shoes” — rigid, single-purpose, and outdated before they fly.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
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
#RogueSpaceSystems just celebrated its fifth trip around the sun.
Because in space, adaptability isn’t optional—
It’s the difference between mission success and mission failure.
Join us as we expand the team powering the tech that will sustain missions and markets in orbit.
@Tumlleh@SwissMFA@UNOOSA We were honoured to have Daniel Porras - Director of Int’l, Government and Regulatory Affairs - be welcomed by Ambassador Lagos of Chile to discuss transparency and best-practices for space activities. Together, we can build a safe and sustainable space economy.
#RogueSpaceSystems has commissioned its second satellite OTP-2 (Orbital Test Platform 2) "Bat to the Future". The mission represents the next steps in Rogue's roadmap towards providing #InSpaceLogistics, proving key technology to support those future efforts.
#RogueSpaceSystems CEO Jon Beam participated in the ISAM/SML Working Group Panel at the 2025 State of the Space Industrial Base Conference in Albuquerque. #ISAM#SML
#RogueSpaceSystems CEO Jon Beam and R&D Director Catherine Collins had the pleasure of visiting fellow NH R&D company #Creare, in Hanover. Mark Zagarola and Rich Kaszeta were such gracious hosts and tour guides!
Jon Beam helping define the State of the Space Industrial Base!
Next week, #Rogue CEO Jon Beam will attend an important dual conference in Albuquerque, NM, including the 2025 #CONFERS General Assembly Meeting, followed by the 2025 State of the Space Industrial Base Conference.
Rogue Space secures a $1.25M award from SpaceWERX for its Orbot™ platform, aimed at creating "economic neighborhoods in space" through diverse logistical support for ISAM missions. Learn more at: https://t.co/FYxFV4V0lr
We hope that you attend this year’s CONFERS Global Satellite Servicing Forum & Exhibition. CONFERS VP and Rogue Space CEO Jon Beam, COO Brook Leonard and Chief Space Architect Barbara Plante, will all be key contributors https://t.co/iJhX81e24u.
Rogue is happy to announce our next mission. We will be the testing our mission operations and algorithms for In-Space Logistics services, requiring close-proximity maneuvering and docking. Thanks to our hosted payloads customers!
Read more at:https://t.co/3T8YsEmUIf
Rogue CEO Jon Beam recently attended the DOD Mentor Protégé Program Summit. It was a good opportunity to meet with government officials and Primes, discuss Small Business programs, and talk about Rogue Space Corporation’s growing capabilities as an in-space logistics provider!
Rogue Space has been selected by SpaceWERX, the innovation arm of the US Space Force, for a SBIR Phase II award, valued over $1M. This project will further our efforts towards characterization of Resident-Space-Objects (RSOs). Read more at: https://t.co/PV14Vgg8Mw