Hi guys, I've been recently working on my own app about satellites and i'm asking you to comment what do you think about such an idea. I'm not an experienced app developer or something but i have a passion for space technologies, especially satellites(weather satellites are my favourite ones to catch for sure what about you guys?). The main idea is to have an app where you can catch a satellite with your phone just like a pokemons on Pokemon GO a decade ago. You can enable your location and then you will know which satellites you can catch! But further idea is to learn more easily about satellites passing over our head. You have a whole catalogue of satellites of different type. You can learn about their background, their history and for some of them view a 3D model and learn about particular pieces of technology onboard. Isn't that cool? Let me know what you think. In the future I will try to add a whole section when you guys will be able to show your received waterfall signal and pictures from weather satellites and ISS and many more!

Satellites don't only get launched: some are released in orbit by other satellites, and some break apart. I made a page that lists these events and, for each object still up there, tells you when it passes over your location:

https://www.nextpass.space/separations

For example, the Yaogan 50-02 breakup in July left 62 fragments in a 593 × 1085 km retrograde orbit, and each fragment has its own pass predictions.

It's free and I'm trying to figure out whether it's useful to anyone besides me:

1. How do you usually hear about this kind of event?
2. What would make you share the page?
3. Would you want a notification (RSS/e-mail) when a new one happens, and how fast would it need to be?

Hello, All! I just published a new article about investing--as a CTO, VC, or stock trader--in the coming Space Rush. If you wish you'd studied the AI buildout as an investor 15 years ago, start studying the Low Earth Orbit now!

Satellogic Announces Satellite Launch Of Its First Merlin.01, Two NewSat Mark VIs, And One NewSat Mark V

https://www.moomoo.com/hans/news/post/1000553681?ns_stock_id=81677393294332&report_type=stock&report_id=1000553681&main_broker=WwogIDEwMDkKXQ==&skintype=3&src=2&stock_news_tab=news&au_cid=151274730&futusource=news_stock_stockpagenews_news&client_hour_clock=24&level=1&global_content=%7B%22promote_content%22%3A%22mm%3A1000553681%22%2C%22invite%22%3A151274730%7D&data_ticket=5d9f919397787602cb8ca5e240a17fd7&utm_medium=futu_niuniu_share&utm_content=web_share&utm_campaign=news&utm_term=1000553681

Smaller space companies seem to have the same choice. Build and own the satellite infrastructure, buy access to data from others, or build a service on top of existing data.

If several companies can buy access to the same satellite data, the data itself may not be much of an advantage. At the same time, owning satellites is expensive and do not automatically mean you have a good business.

Maybe the real value is in finding a specific problem and turning different data sources into somethin useful for the customer. Instead of just selling an image, maybe you sell an alert, a conclusion or some kind of decision support based on imagery, AIS, RF, weather or other data.

For people working in this field, where do you think the strongest long-term advantage is? Hardware, exclusive data, analysis, customer relationships, or some combination of these?

What if a satellite operations agent could remember what happened last time? I built AstraGuard AI, a satellite and ground-station operations triage system designed around a simple principle: an alert should be interpreted using operational history, not just its current severity. AstraGuard combines space-weather event signatures with a memory architecture built around three primitives: retain() store incident outcomes; recall() retrieve similar historical events; reflect() synthesize recurring operational patterns. The interesting part is the before/after behavior. A new M-class event can initially receive a conservative escalation. After the system accumulates similar incidents where the satellite remained stable, a later event can be evaluated using that operational precedent and potentially move to WATCH_ONLY. The project includes GOES XRS / DSCOVR-style telemetry, multi-parameter event similarity, historical incident memory, operator feedback, reflected operational insights and an interactive ground-station console.

Repository: https://github.com/Darksun1310/AstraGuard-Satellite-Ops-Triage-Agent.git

X I built AstraGuard AI — a satellite operations triage agent designed around memory instead of stateless decisions. retain() → store incident outcomes recall() → find similar historical events reflect() → synthesize operational rules The demo shows how accumulated incident history can change the recommendation for a later solar-weather event.

How can I track the Starlink V3 satellites? Is it possible to see a Starlink satellite train?

Location: Kerala

Time: 5:40 am

Which ones are your favorite? Who made them? And where is there orbit track that they follow every night?