Today we closed a $90 million Series A and a $94 million U.S. Space Force contract to scale the next-generation of optical infrastructure for space.
Read our official announcement here: https://t.co/SQv3gHB69a
Our CDK1000 capturing the Topsy Turvy Galaxy.
The Topsy Turvy Galaxy is a cosmic oddity where stars and gas whirl in chaotic, misaligned orbits, defying the spinning disks seen in typical galaxies. A true celestial showstopper that’s on everyone’s radar.
Just plug it in and observe. Our fully automated, weatherized space observation platform was at this week’s @amoscon in Maui, tracking objects within minutes of setup, even through passing clouds. Thanks to @COMSPOC for hosting!
🚀 Shoutout to @PWInstruments for their nomination in Coolest Thing Made in Michigan 2025 with the PF1000 system.
The PF1000 pairs seamlessly with OurSky software to unlock autonomous, real-time tracking across our platform. Exciting to see Michigan-built hardware making waves in space tech.
#CoolestThingMadeInMI
Rare Interstellar Visitor Spotted! Meet 3I/ATLAS: captured using our CDK24 system in Chile. Tracked by multiple @PWInstruments telescopes across the @OurSkyAI network, showcasing the reach of our integrated systems.
🔭 CDK24 (Chile) + RC700 (Virginia)
#3IATLAS#AstronomyNews
💫 A newly discovered interstellar object was first spotted by the ATLAS sky survey, and soon after, the neighboring OurSky telescope network picked it up too.
Take a look! 👇
#InterstellarObject#Telescope#OurSky#OurSkyNetwork
Check out @ESA’s Proba-3 and its coronagraph autonomously flying in formation 150m apart👀
These images were taken fully automatically by the OurSky network.
If you're using the #OurSky network, we want to see what you're tracking 🏷️be sure to tag us!
Our latest analysis using SSA suite, our commercially available SSA platform, indicates that the Chinese satellite SHIJIAN-25 (SJ-25) continues its steady drift towards SHIJIAN-21 (SJ-21) at approximately 1.5 degrees per day. According to today's state update, their closest approach (~53 km) will happen on 11 Jun at ~01:16:00 UTC—less than 7 hours from now.
The exact intent of these maneuvers is currently unknown. Publicly available information shows SJ-21 previously used significant fuel in 2022 when moving the satellite BEIDOU-2 from GEO to a graveyard orbit. SJ-25, meanwhile, has been described in open sources as having potential refueling capabilities. This raises the possibility that SJ-25 might be preparing for an on-orbit refueling demonstration or servicing operation with SJ-21. For this RPO to occur, we anticipate another stopping maneuver by SJ-25 to match SJ-21 orbit; otherwise, SJ-25 will only fly by SJ-21 without refueling.
Although SJ-21's mission is publicly described as an experiment focused on space debris removal, the international space community has expressed concerns about its potential dual-use capabilities. Consequently, any activities aimed at extending its operational life—such as refueling—are of significant interest.
COMSPOC is closely tracking this situation through our SSA software's data fusion capabilities, and collaborative efforts with our data providers @OurskyAI and @ObservableSpace.
We'll continue to update as new information becomes available—stay tuned!
Real-time tracking powered by our autonomous observation software. Our platform drives @ObservableSpace missions, making critical insights like this possible for partners across the space domain. Great work by @COMSPOC_OPS.
Our Co-Founder & CEO, Dan Roelker, is speaking at Wharton Startup Week on the Deep Tech Panel, discussing cutting-edge innovations shaping the future!
📅 March 21 9:10–10:00 AM EST
📍 Wharton Startup Week
https://t.co/xkHXUm8AOw
🌟 If you haven't heard yet, PlaneWave Instruments and @OurSkyAI are now part of Observable Space!
Each brand will continue to operate as its own entity while working together to drive innovation in astronomy and beyond. Learn more at https://t.co/zP3pjmLr7h.
We're proud to have aided @astroforge in their Odin mission! Using their trajectory data, the @OurSkyAI telescope network imaged the Odin spacecraft. We generated detailed magnitude plots that offered insights into the mission's progress. Check out the summary!
🔭 Watch @WIRED's exclusive feature: https://t.co/B8SrrFF06Q
We’re redefining what’s possible in space observation—seamlessly integrating hardware and software to unlock new discoveries and expand access like never before.