The videos show simple tasks such as making coffee, cutting fruits, folding clothes, and cleaning. AI companies use this first-person footage to teach humanoid robots how humans perform routine activities inside homes.

According to reports, the woman records more than 90 short clips each day. The footage helps robots understand movement, object handling, and decision-making in real-world environments.

Experts say India is becoming an important hub for collecting data that powers future AI and robotics systems. The work offers flexible income opportunities, especially for homemakers and workers seeking part-time jobs.

The story has sparked debate online. While many people see it as an easy way to earn money, others worry that workers may be helping develop robots that could replace some jobs in the future.

The post AI Robot Training Jobs: Women Earn Rs 250 Per Hour by Recording Daily Chores appeared first on India Podcast.

Governor Singh stated that India’s successful Chandrayaan-3 mission, which made the country the first to land on the Moon’s south pole, showcased the expertise of Indian scientists and boosted the nation’s international reputation. He added that these space milestones not only enhanced scientific prestige but also positioned India as a key player in future lunar and planetary exploration.

He further noted that India’s swift and efficient development of indigenous Covid-19 vaccines, along with large-scale production capacity, provided timely support to many countries during the global health crisis. This humanitarian approach, he said, strengthened international trust in India’s scientific and medical institutions.

The Governor also highlighted several government initiatives aimed at boosting innovation—including reforms in higher education, support for start-ups, and the promotion of research ecosystems across universities and technical institutes. These steps, he said, are nurturing a generation of young scientists who are ready to contribute to national progress.

Emphasizing the vision of Prime Minister Narendra Modi, Singh said India is entering a transformative phase where technology, space science, biotechnology, and digital innovation will play decisive roles. He stressed that continued investment in research and youth will ensure that India’s global science standing continues to rise in the coming decades.

The post Chandrayaan Success, Vaccines Boost India’s Global Science Standing: Mizoram Governor appeared first on India Podcast.

The Google AI hub is a $15 billion investment over five years (2026-2030). It will feature gigawatt-scale data centre operations, a subsea cable network, and clean energy solutions. AdaniConneX and Airtel will collaborate closely to drive AI workloads in India, according to a company statement.

The project will expand India’s AI capabilities with purpose-built data centre infrastructure. It also emphasizes sustainability through co-investment in transmission lines, clean energy generation, and innovative energy storage systems, strengthening both the data centre and India’s electricity grid.

Gautam Adani called the partnership historic and transformative for India’s digital landscape. Google Cloud CEO Thomas Kurian said the AI hub will unlock growth for businesses, researchers, and creators. The project is expected to drive economic growth, digital inclusivity, and create tens of thousands of jobs in technology, construction, and clean energy across Visakhapatnam and beyond.

The post Adani, Google to Build AI Hub appeared first on India Podcast.

The Bharat Stack delivers faster internet speeds, reliable connectivity, and better network stability. It places India among only five nations with a complete telecom stack. This technology boosts digital sovereignty, cuts reliance on foreign vendors, and reduces cybersecurity risks.

The system integrates C-DOT’s core network, Tejas Networks’ radio equipment, and Tata Consultancy Services’ system integration. It can easily upgrade to 5G, preparing India for future telecom growth. The rollout has already improved broadband access in remote and rural regions, enhancing inclusion.

Developing this 4G stack at home is a remarkable milestone. India no longer depends on suppliers from the US, China, or Europe. Backed by the PLI scheme, the initiative is set to attract new investments, generate skilled jobs, and promote a world-class telecom manufacturing ecosystem.

The post India Deploys Indigenous 4G Bharat Stack appeared first on India Podcast.

Scindia recalled India’s space journey from Aryabhata to Chandrayaan-3, Aditya-L1, NISAR, and upcoming Gaganyaan missions. He said India has evolved from a follower to a global space leader. He urged coordinated SATCOM programs involving government, industry, startups, and academia.

The minister announced a Rs 900 crore National Satcom Monitoring Facility. It will protect spectrum assets and strengthen satellite gateways. He added that satellite communication will reach remote areas and benefit farmers, fishermen, doctors, and students.

Under Prime Minister Narendra Modi, India connected 99.9 percent of the population with 4.8 lakh 5G towers in just 20 months. Scindia stressed that Satcom is now a digital right. He said it will empower citizens and position India as a trusted global partner in space innovation.

The post India’s Satcom Market Set to Triple by 2033 appeared first on India Podcast.

The towers will be set up across states including Odisha, Andhra Pradesh, Uttar Pradesh, Maharashtra, Rajasthan, Assam, Gujarat, and Bihar. Celebrating 25 years of BSNL, Scindia called it a landmark moment for the country’s telecom sector. The initiative reflects India’s journey towards Atmanirbhar Bharat, promoting self-reliance and technological independence.

The Prime Minister will also lay the foundation stone for development projects worth over Rs 60,000 crore in Jharsuguda, Odisha. These projects span telecommunications, railways, higher education, healthcare, skill development, and rural housing. Modi is scheduled to address a public gathering during the event.

The indigenous 4G stack was developed in just 22 months, showcasing India’s capability to design and implement technology domestically. Telecom Secretary Neeraj Mittal noted that India is the world’s largest telecom market, with 5G users projected to rise to 770 million by 2028. This initiative positions India alongside global telecom leaders like Denmark, Sweden, South Korea, and China.

The post PM Modi to Launch India’s Indigenous 4G Network appeared first on India Podcast.

The center will focus on cutting-edge research, development, and innovation in quantum computing. By doing so, it aims to enhance India’s position in this fast-emerging technology field and enable the country to contribute to global scientific breakthroughs.

Currently, IBM runs similar centers in the United States, Japan, Canada, and South Korea. The Amaravati center will be the first of its kind in India, showcasing IBM’s commitment to utilizing local talent and expertise.

The project is expected to create high-tech jobs, boost research opportunities, and strengthen collaborations among academia, industry, and government in Andhra Pradesh. It marks a significant step toward building India’s quantum ecosystem and global leadership.

The post IBM to Establish Quantum Computing Center in Andhra Pradesh appeared first on India Podcast.