GalaxEye

Core positioning of the OptoSAR (SAR+optical) fused-sensor approach.

Co-located SAR and multispectral sensors avoid the need for separate data-fusion post-processing.

Positions the product as moving Earth observation from a promise to dependable infrastructure.

Named as an application area for Mission Drishti's fused SAR+optical imagery.

Named as an application area for Mission Drishti's fused SAR+optical imagery.

Named as an application area for Mission Drishti's fused SAR+optical imagery.

Positioned as a standardized data foundation for third parties to build solutions on top of.

Sign-up channel offering early dataset access ahead of general availability.

Direct inquiry channel tied to the Mission Drishti launch page.

GalaxEye's ground segment supports spacecraft command and control, telemetry and tracking (TT&C), mission planning, and data downlink for Mission Drishti.

Following the early-orbit phase, GalaxEye runs day-to-day satellite operations: imaging tasking, spacecraft monitoring, and data reception scheduling.

Mission Drishti launched as a rideshare payload on SpaceX's Falcon 9, on the CAS500-2 mission.

Sept 2022 MoU to build the world's first satellite combining SAR and optical sensors on one platform; Antaris provided the SaaS platform, Ananth Technologies handled assembly & integration, XDLINX Labs designed the spacecraft bus.

Feb 2025 partnership with Florida-based impulso.space to launch GalaxEye's multi-sensor EO satellite via SpaceX.

NewSpace India Limited, coordinating with ISRO's Telemetry, Tracking and Command Network (ISTRAC), supported early-orbit acquisition and mission operations during LEOP.

GalaxEye monetizes Mission Drishti's imagery by delivering processed, analytics-ready Earth observation products rather than raw data, for public and private customers.