Marcos explores ties with India on railway, space projects

tribune.net.ph Sep 13, 2026

Marcos explores ties with India on railway, space projects

Curated by Shubham · TechCapsules · Sep 13, 2026

AI-summarised brief · reviewed before publication

President Ferdinand R. Marcos Jr. arrived in New Delhi for the 18th BRICS Summit and met Indian Prime Minister Narendra Modi, followed by discussions with Indian officials on expanding the Philippines‑India Strategic Partnership. At the Palam Air Force Station he was received by Minister of State for Health Anupriya Patel, Minister of State for External Affairs Pabitra Margherita, and Ambassador Josef F. Ignacio. The next day Marcos held talks with Rail India Technical and Economic Service Ltd. (RITES) to explore consultancy or public‑private‑partnership involvement in three priority railway projects: the Mindanao Railway, a mass‑rail system in Cebu, and an extension of the Philippine National Railways from Tutuban. He also met Indian Space Research Organisation officials to seek technical assistance for the Philippine Space Agency’s satellite ambitions, emphasizing benefits for communications, defense, and climate monitoring. The meetings were attended by senior Philippine officials, including the foreign affairs, finance, transportation, and space agency heads, and followed a discussion with the Coalition for Disaster‑Resilient Infrastructure on climate‑proofing Philippine infrastructure.

💡 Why It Matters

· Securing Indian expertise could fast‑track the Philippines’ rail expansion and satellite launch, directly bolstering its connectivity, security and climate‑response capabilities.

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Brics backs peaceful space tech; to work against outer space arms race

At the BRICS summit in New Delhi, leaders adopted the New Delhi Declaration 2026, reaffirming commitment to the peaceful use of space technology and to preventing an arms race in outer space. The statement highlighted the achievements of the BRICS Remote Sensing Satellite Constellation (RSSC), a network of earth‑observation satellites and ground stations intended for shared data on climate, agriculture and disaster management. Members pledged to reduce asymmetries in space capabilities, cooperate on debris mitigation and pursue a multilateral legal instrument to bar weaponisation of space assets. The declaration follows India’s proposal to treat the “BRICS Space Economy” as a growth frontier, urging joint innovation, investment and sustainable development across the bloc. It also mandates annual joint training exercises.

💡 By institutionalising cooperation, BRICS creates a counterweight to dominant space powers, shaping norms that could keep orbit safe for all.

taipeitimes.com · Sep 13

Senegal eyes homemade satellites amid African space race

Senegalese engineers are assembling Gaindesat-1B, a nanosatellite designed to collect environmental and climate data, at a French laboratory. This project marks a significant step for Sensat, Senegal’s national space program, which aims to establish domestic manufacturing capabilities at its new headquarters outside Dakar. Unlike the previous Gaindesat-1A, built with French collaboration, this satellite was constructed independently, signaling Senegal’s drive for technological self-reliance. This effort reflects a broader continental trend, as African space budgets have surged to US$800 million, up from under US$300 million in 2018. The number of African nations with space programs has risen from eight to over twenty. While Egypt, Nigeria, and South Africa remain historic players, new entrants like Ivory Coast and Kenya are accelerating their initiatives. The African Union has also established a continental space agency in Cairo. These developments underscore Africa’s growing ambition to secure its place in the global space sector, leveraging satellite technology for urban planning and environmental monitoring amidst rapid urbanization.

💡 Senegal’s shift from collaborative assembly to independent manufacturing demonstrates a critical pivot toward technological sovereignty in Africa’s emerging space sector. This localized capability reduces reliance on foreign partners for essential climate monitoring infrastructure.

dharmakshethra.com · Sep 12

Digantara Expands Bengaluru Space Hardware Capability With New Cleanroom

Bengaluru‑based Digantara has inaugurated a new cleanroom as part of its expanding space‑hardware infrastructure, a development highlighted during a September 9, 2026 visit by Anil Prakash, Director General of the Space Industry Association of India. While the facility’s size and cleanliness class remain undisclosed, the addition signals Digantara’s shift from pure research toward larger‑scale production of space‑qualified sensors and payloads. The company is concurrently advancing its second‑generation electro‑optical payload, originally designed for space‑domain awareness, for missile‑defence applications, having presented the system to Prime Minister Narendra Modi. Its indigenous PRISM sensor family, featuring a 48‑mm Double‑Gauss lens, has completed vibration and thermal‑vacuum qualification for PSLV and Falcon 9 launch environments, paving the way for faster manufacturing of additional payloads.

💡 The cleanroom enables Digantara to scale indigenous, high‑precision optics for both orbital surveillance and rapid‑response missile detection, reducing reliance on imported hardware and tightening India’s strategic sensor supply chain.

newspatrolling.com · Sep 12

FITT Forward 2026 Opens in New Delhi, Charting India’s Next Decade of…

The Foundation for Innovation and Technology Transfer (FITT) at IIT Delhi launched its second‑edition FITT Forward summit on 10 September 2026 in New Delhi, convening founders, investors, industry leaders and policymakers for a two‑day dialogue on India’s deep‑tech future. Opening with a fireside chat between cricket star‑turned‑investor Bhuvaneshwar Kumar and Entrepreneur India editor Sachin Marya, the event highlighted technology’s role in sports and entrepreneurship. Professors Vivek Buwa and Nikhil Agarwal framed FITT’s mission to shift India from merely innovating to owning and scaling AI, semiconductor, space, biotech and agritech solutions for a billion‑plus market. The agenda expanded beyond the 2025 focus on mobility and green tech, featuring panels on sovereign AI, semiconductor manufacturing, agriculture, space technology and sports tech, aiming to forge partnerships, capital and globally competitive companies.

💡 By targeting ownership of critical technologies, the summit seeks to turn India’s massive domestic demand into a launchpad for worldwide tech leadership.

space.com · Sep 12

On this day in space! NASA astronaut Mae Jemison makes history as…

On September 12, 1992, NASA astronaut Mae Jemison became the first Black woman to travel to space when she served as mission specialist on shuttle Endeavour’s STS‑47 flight, the program’s 50th mission. Jemison, a Stanford‑trained chemical engineer, Cornell‑trained physician, and former Peace Corps medical officer, joined NASA’s astronaut corps in 1987 and oversaw 44 experiments in the Spacelab module, co‑investigating a bone‑cell study. She logged 190 hours, 30 minutes and 23 seconds during an eight‑day orbit before returning on September 20. After retiring in 1993, she founded the Jemison Group, a technology‑consulting firm, appeared in a Star Trek: The Next Generation episode, and later led the 100‑Year Starship initiative. Her historic flight inspired generations and highlighted NASA’s push for greater inclusion.

💡 Jemison’s achievement showed that diverse backgrounds can drive high‑profile scientific missions, reshaping public expectations of astronaut identity.

cleantechnica.com · Sep 12

Integrating Starlink LEO Infrastructure with Zimbabwe’s Terrestrial Fibre Networks

Zimbabwe is charting a twelve‑month plan to integrate SpaceX’s Starlink low‑Earth‑orbit (LEO) service with its domestic fibre network, beginning with the construction of gateway teleports, Q/V‑band licensing and a Harare point of presence. The country’s satellite link history dates back to the 1985 Mazowe Earth Station, which provided the sole GEO connection, later supplemented by VSAT terminals that delivered a modest 1 Mbps trunk for the predecessor of Liquid Intelligent Technologies. Today, a single Starlink dish can supply throughput a hundred times greater than Zimbabwe’s total national bandwidth in 1999. By deploying Q/V‑band ground stations capable of over 100 Gbps per cluster and linking them to the existing Liquid Intelligent Technologies fibre backbone, the project aims to eliminate bottlenecks, stabilize speeds and keep domestic latency under 20 ms.

💡 Leveraging high‑capacity Q/V‑band links will let Zimbabwe bypass costly inter‑satellite relays, directly feeding massive Starlink throughput into its own fibre grid.