
Date
February 2026
Location
Silicon Valley, California, USA
EchoSensing Builds Strategic Partnerships at SmallSat Symposium 2026 in Silicon Valley
Nine strategic business meetings across five countries. Partnerships with Momentus, SSTL, and Space Inventor. Momentus CEO follow-up meeting in Seoul.
EchoSensing participated in SmallSat Symposium 2026, the world's premier small satellite business event held annually in Silicon Valley. Over four days, EchoSensing CEO Dr. Chul H. Jung held nine strategic business meetings with satellite companies, ground system developers, investors, and NewSpace enterprises from the United States, United Kingdom, Denmark, Germany, and France.
EchoSensing engaged with three satellite bus manufacturers: Momentus (USA) discussed the Vigoride platform and orbital transfer capabilities; SSTL (UK) shared their multi-band SAR experience across X, S, and C-band; Space Inventor (Denmark) presented their vertically integrated manufacturing approach.
At the symposium, CEO Dr. Chul H. Jung also met with Dr. John Lee — a former NASA senior executive who was recruited as the inaugural Director of Space & Aviation Missions at Korea's newly established space agency KASA, where he led the R&D foundation for the country's space program. They discussed the trajectory of Korea's space sector — noting increased government commitment, growing private-sector participation, and expanding global partnerships. It was a timely exchange that reinforced the environment EchoSensing is building for: running AI onboard SAR satellites to deliver Earth observation data faster, right from orbit.
Patrick Beatty of Beyond Earth Ventures reviewed EchoSensing's IR materials and offered guidance on business model positioning, investor communications, and US market entry strategy.
The connections made at SmallSat Symposium led directly to a significant follow-up: Momentus CEO John Rood visited Seoul in March 2026 for a strategic partnership meeting, where the two companies agreed on a concrete collaboration roadmap including joint satellite-sensor modeling.
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