GalaxEye Loses Contact With Mission Drishti After Solar Storm

Bengaluru’s GalaxEye lost contact with its Mission Drishti satellite on July 7, 2026, after a geomagnetic solar storm hit the spacecraft during the final stage of its Launch and Early Orbit Phase. Recovery looks unlikely, and the startup’s answer is a fast pivot to in-house manufacturing plus two more OptoSAR satellites inside 24 months.

Mission Drishti lifted off on May 3, 2026 aboard a SpaceX Falcon 9 from Vandenberg Space Force Base in California. At 190 kg, the spacecraft was the heaviest private Indian satellite to reach orbit, per Forbes India. Two months of orbital testing had begun to validate the OptoSAR platform before the link broke.

Mission Drishti Falls Silent Over Bengaluru

GalaxEye disclosed the loss on Tuesday, more than two months after the spacecraft cleared launch. The contact failure was announced at the same time as the company’s pivot to in-house manufacturing, framing the loss as a milestone on the way to the next mission.

Drishti would have been only the 16th remote sensing satellite available to India, founder and CEO Suyash Singh had told the Times of India after launch. The OptoSAR concept combines optical and synthetic aperture radar on a single spacecraft. The mission was billed by GalaxEye as the world’s first commercial Earth observation satellite to fly both sensor types on one platform.

While the satellite experienced an anomaly following an extreme space weather event, the mission has provided invaluable engineering insights that will directly strengthen our future missions. Learning from the mission, we are accelerating our transition toward bringing a significant portion of our supply chain, manufacturing, and satellite development processes in-house, giving us visibility and control over the entire value chain.

That statement came from Suyash Singh, founder & CEO, GalaxEye, in the company’s July 7 update to the press. GalaxEye’s framing leaned on the partial validation the spacecraft had already pulled off. The collapse of the contact turns a successful test flight into a partial demonstration. The news lands in a week when Skyroot became India’s first space unicorn and Pixxel announced an AI satellite partnership.

What Hit the Final Stage of LEOP

The crash came during the final stage of Launch and Early Orbit Phase, or LEOP, when a new satellite is shaken down in space. Radiation effects associated with the storm likely affected a critical onboard system, GalaxEye said. The precise root cause is still being investigated.

Geomagnetic storms are a known threat to satellites in low Earth orbit, a point the agency explains in the satellite space weather explainer. Solar storms release bursts of charged particles that travel at high speeds. When those storms reach Earth, they can cause geomagnetic disturbances that disrupt satellite operations and damage spacecraft electronics. The 190 kg Drishti sat in an orbit ranging from roughly 160 km to 2,000 km above Earth, exposed to those particles for much of every 90 minutes. Investigators have not yet named the specific subsystem that failed first.

What Drishti Did Before the Silence

On what the satellite actually did before the link went down, GalaxEye’s update on July 7 was concrete. Drishti successfully established communication with ground stations after launch. It completed a substantial portion of its planned LEOP. The team ran critical deployment and attitude-control activities from the Mission Control Centre in Bengaluru.

• Established communication with ground stations after launch.
• Completed a major portion of the planned Launch and Early Orbit Phase.
• Executed critical deployment and attitude-control activities.
• Operated onboard computing and communications systems.
• Demonstrated GalaxEye’s fully in-house mission operations capability through its Bengaluru Mission Control Centre.

Those activities validated the kind of orbital testing a satellite like Drishti must clear before it can produce commercial Earth observation data. LEOP is where most failures on small-satellite missions historically show up. GalaxEye’s framing leaned on those partial successes rather than the final hours of silence.

The Bengaluru ground station operated as Mission Drishti’s nerve centre throughout the checkout. The crew there confirmed the communication link worked before the storm hit. The mission’s outcomes are feeding directly into GalaxEye’s next-generation spacecraft architecture, the company said. Engineers are folding the LEOP lessons into the supply chain and manufacturing pivot the company is racing to execute. The next two satellites are already being scoped around those rewrites.

Why GalaxEye Is Pulling Manufacturing In-House

GalaxEye’s response to the loss is a concrete restructuring of its operations. It is accelerating a move to bring a significant portion of its supply chain, manufacturing, and satellite development processes in-house, Singh said on July 7. The pivot changes how GalaxEye has built satellites since 2021.

The rationale, per Singh, is gaining visibility and control across the entire value chain. The longer-running context is laid out in GalaxEye’s 20-satellite constellation roadmap, a leadership interview published earlier this year. That interview also noted a 20-satellite constellation target by 2029.

GalaxEye plans to launch two more OptoSAR satellites within 24 months, the company said. The four target sectors for those missions are defence, agriculture, infrastructure, and disaster management, which the founders had also named for Drishti. Those markets all demand consistent all-weather imagery, which is what the OptoSAR fusion is built to deliver. The next missions are meant to make that pitch more than a one-shot demonstration.

The disaster-management overlap is the same vertical that frames how Earth observation satellites flag ground stability risks in other geographies. For the in-house pivot to pay off, GalaxEye needs that pattern repeated across customers in defence, agriculture, infrastructure, and disaster management.

Two More OptoSAR Satellites Within 24 Months

GalaxEye has settled on a recovery plan, and the company is not waiting out the loss. It will aim to launch two more OptoSAR satellites inside 24 months, with the next mission’s spec sheet already incorporating lessons from Drishti’s operational phase. The timetable accounts for the manufacturing pivot the company is now racing to execute. The reasoning is to follow the partial demonstration it pulled off in orbit with a routine, repeatable cadence.

Singh had previously framed Drishti as a technology demonstrator before expanding to a constellation of next-generation satellites. The expansion is still on the table. The order of operations is what has changed.

• 190 kg – Drishti’s launch mass, per The Hindu and the Economic Times.
• May 3, 2026 – launch date aboard a SpaceX Falcon 9 from Vandenberg, per the Economic Times.
• 16th remote sensing satellite – where Drishti would have ranked in India’s fleet, per Singh’s statement to the Times of India.
• $60 million – Skyroot’s funding round on May 7, 2026, that turned it into India’s first space unicorn, per Satellitetoday.
• 11.2% CAGR – projected for India’s spacetech segment through 2030, per Inc42.

Who Backs GalaxEye and What It Has Raised

GalaxEye was founded in 2021 by a team of five IIT Madras alumni: Singh, Denil Chawda (chief technology officer), Kishan Thakkar (vice president of engineering), Pranit Mehta, and Rakshit Bhatt. The startup designs and manufactures multi-sensor Earth observation satellites for defence, agriculture, infrastructure, and disaster management, and it operates from Bengaluru. About $27 million in total has been raised to date, per Inc42. Most of that figure sits in an extended Series A round that brought in about ₹44.2 crore (around $4.8 million) from existing backers. Investors named across rounds include Mela Ventures, Speciale Invest, Rainmatter, Mounttech Growth Fund, Anicut Capital, Navam Venture Fund, Faad Capital, LV Angel Fund, Eraya Capital, and earlier backers Infosys and ideaForge.

Capital structure aside, the team has stayed unusually small for a company that just lost its first satellite in orbit. The five founders remain the leadership team in public filings. The funding trail matters more in the year ahead than the round’s headline total.

The story GalaxEye tells investors is the same one the company told reporters on July 7. The setback has not changed the destination. Only the route has.

What Else Is Moving in India’s Spacetech This Week

India’s private spacetech sector had been on a strong run before this week’s news. The spacetech segment is expected to reach about $21 billion by 2030 at 11.2% CAGR from 2024, per Inc42. The week of July 7 featured both a setback and several other milestones for that trend.

Hyderabad-based Skyroot Aerospace became India’s first space unicorn on May 7, 2026 at a $1.1 billion pre-money valuation, after raising $60 million in a round co-led by Singapore’s sovereign wealth fund GIC and Sherpalo Ventures, the firm of American billionaire Ram Shriram. Skyroot’s maiden orbital mission, Mission Aagama, is targeted between July 12 and August 4, 2026, with the Vikram-1 rocket. Skyroot CEO Pawan Kumar Chandana said the round will scale Vikram-1 launch cadence and accelerate the development of Vikram-2. The Hyderabad company has raised roughly $160 million in total to date.

Pixxel, also Bengaluru-based, announced earlier this year a partnership with AI startup Sarvam to build India’s first orbital data centre satellite. Per India’s first orbital data centre satellite plan, the 200-kg Pathfinder satellite is targeted for Q4 2026. Sarvam’s full-stack language models will run on board, and the GPU compute layer will let the satellite process data in orbit rather than beaming raw imagery back to Earth.

Three companies, three bets on the same moment: hyperspectral imaging from orbit, orbital data centres, and an in-house manufacturing-driven small-satellite operator. The week underscored how crowded India’s private space sector has become. Skyroot’s Vikram-1 launch is targeted between July 12 and August 4, 2026, per Inc42.

Frequently Asked Questions

When did GalaxEye’s Mission Drishti lose contact?

GalaxEye announced on July 7, 2026 that contact had been lost with Mission Drishti. The news came more than two months after the satellite launched aboard a SpaceX Falcon 9.

What is OptoSAR and what makes Mission Drishti unusual?

OptoSAR is GalaxEye’s name for combining optical and synthetic aperture radar sensors on the same spacecraft, so the satellite can deliver imagery day and night, through clouds. Mission Drishti was the world’s first OptoSAR satellite, per the company.

What was Mission Drishti able to do before contact was lost?

Before the link went quiet, the satellite established communication with ground stations, completed a major portion of its Launch and Early Orbit Phase, ran deployment and attitude-control activities, and exercised the onboard computing and communications stack from its Bengaluru Mission Control Centre.

What is GalaxEye’s plan after the loss?

GalaxEye says it will accelerate in-house manufacturing and aim to launch two more OptoSAR satellites within 24 months. The next spacecraft are already being redesigned around the lessons from Drishti’s checkout phase.

Why does this setback matter for India’s broader spacetech sector?

Mission Drishti was the world’s first OptoSAR satellite and the heaviest private Indian satellite to reach orbit, per Forbes India. The loss lands in the same week when Skyroot Aerospace became India’s first space unicorn and Pixxel announced a Sarvam AI partnership for an orbital data centre satellite.