Wed Sep 10 05:50:00 UTC 2025: Okay, here’s a summary and a rewritten version of the text as a news article:

**Summary:**

Following a deadly terrorist attack in Pahalgam, India launched “Operation Sindoor” in 2025 to eliminate terrorist bases in Pakistan and Pakistan-occupied Kashmir (PoJK). ISRO (Indian Space Research Organisation) played a crucial role, with over 400 scientists working tirelessly to provide real-time surveillance, communication, and navigation data using a network of at least ten satellites. The operation demonstrated India’s advanced space capabilities, enabling precise strikes without crossing borders. The success has led to further investment in space-based surveillance and collaboration between ISRO and private companies for future satellite launches. The operation also showcased the close cooperation between the space and nuclear energy departments, reinforcing the strategic importance of space technology for national security.

**News Article:**

**ISRO’s Satellites Key to India’s Precision Strikes in “Operation Sindoor”**

*New Delhi -* ISRO (Indian Space Research Organisation) played a pivotal role in “Operation Sindoor,” India’s military response to the deadly terrorist attack in Pahalgam earlier this year. Dr. V. Narayanan, Chairman of ISRO, revealed that over 400 scientists worked around the clock to support the operation, utilizing a network of advanced satellites to provide real-time intelligence and support to the armed forces.

“Operation Sindoor,” launched in response to the April 22nd terrorist attack that claimed civilian lives, aimed to dismantle terrorist infrastructure within Pakistan and Pakistan-occupied Kashmir (PoJK). While details of the military operation remain classified, it is understood that Indian forces conducted precise strikes targeting nine terrorist bases and eleven Pakistani airfields without physically crossing the border.

ISRO’s contribution was critical, with at least ten satellites operating continuously. These satellites provided high-resolution imagery through Cartosat and RISAT, even in adverse weather conditions. RISAT’s Synthetic Aperture Radar (SAR) technology penetrated cloud cover and darkness, offering clear images of mountainous regions and borders. NavIC satellites enabled precise targeting of weaponry, while GSAT satellites ensured secure communication lines. The advanced technology allowed real-time monitoring, accurate targeting, and post-strike damage assessment.

Speaking at the All India Management Association’s (AIMA) 52nd National Management Conference, Dr. Narayanan emphasized the dedication of his team: “Our satellites operated flawlessly, fulfilling all the operational needs.”

The success of “Operation Sindoor” highlights the growing importance of space technology in modern warfare and national security. Central Space Minister Jitendra Singh noted that the mission was a practical application of technology developed over the past decade. Moreover, it has reinforced the need for greater collaboration with private entities to boost space surveillance. ISRO is now planning to work with private companies to launch 100-150 satellites in the near future.

Following the successful outcome of “Operation Sindoor,” India has outlined ambitious future plans:
* **Space-Based Surveillance Program (SBS-3):** A Rs 26,968 crore investment in 52 dedicated defense satellites, with a mix of ISRO and private sector contributions, scheduled for launch by 2029.
* **Gaganyaan Mission:** India’s first human spaceflight mission, targeted for 2027, following extensive ground testing and unmanned missions.
* **Indian Space Station:** First module planned for launch by 2028, with completion targeted for 2035.
* **Chandrayaan-4 and 5:** Missions to retrieve lunar samples and conduct joint lunar exploration with Japan.

“Operation Sindoor” not only showcased India’s technological prowess but also demonstrated the country’s commitment to national security and its ability to respond decisively to threats.

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