Azista Space has successfully demonstrated a major Space Situational Awareness (SSA) milestone by imaging the International Space Station (ISS) using its AFR sensor. Conducted under challenging near-horizon and sunlit conditions, this achievement highlights a critical advancement in India’s indigenous capability to monitor, track, and characterize objects in orbit with high precision.
The demonstration involved two independent imaging attempts on 3 February 2026. In the first attempt, the ISS was tracked at an approximate range of 300 km, followed by a second attempt at around 245 km. Both operations achieved a 100% success rate, with the AFR sensor capturing the ISS across 15 distinct frames. The precise timing, sustained tracking, and consistent imaging validate the robustness of Azista Space’s tracking algorithms and electro-optical performance.
From a national capability perspective, this demonstration is significant for India’s space surveillance and monitoring ecosystem. Successfully imaging a fast-moving, large orbital object such as the ISS in sunlit, near-horizon conditions indicates a mature ability to observe resident space objects even under sub-optimal viewing geometries. This directly strengthens India’s capacity for autonomous space domain awareness, reducing reliance on external data sources for orbital monitoring.
The achieved image sampling of approximately 2.2 meters demonstrates that Indian-built and operated systems can deliver meaningful spatial detail at operationally relevant ranges. Such resolution enables not only detection and tracking but also visual characterization, which is a critical requirement for understanding object behaviour, configuration changes, or anomalies in orbit.
The availability of both multi-spectral and panchromatic imagery further underscores the flexibility of the AFR sensor. Multi-spectral data supports enhanced object discrimination, while panchromatic imaging offers sharper structural detail. Together, these capabilities expand India’s ability to build an independent, high-fidelity space picture across different orbital regimes.
Notably, to Azista Space’s knowledge, AFR is the only Indian-built and operated satellite to have demonstrated imaging of the ISS at these ranges and conditions. This positions indigenous private-sector capabilities as a meaningful contributor to national SSA objectives. Beyond this specific mission, Azista Space’s strengths in electro-optical payloads, image processing, and satellite bus engineering enable the delivery of complete, end-to-end SSA solutions tailored to mission needs.
Overall, this successful demonstration marks a decisive step forward in India’s space monitoring and surveillance capabilities. By advancing indigenous SSA technologies, Azista Space contributes to greater space safety, resilience, and strategic autonomy in an increasingly congested and contested orbital environment.
