India's 1st 3D Chip Packaging Plant Approved Under ISM: ₹1,934 Cr Investment in Odisha to Produce 70,000 Glass Panels Annually

TN Budget 2026-27: India's First AI City 'Arivagam' & Space Industrial Zone with ₹35,062 Cr MoUs

Tamil Nadu's TVK-led government, in its maiden Budget for 2026-27, announced India's first AI and innovation city 'Arivagam', a Space Industrial Investment Zone in Thoothukudi and Tirunelveli, and signed MoUs worth ₹35,062 crore that could create 14,790 jobs. This signals a major push for technology and industrial growth in the state.

Google's $15B AI Data Centre: AP's Agrivoltaics Model for Farmers' Income & Energy Security

Google commits $15 billion to build Asia's largest AI data centre (1 GW) in Visakhapatnam, Andhra Pradesh, requiring 24 GWh daily. To avoid power conflicts with agriculture, the article proposes an agrivoltaics model where farmers co-own solar farms on their land, supplying clean energy to the data centre via the state's new Deemed Distribution Licence (DDL). This model can multiply farmer incomes 8-10 times and secure social licence for the project.

$10 Bn AI Investment Can Bring India to AI Frontier in 1 Year: Sarvam AI CEO

India's AI gap with the global frontier is just $10 billion, and with targeted investment, the country can catch up within a year, according to Sarvam AI CEO Pratyush Kumar. The India AI Impact Summit in February saw over $400 billion in AI capex commitments, and voice AI is emerging as India's first billion-dollar revenue opportunity. However, job creation and upskilling remain critical challenges.

₹743.43 Cr Revenue Detected in 6 Months: Andhra AI-GST Model Wins National Acclaim at 6th Coordination Meet

Andhra Pradesh’s AI & Machine Learning-based GST administration model has been nationally acclaimed at the 6th National Co-ordination Meeting. The system detected ₹743.43 crore in revenue in just six months—more than double the previous manual process—and has sparked interest from several states. For exam aspirants, this is a key case study on AI in governance, tax administration reform, and state-level innovation.

Karnataka Cabinet Approves Aerospace Policy 2026-31 with ₹60,000 Cr Target, AI Hub and Drone Facility

Karnataka Cabinet has approved a new Aerospace Policy 2026-2031 targeting ₹60,000 crore investment over five years, with a steep hike in capital subsidy from ~2% to 25-30% based on zones. Alongside, a Textile & Apparel Policy (including silk) with ₹20,000 crore target and a Start-Up Policy were cleared, along with a drone testing facility, an AI hub, and an International Arbitration Centre. These decisions signal a major push for industrial diversification and state-level ease of doing business.

India Semiconductor Mission 2.0 with $13.5B Outlay; 12 Chip Projects Approved at Semicon India 2026

PM Modi inaugurated Semicon India 2026, pitching India as a trusted chip manufacturing hub. He announced the expansion of India Semiconductor Mission (ISM 2.0) with an increased outlay of $13.5 billion, and revealed that 12 chip-making projects have been approved. Applied Materials also committed $5 billion under Vision 2035 to integrate India into the global semiconductor value chain. This is crucial for India's goal of self-reliance and reducing dependence on global supply chains.

India's R&D Spending, Patents Surge but Systemic Barriers Hinder Science Superpower Status: E-book

A Hindu e-book analyzes India's scientific trajectory, noting increased R&D spending and patent filings but flagging critical gaps: poor lab-to-market translation, bureaucratic hurdles, brain drain, and rising pseudoscience. For exams, this is a rich source of 'Challenges to India's Innovation Ecosystem' for GS3.

India's Space Launch Cost Highest at $13,302/kg; Study Cites ISRO's Small Rocket Fleet & Infrequent Launches

A peer-reviewed study published in Economics Letters reveals that India's per-kilogram cost to send payload to low-earth orbit is the highest among major spacefaring nations at $13,302, contradicting its reputation for low-cost launches. The high cost is attributed to ISRO's reliance on small rockets and insufficient launch frequency, preventing economies of scale.