As the density of satellites increases in Earth's orbit, extreme space weather events like solar storms and radiation whiplashes threaten satellite constellations. A ‘whole-of-government’ approach is needed to address the challenges of space weather on India’s converging space and digital economies.
The government’s recent reforms in the space sector have unleashed the imagination, innovation and potential of Indian space start-ups. Strong support from the private sector and inherent Indian technological aptitude will help them fuel India’s space ambitions and economic growth in the 21st Century.
Yesterday's path-breaking reforms in India's space sector by the Prime Minister's Office, and establishment of new space agencies, are geared to encourage technology innovation and direct participation by corporations, startups and MSMEs. The reforms will help India leverage Industry 4.0 and the astropolitics that will result. This podcast foreshadows these developments.
The launch of the U.S.’s Dragon-2 astronaut capsule by SpaceX has a resonance in India too. India’s future heavy-lift launchers, already under development, can be competitive if they are transformed to Two-Stage-To-Orbit and made reusable. The successors to Gaganyaan, Chandrayaan and Mangalyaan, developed in public-private partnerships, can result in a vast domestic launch market for India’s heavy-lift rocket capability.
On 16 May, the government introduced a huge reform that liberalised India's space sector, leveling the field and propelling the space ambitions of private players. Corporations such as L&T and Godrej Aerospace, can now compete and collaborate with the Indian Space Research Organisation, to build an indigenous Boeing or Lockheed Martin, and be part of global, private, space industry syndicates. The timing is significant, as the space race has accelerated with the U.S. and China marking their space territories through Accords and SEZs. India now is much better equipped to launch its space agenda. This paper analyses India's future potential.
The COVID19-caused migration of India’s large workforce to their rural roots holds immense promise for the country’s agriculture productivity and farmer incomes. Precision agritech and satellite-as-a-service (SAAS) can reduce the urban-rural skill, remuneration, and digital divide. Time to privatize space technology for agricultural benefit.
The pandemic has highlighted the positive role of 3D-printing technology. Identifying this potential, and seeking to insert India into the new global value chains, the Ministry of Electronics, IT & Technology has announced a National Strategy for Additive Manufacturing. It will address the lacunae in the country's additive manufacturing ecosystem, including physical hardware like printers, software, materials and service providers.
Budget 2020’s allocation for the Department of Space needs to be used as a seed fund for spawning innovation, says Chaitanya Giri, Fellow for Space and Ocean Studies, Gateway House, while the Rs. 8000-crore outlay for the National Mission on Quantum Technologies and Applications can help stimulate research
India’s preparedness in the decade of the 2020s for the imminent revolution in space affairs depends on mastering Industry 4.0. This is critical as space aspirations now define national interests – a marked change from the vanity-and-pride programmes of the first space age. This will also determine India’s space leadership for the rest of the 21st century
On 15 July, the Indian space programme will achieve a feat with the Chandrayaan-2 mission. Two challenges lie ahead: the speedy construction of Chandrayaan-3 and the development of a public-private ecosystem of space capabilities