Mahindra Launches Novavayu Aerospace to Drive Indigenous Aircraft and Defence Manufacturing in India’s Expanding Aerospace Sector

Mahindra Group has officially launched Novavayu Aerospace Ltd (NAL), a new wholly-owned subsidiary under Mahindra Defence Systems, to manufacture aircraft and defence equipment. Headquartered in Mumbai, the company begins with an authorized capital of ₹1 crore and marks Mahindra’s strategic entry into aerospace manufacturing.

Mahindra & Mahindra has issued an official regulatory filing confirming the incorporation of Novavayu Aerospace Limited (NAL) on July 29, 2026, with the Certificate of Incorporation received on July 30, 2026. The announcement was made to the National Stock Exchange (NSE), BSE, and also notified to international exchanges.

"NAL is incorporated as a wholly-owned subsidiary of Mahindra Defence Systems Ltd. MDSL is a wholly-owned subsidiary of Mahindra Advanced Technologies Ltd, which in turn is a wholly-owned subsidiary of the company. Accordingly, NAL is a step-down subsidiary of the company," M&M Ltd said in a regulatory filing.

Key Highlights of Novavayu Aerospace

• Subsidiary Structure: NAL is a step-down subsidiary of Mahindra & Mahindra, incorporated under Mahindra Defence Systems Ltd (MDSL), which itself is owned by Mahindra Advanced Technologies Ltd (MATL).
• Capital & Ownership: Authorized capital of ₹1 crore (10 lakh equity shares of ₹10 each), fully owned by Mahindra Defence Systems.
• Focus Areas: Aircraft manufacturing, aerospace products and components, defence-related systems and services.
• Strategic Intent: Expands Mahindra’s defence portfolio beyond armored vehicles, naval systems, and surveillance technology, aligned with Atmanirbhar Bharat and Make in India initiatives.

Implications for India’s Defence & Aerospace

• Strengthening Domestic Capability: Supports India’s push for indigenous aerospace manufacturing, reducing reliance on imports.
• Potential Partnerships: Mahindra could collaborate with global OEMs or Indian defence agencies.
• Investor Watchpoints: Future announcements on manufacturing facilities, R&D investments, and defence contracts will be critical.
• Revenue Lag: Aerospace ventures often take years before generating significant revenue.

Quick Comparison: Mahindra’s Defence Portfolio

Business Unit	Focus Area	Recent Expansion
Armored Vehicles	Mobility solutions for armed forces	Long-standing expertise
Naval Systems	Submarine & ship technologies	Surveillance integration
Surveillance Tech	Border & homeland security	Advanced sensors
Novavayu Aerospace	Aircraft & aerospace manufacturing	New strategic entry

Risks & Challenges

• High Capital Needs: Aerospace manufacturing requires billions in long-term investment, far beyond the initial ₹1 crore.
• Regulatory Barriers: Defence contracts demand strict compliance and testing.
• Global Competition: Competing with established players like Boeing, Airbus, and HAL will be challenging.
• Revenue Lag: Aerospace ventures often take years before generating significant revenue.

Several companies have recently debuted in aircraft and aerospace manufacturing, signaling a major global shift toward indigenous production, sustainability, and advanced mobility. Notable entrants include Tata-Airbus in India, COMAC in China, and startups like Heart Aerospace and ZeroAvia in Europe and the U.S.

Earlier, Adani Group has partnered with Brazilian aerospace major Embraer to set up a regional jet assembly line in India. The facility is planned at Dholera Special Investment Region (SIR), Gujarat.The Focus will be on assembling of E2 series regional jets, catering to India’s growing demand for short‑haul connectivity.

In India, the other recent debuts in aircraft manufacturing include Tata Advanced Systems’ Airbus C295 Final Assembly Line in Vadodara (2024), HAL’s new Light Combat Helicopter production line at Tumakuru (2026), and Mahindra’s launch of Novavayu Aerospace (2026). These mark India’s strongest private‑sector and state‑sector expansions in aerospace.

IIM Bangalore Goes Global: First Overseas Campus Opens in Indonesia

• Chief Minister Omar Abdullah bets on Enterprise over Subsidies
• IIM Bangalore charts global leap by establishing first overseas campus in Indonesia and announces decision to admit undergraduate students

More than 1500 delegates came together at IIMBue 2026 this morning as IIM Bangalore's flagship alumni leadership conclave IIMBue 2026 opened under the theme 'Changing the Orbit'.

Prof. Dinesh Kumar, Director-in-charge, IIM Bangalore, while welcoming the delegates made two announcements. For the first time in its history, IIM Bangalore will admit undergraduate students through the newly established Gorur Ratan Tata School of Undergraduate Studies, supported by a grant from Tata Trusts and IIM Bangalore will establish its first overseas campus in Indonesia. The campus is expected to strengthen the institute's presence across Asia. "Nation building remains our key goal. We remain committed to making an impact. We are reimagining our engagement with our wonderful alumni”, he said.

Delivering the keynote address, Jammu and Kashmir Chief Minister Omar Abdullah said that the Union Territory's long-term prosperity would hinge less on government spending and more on creating an ecosystem where enterprise can thrive. He made a strong pitch for entrepreneurship as the next driver of Jammu and Kashmir's economy, saying confidence, strong institutions and policy predictability are the "real infrastructure" that attracts investment and creates jobs.

"Confidence is productive infrastructure," Abdullah said. "A government's task does not end with what it builds. It has to rebuild confidence, reduce uncertainty, improve predictability and restore the belief that effort will find opportunity." He argued that while governments can build roads, schools and hospitals, sustainable economic growth ultimately depends on whether citizens are willing to invest, innovate and take entrepreneurial risks.

Drawing a parallel with Jammu and Kashmir's landmark agrarian reforms after Independence, Abdullah said land was the defining productive asset of the last century, but enterprise occupies that position today. "If land was the productive asset of that age, ours is enterprise. Broadening access to enterprise is the modern equivalent of broadening access to land," he said, adding that entrepreneurial capability must be built through strong institutions rather than distributed through state patronage.

The announcements by IIM Bangalore and Abdullah's call for enterprise-led growth converged around a common message at the conclave: India's next phase of development will be driven not merely by public investment, but by institutions that inspire confidence, entrepreneurship and innovation.

At the opening fireside chat of IIMBue 2026, 'Bridging Capital, Building Futures: The India-Japan Story', Sundeep Sikka, MD & CEO, Nippon Life India Asset Management Ltd., joined Prof. Chetan Subramanian of IIMB for a conversation on long-term capital, investing and the lessons India and Japan can learn from each other. "India has scale; Japan teaches you how to sustain that scale. We need to mesh Indian flexibility with Japanese discipline and long-term planning”, said Mr. Sikka, arguing that lasting partnerships require adapting global best practices to local realities rather than replicating models wholesale.

At IIMBue 2026, Siddharth Sharma, Chief Executive Officer, Tata Trusts, offered a compelling perspective on influence, which he said acquires meaning only when it creates lasting public value “The strength of a nation must be determined not only by what it produces, but by what it enables— opportunity, trust and dignity for its people. That idea has guided the Tata philosophy for well over a century. For us, philanthropy has never been separate from nation building; it has been one of the most enduring ways of making nation building possible. It is particularly meaningful to discuss this here, having announced our philanthropic commitment towards IIM Bangalore’s School of Undergraduate Studies. Through such endeavours, we encourage ourselves to not only ask how far India can go, but what kind of society we hope to leave behind.”

At IIMBue 2026, Vineeth Suresh, Centre Director & India Head, Heineken Business Services India, and Deval Shah, VP & GCC Practice Head, Infosys, joined Dr. Anilesh Seth, GCC Advisor, to discuss how Global Capability Centres are evolving from delivery centres into engines of enterprise transformation. The panel agreed that AI is reshaping not just technology stacks but operating models. "GCCs that are close to the enterprise have a deep and clear understanding of the business”, said Vineeth Suresh. "They bring in the transformation by driving acceleration and best practices”.

Deval Shah echoed the need for agility, observing that AI strategies are constantly evolving and organizations must "build a talent force of engineers, not developers”, with “constant recalibration” becoming the new normal. The discussion also highlighted governance as a strategic priority, with accountability to customers and regulators, shared responsibility across partners, and talent models that move young professionals from operational execution to informed decision-making.

Cyber Strikes on U.S. Water Supply Linked to Iran

Iranian-affiliated hackers have widened their attacks on U.S. water systems in 2026, exploiting weak security in control systems and causing operational disruptions across multiple states. Federal agencies including the EPA, FBI, CISA, and NSA have confirmed that these attacks directly threaten public health and community resilience.

According to The New York Times, cyberattacks on U.S. water systems have spread to at least seven states, and experts warn the problem could be even bigger. Authorities are rushing to protect the nation’s water supply, with evidence pointing to hackers linked to Iran

What Happened

• Joint Advisory (April 2026): The EPA, FBI, CISA, and NSA issued a nationwide warning about Iranian-affiliated cyber actors targeting drinking water and wastewater systems.
• Attack Escalation (March–July 2026): Iranian APT groups linked to the IRGC began exploiting programmable logic controllers (PLCs) in water, energy, and government infrastructure.
• Methods Used: Hackers accessed internet-exposed PLCs (Siemens, Allen-Bradley, Unitronics) using default or weak passwords, wiping configurations and tampering with sensors.
• Impact: Disruptions included loss of water pressure, flooding, boil water notices, and manual system resets.

The reason U.S. water systems are vulnerable to cyberattacks is because many of their control devices, like programmable logic controllers (PLCs) and supervisory control systems, are directly connected to the internet without proper safeguards. Hackers exploit weak passwords, outdated software, and exposed remote access points to disrupt operations.

The U.S. water supply is vulnerable because automation and remote access were added without strong cybersecurity protections. Smaller utilities, with limited budgets, are especially at risk. Hackers don’t need advanced tools—just poor cyber hygiene is enough to cause loss of water pressure, flooding, or unsafe drinking water.

Why It Matters

• Public Health Risk: Cyberattacks can disrupt water treatment, potentially introducing contaminants into drinking water.
• Critical Infrastructure Vulnerability: Smaller utilities with limited budgets and outdated systems are the most exposed.
• Geopolitical Context: Analysts assess these attacks as retaliation amid heightened U.S.–Iran tensions, showing Iran’s ability to cause real-world disruption without advanced exploits.

Government Response

• EPA & FBI Guidance: Utilities are urged to adopt cybersecurity best practices, report incidents immediately, and work with investigators.
• Support Programs: The EPA offers free cybersecurity assessments, technical assistance, and training to help even small utilities strengthen defenses.
• National Cyber Strategy: The U.S. is imposing costs on malicious actors while building resilience across critical infrastructure.

Attack Overview

Sector	Impact	Methods Used	Notes
Water systems	Boil water notices, flooding, manual resets	Weak/default PLC credentials	Highest number of confirmed incidents
Energy sector	Limited disruption, reconnaissance	PLC exploitation	No full shutdown yet
Government services	Traffic & municipal systems disrupted	Internet-exposed HMIs	Opportunistic targeting

Defensive Measures for Utilities

• Remove internet-exposed control systems where possible.
• Enforce strong, unique credentials for PLCs and SCADA systems.
• Apply patches and updates to legacy infrastructure.
• Report incidents promptly to FBI and CISA.

Big Picture

The widening scope of Iranian-linked hacks underscores systemic vulnerabilities in U.S. water infrastructure. While large metropolitan systems are better defended, smaller community utilities remain prime targets. These attacks highlight the urgent need for cyber hygiene, federal support, and coordinated resilience measures to safeguard America’s lifeline services.

Tesla Model Y India Launch Adds Grok AI, Multilingual Smart Navigation Upgrade

Tesla has rolled out the Grok AI assistant to the Model Y in India via a free OTA update, making conversational intelligence available in Hindi, Marathi, Gujarati, Telugu, Tamil, Kannada, and English. Drivers can now say “Hey Grok” or press the steering wheel voice button to access smart navigation, localized recommendations, and real-time vehicle diagnostics.

Tesla has also officially opened test drives for the 2026 Model Y Premium Rear‑Wheel Drive (RWD) variant across its India experience centres, marking the first rollout of Grok AI in a locally tailored configuration.

With localized AI, Grok AI supports Hindi, Marathi, Gujarati, Telugu, Tamil, Kannada, and English. This rollout positioned Tesla as most accessible EV in India, undercutting the AWD L Premium variant. In customer Incentives, early buyers receive a complimentary Wall Connector if orders are placed before August 30, 2026.

Key Highlights of Grok AI in Tesla Model Y

• OTA Update: Delivered free of charge in Summer 2026, no subscription required.
• Multilingual Support: Hindi, Marathi, Gujarati, Telugu, Tamil, Kannada, plus English.
• Activation: Say “Hey Grok” or press the steering wheel voice button.
• Smart Navigation: Automatic route planning based on driver habits and schedules.
• Local Assistance: Locate Tesla Superchargers, cafes, restaurants, hospitals, ATMs, and toilets.
• Diagnostics: Explains dashboard alerts and warnings in plain language.
• Customization: Adjustable tone, language, and conversational style.

Tesla Model Y India Pricing & Variants

Variant	Price (Ex-showroom)	Seating	Range (WLTP)	Key Features
Premium RWD	₹50.89 lakh	5-seater	~500 km	OTA Grok AI, panoramic roof, ambient lighting
L Premium AWD	₹61.99 lakh	7-seater	~681 km	Enhanced AI, dual motors, premium audio system

Vehicle Specs

• Seating: 5 passengers
• Cargo Space: 2,138 litres (rear seats folded)
• Acceleration: 0–100 km/h in 5.9 seconds
• Range: ~500 km WLTP (Premium RWD); ~681 km WLTP (L Premium AWD)

Context & Global Expansion

• India Launch: First time Grok AI is localized for Indian drivers, with deep language integration.
• International Rollout: Grok has been available in U.S. Teslas since 2025; China uses ByteDance’s Doubao AI for localization.
• Competitive Edge: Rivals like Hyundai Ioniq 5, Kia EV6, and BYD Sealion 7 lack comparable multilingual AI assistants.

Risks & Considerations

• Connectivity Requirement: Grok needs Premium Connectivity or Wi-Fi to function.
• Beta Status: Grok is still in Beta, meaning features may evolve or face occasional glitches.
• Privacy: Interactions are processed by SpaceXAI, anonymized from Tesla, but still cloud-dependent.

Local Availability in India

• Test Drives: Now open for the Premium RWD variant across Tesla dealerships in Gurugram, Delhi, Mumbai, and other major cities.
• Target Audience: Tech-savvy Indian buyers seeking EVs with advanced AI integration.

The Premium RWD is Tesla’s entry‑level EV for India, designed to attract tech‑savvy urban buyers with advanced AI integration and competitive pricing. Test drives across major metros signal Tesla’s intent to scale its footprint beyond niche luxury buyers.

PM Modi Lays Foundation for South India’s First Semiconductor OSAT Facility in Visakhapatnam

ASIP Ground Breaking Ceremony of ASIP  Technologies in Vishakhapatnam

Prime Minister Shri. Narendra Modi today virtually laid the foundation stone and unveiled the plaque for ASIP Technologies semiconductor manufacturing facility at Tarluvada, Visakhapatnam. The ₹2,500 crore Outsourced Semiconductor Assembly and Test (OSAT) project is Andhra Pradesh's and South India's first semiconductor manufacturing facility approved under the India Semiconductor Mission (ISM 1.0).

Shri. N. Chandrababu Naidu, Hon’ble Chief Minister of Andhra Pradesh joined the Prime Minister virtually for the foundation stone ceremony.

Mr. Amitesh Kumar Sinha, CEO, ISM, Govt. of India, Mr. Bhaskar Katamneni IAS, Secretary, IT, Electronics & Communication, Govt. of Andhra Pradesh, Mr. Mallavarapu Surya Teja, IAS, Special Secretary, ITE & C, Govt of Andhra Pradesh were present at the ceremony along with senior government officials, industry leaders and global partners.

The 30-acre facility, established with an initial investment of over ₹460 crore in partnership with APACT Co., South Korea, as its technology partner, will have an annual production capacity of 96 million chips. It will serve high-growth sectors, including artificial intelligence (AI), high-performance computing, data centres, and high-speed communications.

ASIP also plans to expand the facility with an additional investment of over ₹2,000 crore to further scale up its advanced semiconductor packaging operations.

The project is expected to create over 1,000 direct high-skilled jobs and 1,600 indirect jobs.

Once operational, ASIP will commence production with wire-bond and Flip-Chip Ball Grid Array (BGA) packaging technologies, followed by the introduction of advanced 2.5D and 3D packaging capabilities within two to three years.

Prime Minister Shri. Narendra Modi in his address commended Andhra Pradesh’s IT talent pool in software. Now, with the groundbreaking of the semiconductor manufacturing facility, the state is well-poised to lead in the semiconductor manufacturing sector, and the government is committed to backing this emerging manufacturing growth story which is an important part of the Viksit Bharat mission. “

Mr. Amitesh Kumar Sinha, CEO, ISM, Govt. of India applauded ASIP breaking ground today, citing it as an important contribution and step forward to further India’s semiconductor mission, bringing advance semiconductor packaging facility in Vishakapatanam, Andhra Pradesh, he reaffirmed the ISM commitment to provide all the support through growth driven industry policies.

Mr. Venkata Simhadri, Managing Director and CEO of ASIP said "The groundbreaking of our Visakhapatnam facility marks a significant milestone for ASIP and our commitment to strengthening India's semiconductor manufacturing capabilities.

We thank the Government of India, MeitY, the India Semiconductor Mission (ISM), and the Government of Andhra Pradesh for their support and confidence in this project. Together with our partner APACT, we are establishing advanced assembly, packaging and testing capabilities in India, while driving skill development, supply chain localisation, and contributing to the growth of Andhra Pradesh's semiconductor ecosystem."

Mr. Seong Dong Lee, CEO, President of APACT said: "The semiconductor industry is increasingly looking for resilient and diversified supply chains. Our partnership with ASIP combines Korean technology expertise with India's engineering talent and manufacturing ambition. We believe this facility will become an important part of India’s Semiconductor Mission and the global semiconductor ecosystem, providing advanced packaging and testing solutions to customers globally.”

India currently imports virtually all semiconductor chips used in its electronics industry. This OSAT facility addresses a critical gap in the country's semiconductor value chain, where packaging and testing account for roughly 30% to 40% of a chip's manufacturing cost.

The company expects to localize a significant portion of its supply chain over the next three to five years while building partnerships with academic institutions, including IIT Tirupati and IIT Hyderabad. The facility will also include an in-house semiconductor training center aimed at developing a skilled workforce for India's growing semiconductor sector.

Sustainability features such as solar power generation and water recycling systems will be integrated into the project, with the goal of establishing a high-standard, environmentally responsible manufacturing operation.

About ASIP: ASIP (Advanced System in Package Technologies) is a semiconductor packaging and testing company dedicated to establishing world-class Outsourced Semiconductor Assembly and Test (OSAT) capabilities in India. Backed by global industry expertise, advanced manufacturing technologies, and strategic international partnerships, ASIP is building a state-of-the-art semiconductor packaging and testing facility to serve leading semiconductor companies across North America, Asia, and other global markets. The company is committed to strengthening India's role in the global semiconductor value chain through advanced packaging and testing solutions, talent development, technological innovation, and sustainable industrial growth. For more information, visit www.asip-tech.com.