Satellite Imagery Helps Pierce through Fog of War in Ukraine

Before-and-after timestamped images from Spire show ADS-B signals from aircraft in Europe, on Feb. 23 vs. 24. Spire images shared with Payload.  
Before-and-after timestamped images from Spire show ADS-B signals from aircraft in Europe, on Feb. 23 vs. 24. Spire images shared with Payload.  

Last Wednesday, in the lead-up to Russia’s full-scale invasion of Ukraine, we wrote about how commercial satellite imagery laid bare the open secret of Moscow’s military mobilization. 

Satellite imagery has contributed to a growing corpus of open-source intelligence (OSINT) analysis, a vital asset helping to pierce through the fog of war. Newsrooms, analysts, and amateur sleuths have tapped satellite imagery to supplement social media posts, on-the-ground reporting, and word-of-mouth updates from the war, now in its fifth day. 

What can space-collected data tell us about the conflict?

A partial list: 

  • Troop movement 
  • Invasion into new territories
  • Continuity or disruption of critical infrastructure 
  • Flows of displaced peoples/refugees 
  • Military buildups in neighboring countries and the wider region 
  • Where commercial vessels and airliners are operating 

It’s just not just traditional satellite imagery that can play a part in OSINT analysis. 

As we noted last week, with synthetic aperture radar (SAR), “‘seeing’ through wintry conditions/cloud cover and following ground-level changes is no problem.” Spire’s radiofrequency sensors show maritime vessel movements and air traffic flows. Finally, GPS data from Google Maps has showed traffic jams that correspond with civilians evacuating from Kyiv and Russa military vehicle movement. 

Satellite-collected information can be used both as 1) a primary, straightforward source of information or 2) proxy, alternative data. 

  1. Charred airfields, cratered city suburbs, and armored column convoys tell an uncomplicated story about the conflict. And satellite imagery appears to show the destruction of AN-225 ‘Mirya’ (translation = dream), the largest plane in the world. Ukraine confirmed that Mirya was destroyed.
  2. Seen from space, the thermal readout of an energy plant wouldn’t be enough in and of itself to determine why it was still operational or offline. 

Industry dynamics

“The conflict in Ukraine and its global implications create an opportunity for the new Earth observation space companies to demonstrate their capabilities,” Cognitive Space CEO Scott Herman told SpaceNews. “You don’t get a better opportunity than this to show how remote sensing can support media storytelling and help with the general public’s understanding of a crisis like Ukraine.” 

  • It’s easier for established companies with predictable revenue streams to freely share information, he noted, versus upstarts that have yet to monetize their offerings.
  • We’d add that companies with larger LEO constellations and more rapid revisit rates are better equipped to readily share data/imagery. 

Takeaway: Joe Morrison, Umbra’s VP of product and friend of Payload, summed it up nicely via tweet: “Suddenly a couple billion people are really interested in satellite imagery and maps.”

Related Stories

UK, Portugal, and Spain Partner on New EO Constellation

The UK intends to join Spain, and Portugal to build a new small-sat constellation to improve climate change research and disaster monitoring.


North Korea Says It Successfully Launched Spy Sat

North Korea claimed on Wednesday that it successfully placed its first spy satellite in orbit, drawing a rebuke from the White House. 


Satellogic Wins NOAA License

Satellogic ($SATL) notched a big win in its quest to capture more American business opportunities with a new remote sensing license granted by NOAA.


Ursa Major Unveils SRM Business With Lynx

Space propulsion startup Ursa Major is getting into the solid rocket motor game.