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Explore the important science and technology current affairs from 6 to 12 August 2026. This weekly roundup covers space missions, scientific discoveries, artificial intelligence, biotechnology, robotics, healthcare innovations, digital technologies, cybersecurity, renewable-energy technology and major research developments. It is useful for UPSC, SSC, Banking, Railways, Defence, State PSC and other competitive examinations.
The Union Government outlined several initiatives undertaken to increase the domestic production, development and commercialisation of space technologies. These measures include a liberalised Foreign Direct Investment policy for the space sector and discounted access to ISRO facilities for eligible non-government entities.
A ₹1,000-crore Venture Capital Fund has been established to support space-sector start-ups. The government has also launched a ₹500-crore Technology Adoption Fund to assist in the development, demonstration and commercialisation of indigenous space technologies. These initiatives are intended to increase private-sector participation and develop India as an important global centre for space manufacturing and services.
Important points: Venture Capital Fund – ₹1,000 crore; Technology Adoption Fund – ₹500 crore; implementing organisation for private space participation – IN-SPACe; objective – indigenous space-technology development and commercialisation.
India has achieved more than 1,000 kilometres of secure quantum communication within three years under the National Quantum Mission. The Mission originally set a target of establishing 2,000 kilometres of secure quantum-communication networks over ten years.
Quantum communication uses principles of quantum physics to provide highly secure transmission of information. Any attempt to intercept the data can be detected because observation alters the quantum state of the transmitted particles. The technology is important for government communication, defence networks, financial institutions and critical infrastructure.
The National Quantum Mission works in four major areas: quantum computing, quantum communication, quantum sensing and metrology, and quantum materials and devices.
Important points: Achievement – over 1,000 km; long-term target – 2,000 km; mission – National Quantum Mission; four verticals – quantum computing, communication, sensing and materials.
Prime Minister Narendra Modi inaugurated Param Pragya, an artificial-intelligence-powered high-performance supercomputing facility, at IIT Delhi’s Sonipat campus on 8 August 2026. The facility was inaugurated during IIT Delhi’s 57th Convocation Ceremony.
Param Pragya is expected to strengthen research in artificial intelligence, data science, high-performance computing and other interdisciplinary fields. It will allow researchers to process large datasets, develop complex AI models and undertake computationally intensive scientific studies.
More than 3,000 students, including 587 PhD scholars, were to receive degrees during the convocation. The Prime Minister also presented IIT Delhi’s highest academic honours to meritorious students.
Important points: Facility – Param Pragya; institution – IIT Delhi; location – Sonipat campus; type – AI-powered high-performance supercomputing facility; inauguration date – 8 August 2026.
The ninth edition of India Medical Device 2026 was organised at Vigyan Bhawan in New Delhi on 7 and 8 August. The Department of Pharmaceuticals organised the conference in collaboration with the Federation of Indian Chambers of Commerce and Industry.
The conference brought together policymakers, regulators, medical-technology companies, start-ups, healthcare professionals and investors. Discussions focused on domestic component manufacturing, medical-device innovation, regulatory systems, equipment maintenance, export competitiveness and the integration of Indian companies with global medical-technology value chains.
A white paper titled “Service and Maintenance of Medical Equipment in Indian Healthcare – Towards a Safe, Reliable and Sustainable Medical Device Maintenance Ecosystem” was released during the event. India’s medical-device market, valued at approximately $14 billion, was projected to reach $30–50 billion within the decade and $250 billion by 2047.
Important points: Edition – ninth; dates – 7 and 8 August; venue – Vigyan Bhawan, New Delhi; projected market size by 2047 – $250 billion.
Union Minister Dr Jitendra Singh dedicated Prakriti Gyan Dham, described as a first-of-its-kind eco-educational hub, to the nation on 8 August. It was developed by the CSIR–National Botanical Research Institute at the Maharishi Parashar Bioresource Centre in Banthra, Lucknow.
The hub combines scientific research, biodiversity conservation, botanical heritage, environmental education and interactive learning. It has been designed as a living repository where students, researchers, teachers and the public can learn about India’s plant diversity and its ecological and cultural significance.
An important feature is the PAaVan Path, whose name stands for “Plants and Associated Vegetations for Appreciating Nature.” This interpretive trail contains plant collections representing different ecological regions. The Indian Heritage Garden contains trees propagated from historically significant plants, including the Mother Dussehri mango tree and trees connected with Mahatma Gandhi and the Dandi March.
An herbal formulation for male reproductive health was also launched during the programme. The initiative demonstrates how botanical research can be connected with healthcare, environmental awareness, livelihoods and public education.
Important points: Hub – Prakriti Gyan Dham; developed by – CSIR-NBRI; location – Banthra, Lucknow; major attraction – PAaVan Path; purpose – experiential botanical and environmental education.
The CSIR–Central Road Research Institute demonstrated its indigenously developed Modified Mix Seal Surfacing Plus technology, known as MSS+, in Jaipur. The low-emission technology is intended for sustainable road construction and preventive road maintenance.
MSS+ can extend pavement life while reducing construction emissions, energy consumption and maintenance costs. A live road demonstration was conducted using the MSS+ Smart Mix Pro Automatic Plant, India’s first indigenously developed automatic mobile mixing plant specially designed for Modified Mix Seal Surfacing.
The mobile plant automatically measures and mixes materials, maintains consistent quality, reduces material wastage and limits manual intervention. MSS+ technology has already been implemented on more than 100 kilometres of roads in Uttar Pradesh, and Rajasthan expressed interest in evaluating it for wider use.
Important points: Technology – Modified Mix Seal Surfacing Plus; developer – CSIR-CRRI; demonstration – Jaipur; associated equipment – MSS+ Smart Mix Pro Automatic Plant; earlier implementation – more than 100 km in Uttar Pradesh.
The government provided an update on the Scheme for Promotion of Culture of Science, or SPoCS. The scheme is implemented by the National Council of Science Museums, an autonomous organisation under the Ministry of Culture.
SPoCS supports the establishment of Science Cities, Science Centres, Innovation Hubs and digital planetariums. These institutions conduct exhibitions, scientific demonstrations, innovation programmes and educational activities to encourage scientific temper among students and the general public.
As of 31 March 2026, Science Centres established under the scheme had recorded 1,68,55,110 visitors, including students. During 2025–26, the approved allocation was ₹11,767.75 lakh, while ₹11,757.75 lakh was released.
Important points: Scheme – SPoCS; implementing organisation – National Council of Science Museums; supported facilities – Science Cities, Science Centres, Innovation Hubs and digital planetariums; visitors – more than 1.68 crore.
On 9 August, Union Minister Dr Jitendra Singh stated that India’s space economy had grown to approximately $9 billion. It is projected to reach around $40–45 billion over the next eight to nine years.
The expansion has been supported by space-sector reforms, private participation, start-up development and the commercial use of indigenous technologies. The minister also highlighted the BioE3 Policy, National Quantum Mission and IndiaAI Mission as major initiatives preparing India for an industrial transformation driven by biotechnology and artificial intelligence.
He stated that India was moving from being a follower of advanced technologies to becoming an active global participant in space, biotechnology, artificial intelligence and quantum technology.
Important points: Current space-economy value – around $9 billion; projected value – $40–45 billion; expected period – next eight to nine years; major emerging areas – space, biotechnology, AI and quantum technology.
The Technology Development Board under the Department of Science and Technology signed an agreement with Visakhapatnam-based Griva Healthcare Private Limited on 10 August to support the manufacturing and commercialisation of GrivaVision.
GrivaVision is an indigenously developed portable digital colposcope with artificial-intelligence-assisted capabilities. It is designed for the early detection of precancerous cervical lesions and combines a high-definition camera, built-in display, advanced optics, a user-friendly interface and indigenous AI software. The system assists gynaecologists in examining the cervix and identifying abnormalities during routine clinical examinations.
The technology complies with WHO-approved Automated Visual Evaluation standards and its software is compatible with the Ayushman Bharat Digital Mission. It has been classified as a Class B non-invasive medical device and holds a CDSCO Class B manufacturing licence. Commercial-scale production will be established at Kollam in Kerala, while the company’s research and development activities are being carried out at AIC-AMTZ Medivalley in Visakhapatnam.
Important points: Device – GrivaVision; developer – Griva Healthcare; technology – AI-assisted portable digital colposcope; manufacturing location – Kollam, Kerala; purpose – early detection of cervical precancerous lesions.
CSIR–National Environmental Engineering Research Institute deployed its indigenous NEERI-ZAR Instant Water Filters in flood-affected areas of Assam on 10 August. The filters provide safe drinking water where normal water-supply systems have been damaged or contaminated by floods.
Five household units and five community units were initially installed in Jonakimondal village of Jorhat district. An additional 70 household filters and 20 community filters were handed over to the Jorhat district administration for distribution among affected communities.
The project was implemented jointly by CSIR-NEERI and the CSIR–North East Institute of Science and Technology. NEERI provided the water-treatment technology, while NEIST contributed local infrastructure and field-level assistance. The portable filters can treat locally available water during floods and other emergencies.
Important points: Technology – NEERI-ZAR Instant Water Filter; deployment – Jorhat district, Assam; distributed units – 70 household and 20 community filters; collaborating institutions – CSIR-NEERI and CSIR-NEIST.
Indian scientists detected an unusually thick concentration of ozone approximately 21–23 kilometres above the North Bay of Bengal. The layer remained present for more than a day and contained considerably more ozone than normally observed over eastern India.
Researchers used atmospheric radars, weather balloons, the Aura Microwave Limb Sounder, INSAT-3DR satellite observations and advanced atmospheric models. The study was conducted under the first phase of the NetRAD-ASMA campaign, with the Aryabhatta Research Institute of Observational Sciences playing an important role.
The enhanced ozone was observed during both day and night, indicating that sunlight-driven chemical reactions were not the primary cause. Scientists concluded that ozone-rich air had been transported into the region and then compressed by downward atmospheric movement.
The indigenously developed 206.5 MHz Stratosphere–Troposphere Radar at ARIES, Nainital, was used alongside atmospheric radars at Haringhata, Gadanki and Kochi. The research findings were published in the journal Earth and Space Science.
Important points: Location – North Bay of Bengal; altitude – 21–23 km; programme – NetRAD-ASMA; participating institute – ARIES; major cause – transport and downward movement of ozone-rich air.
The government announced measures to increase private-sector participation in India’s biotechnology ecosystem. The BIRAC Research, Development and Innovation Fund, with support of ₹5,200 crore, will help convert indigenous biotechnology research into commercially viable products.
The initiative aims to connect scientific institutions and biotechnology start-ups with investors and industrial partners. It will support innovations as they move from laboratory validation to large-scale manufacturing and commercial deployment.
The Biotechnology Industry Research Assistance Council will also strengthen partnerships with Life Sciences Global Capability Centres, use Corporate Social Responsibility partnerships for biotechnology projects and organise start-up–investor interactions. The broader objective is to build a globally competitive biotechnology and life-sciences ecosystem under the Viksit Bharat 2047 vision.
Important points: Fund – BIRAC-RDIF; support – ₹5,200 crore; sector – biotechnology and life sciences; objective – commercialisation of indigenous biotechnology innovations.
The Department of Health Research and the Indian Council of Medical Research organised the second edition of ICMR-SHINE 2026 on 11 and 12 August. SHINE stands for Science and Health Innovation for NextGen Explorers.
The nationwide scientific-outreach programme was conducted at 83 locations, including ICMR institutes, Model Rural Health Research Units and affiliated field units. Approximately 30,000 students were expected to participate. The initiative extended from Keylong in Himachal Pradesh to Kerala and from Diu to Nagaland.
Students of Classes 9–12 visited laboratories, interacted with scientists, observed live demonstrations and learned how biomedical research is used to solve public-health problems. A SHINE website and a nationwide student research competition were also launched.
At the ICMR-National Institute of Nutrition in Hyderabad, around 800 students from nine schools participated on the first day. Activities included nutrition games, diet surveys, anaemia testing, food-adulteration detection, food-chemistry experiments and demonstrations through a mobile laboratory.
Important points: Programme – ICMR-SHINE 2026; full form – Science and Health Innovation for NextGen Explorers; edition – second; dates – 11 and 12 August; locations – 83; expected participation – around 30,000 students.
The government informed Parliament on 12 August that approximately 440 space-technology start-ups were registered on the DPIIT Start-up India portal.
IN-SPACe had granted 113 authorisations to 52 non-government entities to conduct different space activities. Of these entities, 18 were start-ups. The authorisations cover private participation in areas such as satellite manufacturing, launch services, ground systems, space-based applications and other commercial space activities.
The expansion of the start-up ecosystem reflects the effect of India’s space-sector reforms, which allow private organisations to undertake end-to-end space activities under the regulatory and promotional framework of IN-SPACe.
Important points: Registered space start-ups – around 440; authorisations – 113; authorised non-government entities – 52; authorised start-ups – 18; regulatory organisation – IN-SPACe.
IN-SPACe formulated a Public-Private Partnership framework for the development, deployment and operation of Earth-observation satellite constellations. It enables private companies, start-ups and eligible academic or research institutions to design, build, own and operate satellite constellations on an end-to-end basis.
The proposed constellation includes five ultra-high-resolution optical satellites with four bands, three multispectral satellites with eight bands, two hyperspectral satellites with 250 bands and two X-band Synthetic Aperture Radar satellites.
Private participants may undertake satellite manufacturing, launch services, establishment of ground stations, mission control, data reception and processing. They may also develop analytical products and decision-support systems for government departments, strategic users and commercial customers.
The framework seeks to build an indigenous and data-sovereign Earth-observation ecosystem, with the private sector driving manufacturing and downstream innovation while the government acts as an enabler, regulator and anchor customer.
Important points: Implementing organisation – IN-SPACe; model – Public-Private Partnership; proposed satellites – 12; purpose – self-reliant Earth-observation and data ecosystem.
The government provided information on major programmes supporting artificial intelligence, quantum technology, semiconductors, biotechnology, robotics, cybersecurity and other emerging technologies.
The Research, Development and Innovation Fund has an outlay of ₹1 lakh crore for deep technologies, AI, biotechnology, the digital economy and energy transition. The National Quantum Mission has an outlay of ₹6,003.65 crore, while the National Mission on Interdisciplinary Cyber-Physical Systems has an outlay of ₹3,660 crore.
The Bio-RIDE programme has been allocated ₹9,197 crore for biotechnology, biomanufacturing and biofoundries. The IndiaAI Mission has an outlay of ₹10,371.92 crore, and the India Semiconductor Mission has an outlay of ₹76,000 crore.
Under the National Mission on Interdisciplinary Cyber-Physical Systems, 25 Technology Innovation Hubs have been established. Four thematic hubs have been established under the National Quantum Mission.
India’s Gross Expenditure on Research and Development increased from 0.64% of GDP in 2020–21 to 0.84% in 2023–24. In absolute terms, expenditure increased from ₹79,355.89 crore in 2013–14 to ₹2,44,767.81 crore in 2023–24.
Important points: RDI Fund – ₹1 lakh crore; National Quantum Mission – ₹6,003.65 crore; IndiaAI Mission – ₹10,371.92 crore; India Semiconductor Mission – ₹76,000 crore; Bio-RIDE – ₹9,197 crore.
The eighth meeting of the BRICS Working Group on Ocean and Polar Science and Technology began in Goa on 12 August. The three-day meeting was scheduled from 12 to 14 August under India’s BRICS Presidency 2026.
The meeting was hosted by the National Centre for Polar and Ocean Research under the Ministry of Earth Sciences. Scientists and representatives from India, Brazil, China, Egypt, Indonesia, Russia, South Africa and the United Arab Emirates participated.
Discussions covered ocean exploration, polar research, capacity-building, scientific exchanges, common use of research infrastructure and bilateral, trilateral and multilateral research projects. Dr M. Rajeevan delivered the keynote address on “India’s Blue Economy Initiatives.”
The working group was established in 2018 to promote scientific cooperation and knowledge exchange among BRICS countries.
Important points: Meeting – eighth BRICS OPST Working Group; venue – Goa; dates – 12–14 August; host – NCPOR; participating countries – eight; working group established – 2018.
