Apple to Submit India Financials in Antitrust Probe, Faces Global Turnover Penalty Risk

Apple has agreed to submit its India‑specific financials to the Competition Commission of India (CCI) by June 25, 2026, marking a turning point in a long‑pending antitrust case over App Store billing practices. The move brings the investigation closer to a potential penalty decision.

A confidential CCI order, reviewed by Reuters, showed Apple last month agreed to supply its India financials, which is typically needed by the watchdog for calculatiing the penalty.

Apple’s lawyer asked the CCI at a May 21 hearing for a ”final extension” until June 25 to file its ”India-specific financial information”, and ”the commission considered the request and granted” it, the order noted.

Key Developments

• Case origin: Filed in 2021 by Match Group (Tinder) and Alliance of Digital India Foundation (ADIF), alleging anti‑competitive App Store policies
• CCI findings (2024): Apple was found to have abused its dominant position in the iPhone apps market; Apple denied wrongdoing
• Financials submission: Apple’s lawyer requested a final extension until June 25, 2026 to file India‑specific financial data; CCI granted the request
• Penalty implications: CCI needs financials to calculate fines; penalties may be based on global turnover, exposing Apple to fines up to USD 38 billion

Apple in India

• Market share: iPhone now accounts for 9% of India’s smartphone market, up from 2% five years ago
• Manufacturing: India has become a key hub as Apple diversifies beyond China, with production expanding via Tata Electronics and Foxconn
• Regulatory climate: India’s new antitrust penalty law is among the toughest globally, making this case Apple’s most high‑profile regulatory challenge in India

Strategic Implications

• For Apple: Risk of multi‑billion‑dollar fines if penalties are calculated on global turnover; pressure to adjust App Store billing practices in India
• For India’s digital ecosystem: Strengthens startup advocacy groups like ADIF; could reshape in‑app payment rules; signals India’s intent to enforce global‑scale accountability

Timeline Snapshot

Event	Date	Details
Case filed by ADIF & Match Group	2021	Alleged anti‑competitive App Store policies
CCI investigation concludes	2024	Found Apple abused dominance
Apple resists financial disclosure	2024–2025	Argued penalties should not use global turnover
CCI grants final extension	May 21, 2026	Deadline set for June 25
Financials submission due	June 25, 2026	Key step toward penalty decision

Apple and Google Launch Beta Rollout of End‑To‑End encrypted RCS messaging across iOS and Android

Apple and Google have officially begun rolling out end‑to‑end encrypted Rich Communication Services (RCS) messaging in beta for iPhone and Android users, marking a historic upgrade to cross‑platform texting security. Starting with iOS 26.5 and the latest Google Messages, conversations between iPhone and Android devices will now be encrypted by default, ensuring that only sender and receiver can read messages.

What’s New in RCS Encryption

• Cross‑platform security: For the first time, iPhone‑to‑Android RCS chats are end‑to‑end encrypted, preventing carriers, tech companies, or third parties from accessing messages.
• Default protection: Encryption is automatically enabled for new and existing RCS conversations; users will see a lock icon in chats to confirm security.
• Beta rollout: Available now for iPhone users on iOS 26.5 with supported carriers and Android users on the latest Google Messages app.

Industry Collaboration

• Apple & Google partnership: Both companies worked with the GSMA to integrate encryption into the RCS Universal Profile 3.0 standard.
• Security protocol: The system is built on the Messaging Layer Security (MLS) protocol, a modern cryptographic framework designed for scalable, secure messaging.
• Statements from leaders: Google’s Android head Samer Samat called it “Big news” and a “terrific milestone.” Sundar Pichai and Rick Osterloh praised the achievement. Apple emphasized that iMessage remains fully encrypted.

Features Beyond Encryption

• High‑quality media sharing (photos, videos)
• Typing indicators & read receipts
• Improved group chats
• Cross‑platform reactions and inline replies

Comparison: SMS vs RCS vs iMessage

SMS	RCS	iMessage
Basic text only	Rich media, group chats, reactions	Rich media, stickers, apps
No encryption	End‑to‑end encryption (beta rollout)	End‑to‑end encryption (default)
Carrier‑dependent	Internet‑based, cross‑platform	Apple ecosystem only
No read receipts	Read receipts, typing indicators	Read receipts, typing indicators

Key Takeaways for Users

• Update required: iPhone users must install iOS 26.5; Android users need the latest Google Messages.
• Carrier support: Both sender and receiver must be on carriers supporting the latest RCS profile.
• Gradual rollout: Encryption will expand automatically to all conversations over time.

iPhone 17 Pro Max Powers New Wave of Global Filmmakers

The Mumbai Academy of Moving Image (MAMI) has unveiled its latest MAMI Select: Filmed on iPhone program, spotlighting four emerging filmmakers who are redefining cinema with the help of the iPhone 17 Pro Max.

MAMI Select is a flagship program by the Mumbai Academy of Moving Image (MAMI) that empowers emerging filmmakers to create short films using iPhones, showcasing how accessible technology can democratize cinema and redefine storytelling.

This year’s slate of short films explores diverse themes — from a clandestine romance in Mumbai, to divinity and chaos in Kerala, to a migrant girl’s dream in Goa, and the haunting silence of a Bengali woman losing her voice. Each filmmaker harnessed the iPhone’s advanced camera system, ProRes RAW, Cinematic Mode, Action Mode, and 8x optical zoom to craft visually striking stories that resonate far beyond India. 

The Four Voices

Cinematographer Ramananda Sarkar (left) and filmmaker Ritesh Sharma (left background) frame a shot on iPhone 17 Pro Max while filming She Sells Seashells on location in Goa. [Image - apple.com]

• Shreela Agarwal (11.11): A love letter to Mumbai at night, filmed with ProRes RAW to capture vivid details in low light.
• Ritesh Sharma (She Sells Seashells): A migrant girl’s dream in Goa, blending reality and imagination through Cinematic Mode and precise sound design.
• Robin Joy (Pathanam): A surreal tale of an angel’s fall, brought to life with Action Mode and AI-powered editing.
• Dhritisree Sarkar (Kathar Katha): A haunting story of a news anchor losing her voice, shot with 8x optical zoom to capture inner trauma.

Mentorship and Impact

Guided by acclaimed directors Sriram Raghavan, Chaitanya Tamhane, Dibakar Banerjee, and Geetu Mohandas, the program demonstrates how accessible technology is democratizing filmmaking.

MAMI director Shivendra Singh Dungarpur notes: “The fact that these films have been captured with iPhone has inspired hundreds of people to go out there and start making short films. It’s creating a new generation of filmmakers.”

Democratizing Cinema

Ritesh Sharma uses the Blackmagic Camera app on iPhone 17 Pro Max while framing Maruti, his film’s protagonist, selling trinkets on the beach. [Image - apple.com]

For these storytellers, the iPhone is more than a tool — it’s a gateway. By removing barriers of cost and equipment, it allows new voices to tell stories that might otherwise remain untold.

As filmmaker Agarwal puts it: “The freedom, simply put, is unmatched.”

All four shorts are now streaming on MAMI’s YouTube channel, offering audiences worldwide a glimpse into the future of cinema — one where creativity, not equipment, defines the art.

Key Takeaway

The iPhone 17 Pro Max isn’t just a smartphone — it’s becoming a serious filmmaking instrument, empowering diverse voices and reshaping global storytelling.

Apple Pledges ₹100 Crore to Power India’s Green Energy and Startup Revolution

Apple has announced a ₹100 crore investment in India to expand renewable energy and support green startups, partnering with CleanMax and WWF‑India. The initiative will add over 150 MW of clean energy capacity—enough to power 1.5 lakh households annually—and provide catalytic support to six early‑stage enterprises in waste management, regenerative agriculture, and circular economy solutions.

Key Highlights of Apple’s India Green Push

• Investment Size: ₹100 crore (initial phase).
• Renewable Energy Capacity: 150 MW, powering ~150,000 households annually.
• Partners:
  • CleanMax → Renewable energy developer for solar and wind projects.
  • WWF‑India → Recycling and plastic waste recovery initiatives.
  • Acumen → Supporting six early‑stage green startups.
• Focus Areas: Renewable energy, waste management, regenerative agriculture, circular economy, plastic pollution reduction.
• Global Goal: Apple aims to be carbon neutral across its entire footprint by 2030.
• Impact on India’s Clean Energy & Startup Ecosystem
• Boost to Renewable Infrastructure: Large‑scale solar and wind projects will strengthen India’s clean energy adoption, especially across Apple’s supply chain.
• Startup Support: Six early‑stage enterprises will receive grants, mentorship, and strategic guidance to scale sustainable solutions.
• Waste Management Expansion: WWF‑India’s collaboration with Saahas Zero Waste in Goa will now extend to Coimbatore and other regions, improving recycling traceability and reducing plastic leakage.
• Supply Chain Sustainability: Apple’s India partners (Foxconn, Tata Electronics) will benefit from increased renewable energy integration.

Quick Comparison of Apple’s Initiatives in India

Initiative	Partner	Scale/Impact	Focus Area
Renewable Energy Expansion	CleanMax	150 MW capacity, 1.5 lakh households	Solar & wind infrastructure
Green Startup Support	Acumen	6 startups	Waste mgmt, agriculture, circular economy
Plastic Waste Recovery	WWF‑India + Saahas Zero Waste	Expansion from Goa to Coimbatore	Recycling, pollution reduction

Risks & Challenges

• Execution Timeline: Large‑scale renewable projects often face delays due to land acquisition and regulatory approvals.
• Startup Viability: Early‑stage green startups may struggle with scalability and funding beyond Apple’s initial support.
• Supply Chain Integration: Ensuring suppliers adopt renewable energy consistently across India could be complex.

Why This Matters for India

• Strengthens Atmanirbhar Bharat by reducing import dependence in clean energy.
• Aligns with India’s 500 GW non‑fossil fuel target by 2030.
• Encourages green entrepreneurship, creating jobs and innovation in sustainability sectors.

At Apple, our commitment to the environment is also a driving force for innovation — across the company and around the world, said Sarah Chandler, Apple’s vice president of Environment and Supply Chain Innovation. We’re proud to expand our efforts to invest in India’s clean energy economy and protect the country’s precious natural resources

Tata Surpasses Foxconn as Apple’s Largest Manufacturer in India

Tata Electronics has overtaken Foxconn to become Apple’s largest contract manufacturer in India, employing about 75,000 workers—up from just 15,000 two years ago—thanks to acquisitions of Wistron and Pegatron’s local operations and rapid expansion at its Hosur plant in Tamil Nadu.

Foxconn however is longstanding global partner of Apple and still a major assembler of iPhones in India. With its new Sriperumbudur (Tamil Nadu) facility and a massive upcoming plant in Devanahalli, Bengaluru, Foxconn is expected to regain ground once these new facility scales.

Foxconn's new Bengaluru plant likely to challenge Tata’s lead later in 2026. Wistron and Pegatron have been absorbed into Tata, consolidating Apple’s India supply chain.

India’s role in Apple’s global strategy is expanding rapidly, with iPhone exports hitting $23 billion in 2025 and continuing to grow.  

• Tata Electronics Workforce: ~75,000 employees (2026), up from 15,000 in 2023
• Foxconn Workforce: Currently smaller in India, but expected to rise once its Devanahalli, Bengaluru plant ramps up
• Facilities: Tata’s growth driven by its 500-acre Hosur plant (Tamil Nadu) plus acquisitions of Wistron and Pegatron’s India operations
• Apple’s India Strategy: India now produces ~55 million iPhones annually, accounting for 14% of global output
• Exports: iPhones made in India contributed ₹2 lakh crore in FY26 exports, India’s single largest branded export

Factor	Tata Electronics	Foxconn
Employees (India)	~75,000	Fewer, but expanding
Major Sites	Hosur (Tamil Nadu), Wistron & Pegatron facilities	Sriperumbudur (Tamil Nadu), upcoming Devanahalli (Bengaluru)
Growth Driver	Acquisitions + aggressive hiring	New mega plant under construction
Apple Role	Largest India contract manufacturer	Longstanding global partner, temporarily second in India

• Temporary Lead: Tata’s dominance is by headcount; Foxconn’s upcoming Bengaluru plant could reclaim the top spot
• Execution Challenges: Rapid expansion risks operational inefficiencies if not managed carefully
• Global Competition: India still lags China in local value addition (15–20% vs. China’s 40%). Scaling beyond assembly into semiconductors and advanced packaging will be critical

To summarize, Tata’s rise marks a turning point in India’s electronics manufacturing story, positioning it as Apple’s strongest local partner. But the contest with Foxconn is far from settled—2026 will likely see intense competition as both firms expand capacity in India.

The information above is first reported by the Economic Times based (April 30, 2026) based on industry sources directly involved in Apple’s India supply chain, including executives familiar with Tata Electronics’ hiring surge and Apple’s contract manufacturing arrangements.

Apple Taps Hardware Chief John Ternus as New CEO, Tim Cook Moves to Executive Chairman

Apple has officially named John Ternus as its new CEO, succeeding Tim Cook effective September 1, 2026. Tim Cook will transition to the role of Executive Chairman of Apple’s Board of Directors, ensuring continuity while Ternus takes charge of the company’s next chapter.

John Ternus, Apple’s longtime hardware chief, will officially take over as CEO on September 1, 2026, while Tim Cook transitions to Executive Chairman. This marks Apple’s most significant leadership change in 15 years, with Ternus expected to steer the company into an AI-driven, hardware-centric future.

Key Details of the Leadership Transition

• New CEO: John Ternus, currently Senior Vice President of Hardware Engineering
• Effective Date: September 1, 2026
• Outgoing CEO: Tim Cook (CEO since 2011)
• New Role for Cook: Executive Chairman, focusing on global policy engagement and board leadership

About John Ternus

• Background: Joined Apple in 2001, rising through engineering leadership roles
• Key Contributions: Oversaw hardware development for iPhone, iPad, Mac, Apple Watch, and AirPods
• Reputation: Known for technical depth, design precision, and guiding Apple’s hardware innovation
• Future Focus: Expected to lead Apple through AI integration, supply chain resilience, and sustainability initiatives

Tim Cook’s Legacy

• Tenure: CEO from 2011–2026
• Achievements: Expanded Apple’s market cap to nearly $4 trillion; Oversaw growth in services (Apple Music, iCloud, App Store) and hardware dominance; Strengthened Apple’s global supply chain and sustainability commitments

Strategic Implications

• AI & Emerging Tech: Ternus expected to push Apple deeper into AI-driven experiences
• Hardware Evolution: Continued focus on device innovation (Mac silicon, AR/VR, wearables)
• Global Policy: Cook’s new role ensures Apple maintains strong ties with regulators and governments worldwide. 

Quick Comparison

Tim Cook and John Ternus at Apple Park. (Image - Apple.com)

Aspect	Tim Cook (2011–2026)	John Ternus (2026– )
Role	CEO → Executive Chairman	CEO
Background	Operations, supply chain	Hardware engineering
Key Achievements	$4T market cap, services expansion	iPhone, Mac, iPad hardware leadership
Strategic Focus	Global expansion, sustainability	AI integration, hardware innovation

Apple Expands in India: Sixth Retail Store to Open in Mumbai’s Borivali on Feb 26

Apple is set to open its sixth official retail store in India at Borivali, Mumbai, on February 26, 2026.

Key Details

•  Location: Oberoi Sky City Mall, Borivali East, Mumbai
• Opening Time: 1:00 PM IST
•  Size: Around 12,600 sq. ft., with dedicated storage and parking facilities
• Design: Features Apple’s peacock-inspired visual identity
• Experience: Hands-on product demos, Apple Specialists, Geniuses, and free “Today at Apple” sessions
• Expansion Context: Second store in Mumbai after Apple BKC

Apple’s Retail Footprint in India (as of Feb 2026)

City	Store Name	Year Opened
New Delhi	Apple Saket	2023
Noida	Apple Noida	2025
Bengaluru	Apple Hebbal	2025
Pune	Apple Koregaon Park	2025
Mumbai	Apple BKC	2023
Mumbai	Apple Borivali	2026

Apple’s India Supply Chain Powers 3.5 Lakh Employment Opportunities

Apple’s expansion in India has generated around 3.5 lakh jobs, including 1.2 lakh direct jobs. These roles span manufacturing, logistics, and allied services, supported by Apple’s partnerships with 45 suppliers such as Foxconn, Tata Electronics, Aequs, Jabil, Microplastics, ATL, and over 20 Indian MSMEs. This figure excludes the workforce at Apple’s five iPhone factories in India.

• Diversification Strategy: Apple is reducing reliance on China by strengthening its India base.
• Make in India Alignment: The move supports India’s push for domestic manufacturing.
• Upskilling Opportunities: Workers gain exposure to global technology standards, enhancing India’s tech talent pool.
• Economic Impact: Beyond job creation, this strengthens India’s position in global electronics manufacturing.

Apple has built a strong supplier network of 45 firms, ranging from global giants like Foxconn, Tata Electronics, Aequs, Jabil, Microplastics, and ATL to more than 20 Indian MSMEs. This figure does not even account for the workforce employed at Apple’s five iPhone factories in the country, which further adds to the scale of employment.

The initiative is part of Apple’s broader strategy to diversify production away from China and establish India as a long-term hub for manufacturing and exports. It aligns closely with the Indian government’s “Make in India” program, strengthening domestic manufacturing capabilities and boosting the nation’s electronics ecosystem. Beyond sheer job creation, Apple’s presence is helping to upskill workers by exposing them to global technology standards, thereby enhancing India’s talent pool.

Economically, the impact extends beyond employment. Apple’s growing footprint is expected to increase India’s electronics exports, attract more foreign investment, and solidify the country’s position in global supply chains. This expansion underscores how multinational corporations can simultaneously achieve strategic diversification while contributing to local economic development.

Apple Launches Education Hub in India to Train Supplier Workforce

The new Apple Education Hub in Bengaluru offers courses and training programs to people across Apple’s supply chain in India.

Apple is expanding skill-building and training programs for people across its supply chain in India with a new education hub in Bengaluru and a wider suite of development courses at Apple supplier facilities throughout the country. The Apple Education Hub, a first of its kind in India, operates in collaboration with the Manipal Academy of Higher Education (MAHE) and will begin offering new courses in March.

Apple is also expanding its suite of development courses available to supplier employees at more than 25 supplier sites in India. Starting with Tata Electronics, the new curriculum will help supplier employees develop skills in digital literacy, Swift coding, robotics, automation technology, and smart manufacturing. These new courses mark the latest initiative from Apple’s global $50 million Supplier Employee Development Fund.

“The same spirit of innovation that drives our products also guides our commitment to supporting people across our global supply chain,” said Sarah Chandler, Apple’s vice president of Environment and Supply Chain Innovation. “We’re thrilled to expand our technical training courses in India, giving thousands of employees the opportunity to learn valuable new skills and explore new paths for career growth.”

The Apple Education Hub, a first of its kind in India, operates in collaboration with the Manipal Academy of Higher Education and will begin offering new courses in March.

As part of Apple’s engagement with MAHE, the Education Hub will serve as a space that brings together trainers and students to learn directly from educators who are specialised in providing and delivering digital education, starting with digital literacy and Swift coding for beginners. Faculty from MAHE will impart these curriculums to supplier trainers, enabling them to deliver sessions to larger employee groups.

“This collaboration brings together Apple’s commitment to its supplier employees and Manipal’s experience in applied education to create meaningful opportunities for growth,” said Lt. Gen. (Dr.) M.D. Venkatesh, vice chancellor at MAHE. “Supplier communities sit at the heart of India’s manufacturing ecosystem, and investing in their skills is more important than ever.”

Around the world, Apple works hand in hand with suppliers to offer programs that serve and provide opportunities to the people in Apple’s supply chain. These programs range from expanded rights awareness training to technical, professional, and health education, and community resilience programs.

Today, Apple and its partners offer more than 75 courses for supplier employees in India. Following the initial success of its robotics training program in India, launched in December 2024, Apple plans to expand the offering to more sites this year. The program trains and qualifies factory educators at robotics labs. Following this hands-on learning, these trainers customise curriculum and deliver sessions at their respective facilities.

In addition to technical and management skills training, Apple works with leading international organisations to enhance rights awareness training and ensure all workers are treated with dignity and respect.

Apple is also growing its Vocational Education for Persons with Disabilities program in India this year, which recently launched with Salcomp. Having already benefited more than 18,000 supplier employees globally to date, the program works with suppliers to provide employment and professional development opportunities in Apple’s supply chain for persons with disabilities, as well as improve safety, accessibility, and inclusivity practices at supplier facilities. The program builds on Apple’s long-standing partnership with local nonprofit Enable India.

Apple Explores Semiconductor Assembly in India Amid China Tariff Pressures

Apple is in early talks with Indian semiconductor firms to begin assembling and packaging iPhone chips locally—a first for the company in India, reported The Economic citing sources familiar with Apple’s preliminary discussions with Indian chipmakers like CG Semi.

This move signals a deeper commitment to India’s role in Apple’s global supply chain and could reshape the country’s semiconductor ecosystem.

---

Key Developments

• First-time chip packaging in India: Apple has historically limited India’s role to iPhone assembly, but now it’s exploring chip-related processes such as assembly and packaging.
• Partners under consideration: Apple has reportedly held discussions with CG Semi, part of the Murugappa Group, which is building an outsourced semiconductor assembly and test (OSAT) facility in Sanand, Gujarat.
• Focus on display-related chips: Early reports suggest the chips considered for packaging in India may be display driver integrated circuits (DDICs), currently sourced from suppliers in South Korea, Taiwan, and China.
• Strategic timing: Apple is accelerating its India plans to offset higher tariffs in China and diversify supply chains amid geopolitical tensions.
• Jobs and ecosystem impact: India already supports ~350,000 direct and indirect jobs through Apple’s device assembly. Chip packaging could significantly expand this footprint.

---

Strategic Implications

• For India:
  • Boosts India’s semiconductor ambitions, aligning with government initiatives like “Make in India” and the semiconductor incentive program.
  • Positions India as more than just a device assembly hub—moving up the value chain into chip packaging and testing.
• For Apple:
  • Reduces reliance on China, where tariffs and supply chain risks are rising.
  • Strengthens Apple’s ability to meet U.S. and global demand with diversified production bases.
  • Ensures resilience by tapping into India’s growing manufacturing infrastructure.

---

Challenges & Risks

• Quality standards: Apple’s chips must meet stringent reliability benchmarks. CG Semi and other Indian firms will need to prove they can match global suppliers.
• Technology transfer: Chip packaging is complex, requiring advanced equipment and skilled labor. India’s ecosystem is still developing.
• Timeline uncertainty: While Apple aims to shift all iPhone manufacturing for the U.S. market to India by 2026, chip packaging discussions remain exploratory.

---

Bottom Line

Apple’s exploration of chip assembly in India marks a strategic leap beyond device assembly, potentially transforming India into a semiconductor packaging hub. If realized, this would not only diversify Apple’s supply chain but also accelerate India’s climb up the global tech manufacturing ladder.

Meta Hires Apple’s Design Visionary Alan Dye to Lead AI Hardware Push

Meta has officially hired Alan Dye, Apple’s longtime Vice President of Human Interface Design, to lead a new creative studio within its Reality Labs division.Dye will become Meta’s Chief Design Officer, focusing on AI-powered devices, spatial computing, and next-generation user experiences.

---

Key facts

• Alan Dye’s background at Apple:
  • Spent nearly 20 years at Apple, most recently as VP of Human Interface Design.
  • Played a central role in shaping Apple’s Liquid Glass UI across iPhone, iPad, Apple Watch, and VisionOS.
  • Reported directly to Tim Cook and oversaw design for major products including Vision Pro.
• Role at Meta:
  • Dye will head Meta’s new Creative Studio inside Reality Labs.
  • The studio will blend design, fashion, and technology, treating intelligence as a design material for human-centered innovation.
  • He will report to Andrew Bosworth (CTO) and work closely with Mark Zuckerberg.
  • Focus areas: AI smart glasses, VR/AR devices, and spatial computing experiences.
• Leadership transition at Apple:
  • Apple confirmed Dye’s departure; Stephen Lemay, a longtime Apple designer, will succeed him.
  • This marks one of Apple’s most notable design exits in years, amid broader leadership reshuffles.

---

Strategic implications

• For Meta:
  • Hiring Dye signals Meta’s push to elevate design in its AI hardware ecosystem.
  • His expertise could help Meta refine interfaces for smart glasses and immersive devices, making them more appealing to mainstream users.
  • Zuckerberg framed this as part of Meta’s vision to make intelligence a design material, indicating an AI-first product design shift.
• For Apple:
  • Losing Dye is significant—he was one of the last senior designers tied to Apple’s post-Jony Ive design era.
  • Apple’s design leadership now rests on Lemay, who has contributed to every major Apple interface since 1999.
  • Raises questions about Apple’s ability to maintain its design dominance while Meta aggressively recruits talent.

---

Risks and challenges

• Talent drain: Apple has seen several senior executives leave for rivals, especially Meta, which could impact continuity in design philosophy.
• Execution at Meta: Dye’s vision must align with Meta’s hardware ambitions, which have struggled in adoption compared to Apple’s ecosystem.
• Market perception: Meta’s success hinges on whether Dye can translate Apple’s design ethos into consumer-friendly AI devices, avoiding past missteps like lukewarm VR adoption.

In short, Alan Dye’s move is a major coup for Meta and a notable loss for Apple. It underscores Meta’s ambition to dominate the next wave of AI-driven hardware and spatial computing, while Apple faces the challenge of sustaining its design legacy without one of its most influential leaders.

From TSMC to Intel: Apple’s Entry-Level M Chips Shift in 2027

Intel is preparing to manufacture Apple’s entry-level M-series chips using its advanced 18A process node starting in 2027, marking a major diversification of Apple’s supply chain away from TSMC.

Key highlights

• 18A readiness: Intel’s 18A node (18 Angstrom, ~1.8nm) is expected to be ready for high-volume manufacturing by 2027. Apple has already tested Intel’s 18AP process design kit (PDK) version 0.9.1, with full versions (1.0/1.1) due in early 2026.
• Apple engagement: Apple reportedly signed an NDA with Intel and is qualifying the process for its lowest-end M-series chips, likely those used in MacBook Air and iPad Pro.
• Supplier split: TSMC will remain Apple’s primary supplier for high-performance SoCs (like M Pro/Max/Ultra), while Intel would focus on entry-level chips.
• Volume estimates: Estimated production volume: 15–20 million chips annually from Intel’s fabs.
• Supply chain resilience: This move strengthens Apple’s supply chain resilience, reducing reliance on TSMC and Taiwan amid geopolitical risks.

---

Strategic implications

For Intel

• Foundry breakthrough: Positions Intel as a credible alternative to TSMC and Samsung.
• Roadmap validation: Winning Apple would validate Intel’s IDM 2.0 strategy and boost confidence in its roadmap.

For Apple

• Multi-sourcing: Ensures diversified production of critical silicon to mitigate disruption risks.
• Risk management: Entry-level chips are safer to outsource than Pro/Max/Ultra variants.

For the industry

• Geopolitical shift: Signals diversification beyond Taiwan for leading-edge nodes.
• Innovation pressure: Could accelerate competition in sub-2nm nodes for TSMC and Samsung.

---

Risks and challenges

• Execution risk: Intel must deliver 18A at scale with competitive yields.
• Phased adoption: Apple likely starts with entry-level chips before expanding.
• Market dominance: TSMC’s lead is formidable; Intel’s success depends on flawless execution.

---

Bottom line

Intel’s potential deal with Apple is a watershed moment for Intel Foundry Services. If successful, it would mark Apple’s first major diversification of chip manufacturing away from TSMC, reshaping the semiconductor supply chain by 2027.

Apple, Amazon, Meta Join Forces Against Indian Telcos Over 6 GHz Wi‑Fi Spectrum

Apple, Amazon, Cisco, Meta, along with HP and Intel, have formally opposed Reliance Jio and Vodafone Idea’s push to allocate the 6 GHz band for mobile services, instead urging that the entire band be reserved for Wi‑Fi use.

---

What’s happening

• Indian telcos’ demand: Reliance Jio and Vodafone Idea want the 6 GHz band (6425–7125 MHz) included in upcoming spectrum auctions for mobile broadband expansion.
• Tech majors’ stance: Apple, Amazon, Cisco, Meta, HP, and Intel submitted a joint response to TRAI’s consultation paper, opposing this demand. They insist the band should be allocated to Wi‑Fi services, not mobile networks.
• Government’s plan: India has said 400 MHz of the 6 GHz band is available for auction now, 300 MHz will be available by 2030, and 500 MHz will be delicensed for low‑power Wi‑Fi applications.

Why the clash matters

• Telcos’ argument: Mobile operators want more spectrum to handle surging data demand, especially for 5G and future 6G.
• Tech giants’ counterpoint: The 6 GHz band is globally being opened for Wi‑Fi, supporting faster, more reliable connectivity in homes, offices, and public spaces; technical readiness for mobile (IMT) use is not established, making allocation for IMT premature; Wi‑Fi expansion benefits device makers and enterprise networks, aligning with their ecosystem strategies.

Global context

• United States & Europe: Large portions of the 6 GHz band have already been delicensed for Wi‑Fi 6E and Wi‑Fi 7.
• India’s decision: Will set a precedent for balancing licensed spectrum for telcos vs. unlicensed spectrum for tech ecosystems.

Key takeaways

• Allocation preference: Tech majors want 6 GHz for Wi‑Fi, not mobile.
• Telco position: Indian telcos want it auctioned for 5G/6G expansion.
• Policy path: Government is considering a hybrid approach—auctioning part, delicensing part, and holding back some for future use.
• Impact: The outcome will shape India’s digital infrastructure, influencing whether homes and enterprises get faster Wi‑Fi or telcos get more mobile spectrum.

---

Comparative Map of 6 GHz Spectrum Allocation

Region	Allocation Decision	Key Details	Policy Direction
United States	Entire 6 GHz band (5925–7125 MHz) opened for unlicensed Wi‑Fi	Supports Wi‑Fi 6E and Wi‑Fi 7; FCC made full band available for Wi‑Fi in 2020	Strong push for Wi‑Fi ecosystem; telcos rely on other mid‑bands for 5G
European Union	Lower 6 GHz (5925–6425 MHz) opened for Wi‑Fi; upper 6 GHz (6425–7125 MHz) under debate	Wi‑Fi Coalition and Dynamic Spectrum Alliance lobbying for full unlicensed access; mobile operators want upper band for IMT	Split approach; EU regulators still deciding on upper band, but momentum favors Wi‑Fi
China	Upper 6 GHz (6425–7125 MHz) allocated for licensed mobile (5G/6G)	MIIT calls 6 GHz “the only high‑quality mid‑band” for future mobile; already positioned for 5G/6G rollout	Clear pro‑mobile stance; prioritizes IMT over Wi‑Fi
India	400 MHz for auction now, 300 MHz by 2030, 500 MHz delicensed for Wi‑Fi	TRAI consultation ongoing; telcos (Jio, Vi) want more for IMT, while tech majors (Apple, Amazon, Cisco, Meta, Intel, HP) demand full Wi‑Fi allocation	Hybrid model: partial auction + partial Wi‑Fi; balancing telco needs with device ecosystem

Key Insights

• US & EU: Favor Wi‑Fi, seeing it as critical for homes, enterprises, and innovation.
• China: Prioritizes mobile operators, ensuring 6 GHz strengthens 5G/6G capacity.
• India: Trying to balance both worlds—auctioning some spectrum for telcos while delicensing a large chunk for Wi‑Fi.

Why This Matters

• For consumers: Wi‑Fi allocation means faster, cheaper connectivity indoors; mobile allocation strengthens outdoor 5G/6G coverage.
• For industry: Device makers benefit from Wi‑Fi expansion; telcos benefit from IMT allocation.
• For policy: India’s hybrid stance could become a global test case for balancing competing ecosystem demands.

India’s iPhone Engine: Apple’s 45-Company Supply Chain Revealed

Apple has dramatically expanded its supply chain footprint in India, integrating nearly 45 companies as of 2025. This includes large domestic firms, global vendors, and over 20 Indian MSMEs (micro, small, and medium enterprises), spanning component manufacturing, subassembly, and equipment supply.

Key Indian Companies in Apple’s Supply Chain

Company Name	Role / Contribution
Tata Electronics	iPhone assembly, precision components
Bharat Forge	Machinery and tooling for electronics
Hindalco	Aluminum casings and materials
Titan Engineering & Automation Ltd	Manufacturing automation systems
Wipro PARI	Robotics and automation
VVDN Technologies	Electronics design and manufacturing
Aequs	Precision engineering and components
Microplastics	Plastic components
ATL (Anand Teknow Aids Ltd)	Battery packs and modules
Motherson Group	Wiring harnesses and connectors
Avary Technologies	Printed circuit boards (PCBs)
SFO Technologies	EMS (Electronics Manufacturing Services)
Jyoti CNC Automation	CNC machinery for Apple vendors

Global Suppliers Operating in India

Company Name	Origin	Role in India
Foxconn	Taiwan	Major iPhone assembler in Tamil Nadu
Pegatron	Taiwan	iPhone assembly in Tamil Nadu
Wistron (now Tata)	Taiwan/India	iPhone assembly, now under Tata Group
Jabil	USA	Component manufacturing
Salcomp	Finland	Chargers and power components
Foxlink	Taiwan	Cable assemblies

Geographic Spread

• Assembly hubs: Tamil Nadu, Karnataka
• Component ecosystem: Maharashtra, Uttar Pradesh, Gujarat, Andhra Pradesh, Haryana

Apple’s India strategy is driven by the Production Linked Incentive (PLI) scheme and geopolitical shifts, with India now producing one in five iPhones globally.

Apple Pay Comes to India via Razorpay

Razorpay has officially integrated Apple Pay into its international payments suite, becoming the first Indian payment aggregator to do so. This allows eligible Indian merchants to accept seamless, biometric-authenticated payments from global customers using Apple Pay.

Key Highlights:

• Global Reach: Apple Pay has over 500 million users worldwide, with 90% of U.S. merchants already accepting it.
• Merchant Impact: Early adopters include Mokobara, Akasa Air, Sabyasachi, House of Masaba, and others.
• Checkout Revolution:
  • 58% boost in conversion rates
  • 45% faster checkout times
  • 12% increase in average order value
• Frictionless Payments: No CVV, OTP, or manual card entry—just Face ID or Touch ID for instant authentication.
• Cross-Border Compliance: Designed to align with India’s cross-border payment regulations, targeting supported geographies.

Strategic Context:

• This move follows Razorpay’s reverse flip to India and its international expansion into Singapore and Malaysia.
• The integration is seen as a strategic step toward IPO readiness and global merchant enablement, especially for Indian brands scaling abroad.

Apple Pay is officially supported in several Southeast Asian countries, including Singapore, Malaysia, Vietnam, Thailand, Indonesia and Phillipines.

Despite Apple’s rapid growth in India’s premium smartphone segment, Apple Pay is not officially supported for domestic transactions. India mandates local data storage and PIN-based authentication for digital payments, which conflicts with Apple Pay’s biometric-first model.

India’s digital payment space is dominated by UPI-based apps like PhonePe, Google PAY, BHIM and Paytm, making it tough for Apple Pay to gain traction. Apple’s small market share and exclusive device compatibility reduce incentives for Indian merchants to support Apple Pay.

However, Razorpay has enabled Apple Pay for international transactions, allowing Indian merchants to accept payments from global Apple Pay users in supported geographies.

Country	Apple Pay Status
Singapore	✅ Fully supported
Malaysia	✅ Supported via Curlec (Razorpay’s acquisition)
Vietnam	✅ Supported
Thailand	✅ Supported
Indonesia	❌ Not officially supported
Philippines	❌ Not officially supported

India Becomes Apple’s Growth Engine as Sales Hit All-Time High

Apple has just notched a major milestone in India: annual sales surged to a record $9 billion in the last fiscal year, marking a 13% year-over-year increase. This leap underscores how Apple’s strategic retail expansion and rising consumer demand are reshaping its footprint in one of the world’s fastest-growing tech markets.

Key Drivers Behind the Surge

• Retail Expansion: Apple opened new stores in Bengaluru and Pune, with upcoming outlets planned in Noida and Mumbai.
• Localized Strategy: India was made a dedicated sales region in 2023, reflecting its growing importance to Apple’s global operations.
• Affordability Push: Despite high import duties (iPhone 16 starts at ₹79,900 vs. $799 in the US), Apple boosted accessibility via:
• Student discounts
• Trade-in offers
• Bank cashback partnerships

Strategic Implications

• Manufacturing Shift: Now, 1 in 5 iPhones is made in India, with Apple expanding production across five factories, including two new ones.
• Market Share Growth: iPhones now hold ~7% of India’s smartphone market, seen as aspirational status symbols.
• China Diversification: With geopolitical tensions and slowing growth in China, India is emerging as a retail and manufacturing hedge.

Why It Matters

For a company facing plateauing global smartphone sales, India offers a rare blend of rising incomes, a tech-savvy middle class, and policy tailwinds. Apple’s retail-first, locally attuned strategy is not just about selling more devices—it’s about embedding itself into the fabric of India’s digital economy.

Apple Explored Developer-Focused Cloud Platform

For years, Apple quietly watched as Amazon, Microsoft, and Google carved up the cloud computing market. While its own strength lay in tightly integrated consumer devices, something began brewing behind the scenes in Cupertino—an idea that Apple, too, could build a developer-focused cloud platform, one built not on commodity hardware, but on the very silicon that powered iPhones and Macs.

At the heart of this vision was Apple Silicon. The M-series chips had already redefined what portable computing could be. But Apple wondered: what if these same chips fueled the backend of app development? Imagine developers renting servers built around the M1 or M2 to run simulations, train machine learning models, or handle compute-heavy tasks far beyond the capabilities of their personal machines. It wouldn’t just be efficient—it would be uniquely Apple.

The concept didn’t stop there. Apple’s cloud wouldn’t be a fragmented ecosystem of services; it would be a seamless extension of the developer experience. From coding in Xcode to deploying via iCloud integrations, the dream was to create a vertical pipeline where everything—from code to performance metrics—felt native. Even AI processing, which Apple traditionally kept on-device for privacy reasons, could shift to this developer cloud under Apple’s strict security ethos.

Michael Abbott, a seasoned cloud executive, was reportedly steering this ambition until his departure in 2023. Even after he left, whispers continued into 2024, hinting that the project hadn't been entirely shelved—just waiting, perhaps, for the right moment to resurface.

For developers loyal to the Apple ecosystem, the idea was tantalizing. It could have reshaped workflows, lowered barriers to entry, and made building powerful apps more accessible. But like many Apple innovations, it remains under wraps—half-realized, unannounced, and still cloaked in the mystery that defines so much of the company’s most daring ideas.

India’s iPhone Production Lags Behind China: Scaling Bottlenecks and Supply Chain Realignment

Journalist Patrick McGee's book Apple in China highlights how India's iPhone production ramped up much more slowly than China's. Between 2016 and 2023, India produced 15 million iPhones, accounting for 7% of global shipments, whereas China, between 2006 and 2013, surged from zero to 153 million units—ten times India's pace.

A key reason is that India's role in Apple's supply chain is still largely Final Assembly, Test, and Pack (FATP), meaning most components are imported from China and assembled locally by partners like Wistron and Foxconn. This dependency limits India's ability to scale as rapidly as China did.

Apple has made progress—India now assembles flagship models, including the iPhone Pro, and distribution timelines have improved. However, full supply chain independence could take another 5–10 years, as India builds up infrastructure and local component sourcing.

McGee’s book, Apple in China, highlights both the loopholes and strengths in India’s iPhone manufacturing journey.

To start with, China's factories operate with highly optimized workflows, allowing rapid scaling. In contrast, India’s iPhone Production, as mentioned above, is still largely Final Assembly, Test, and Pack (FATP), meaning most components are imported from China. This dependency slows scaling efforts.

Unlike China’s deep manufacturing ecosystem, India lacks the same level of supplier clustering, making logistics more complex. Moreover, China builts a vast electronics manufacturing ecosystem over decades, while India is still developing its supply chain. Most components are imported from China, adding logistical complexity and costs.

Apple’s diversification into India hasn’t fully reduced reliance on China. The Shanghai lockdown in 2022 accelerated India’s role, but parallel operations have increased complexity rather than true supply chain independence.

Apple initially faced hurdles due to India’s 30% local sourcing requirement, which was relaxed in 2017 but still affects supply chain efficiency.

As of now, India has moved beyond entry-level models and now assembles iPhone Pro variants, matching China’s distribution timeliness.

Meanwhile, Apple’s $22 billion investment in India signals long-term commitment, with Foxconn and Tata playing key roles in scaling production. Apple aims to make India a full-fledged manufacturing hub, but experts estimate it could take 5–10 years before India reaches China's scale.

Rising US-China tensions and tariff policies make India a more attractive alternative for Apple’s supply chain diversification.

India’s expanding middle class and increasing iPhone adoption create a strong domestic market, encouraging further investment.

Foxconn’s recent $1.5 billion investment in India signals progress, but deep manufacturing (chips, displays, batteries) is still lacking.

India is making strides, but full-scale manufacturing independence could take another 5–10 years. It's an interesting case study, for the world to see, in manufacturing dynamics. Do you think India can eventually match China's scale, or will structural challenges persist? Do comment below....

OpenAI Acquires Jony Ive’s AI Device Startup in $6.5B Hardware Push

Big move in the AI hardware space! OpenAI has acquired io, the AI device startup co-founded by legendary Apple designer Jony Ive, in a $6.5 billion all-stock deal. This marks OpenAI’s largest acquisition to date, signaling a shift beyond software into consumer hardware.

Ive, best known for designing Apple’s iPhone, iMac, and iPad, will take on deep creative and design responsibilities at OpenAI while continuing to lead his design studio, LoveFrom. The acquisition consolidates OpenAI’s previous 23% stake in io, with the remaining $5 billion paid in equity.

The goal? To develop AI-native devices that rethink human interaction with technology—potentially moving beyond traditional screens. The first product could arrive in 2026, with industry speculation pointing to a next-gen AI-powered assistant or wearable.

This positions OpenAI to compete directly with Apple, Google, and xAI, all racing to integrate AI into consumer devices.

To recall, in September 2023 IndianWeb2.com reported that OpenAI is in advanced talks with former Apple designer Sir Jony Ive and SoftBank’s Masayoshi Son to launch a venture to build the “iPhone of artificial intelligence", with over $1 billion financials from the Softbank.

This acquisition puts OpenAI in direct competition with Apple and Google in the AI hardware space, potentially disrupting their dominance in consumer tech. OpenAI’s move into AI-native devices could threaten Apple’s grip on premium consumer hardware.

Jony Ive, the mastermind behind Apple’s most iconic designs, is now shaping OpenAI’s hardware vision, which could lure Apple loyalists. Apple has been slow to integrate AI deeply into its devices, and OpenAI’s new product could highlight that gap.

Google has been embedding AI into its Pixel devices and Android ecosystem, but OpenAI’s approach focuses on screenless, voice-first interaction.

If OpenAI’s device succeeds, it could reduce reliance on Google’s AI-powered search and assistant technologies. OpenAI’s timing—announcing this acquisition during Google I/O—suggests a strategic move to steal the spotlight.

OpenAI is betting on ambient computing, where AI operates seamlessly in the background without traditional screens. This could create a new category of devices, rather than competing directly with smartphones or smartwatches. If successful, OpenAI could set the standard for AI-first hardware, forcing Apple and Google to rethink their strategies.

Apple and Google will likely respond by accelerating their AI hardware efforts. Apple may push deeper AI integration into iPhones, while Google could refine its AI assistant and wearables. OpenAI’s success will depend on whether it can deliver a compelling, intuitive AI experience that feels indispensable.

Apple India Sets Record, Ships 600 Tons of iPhones to U.S. to Beat Tariffs

Representative Image [Workers load 93 tons of iPhone 6 units onto a China Southern Airlines Boeing 777 flight headed to the U.S.] 

Apple's Indian suppliers, Foxconn and Tata, significantly ramped up iPhone shipments to the U.S. in March, reaching a record $2 billion. This surge was driven by concerns over potential tariffs imposed by President Donald Trump prompting Apple to charter cargo flights carrying 600 tons of iPhones to ensure adequate inventory in one of its key markets.
 
Foxconn alone exported $1.31 billion worth of iPhones, surpassing its combined shipments for January and February. These shipments, originating from Chennai Air Cargo, included iPhone 13, 14, 16, and 16e models, with Chicago receiving the largest volume. Tata Electronics also contributed, exporting $612 million worth of iPhones, marking a 63% increase from the previous month.

Apple reportedly lobbied Indian airport authorities to expedite customs clearance at Chennai airport, reducing processing time from 30 hours to just 6 hours. This strategic move helped Apple navigate the 26% U.S. import duties imposed in April, which were significantly lower than the 100%+ tariffs on Chinese imports.

This development underscores Apple's growing reliance on India as a manufacturing hub, a trend that aligns with broader shifts in global supply chains.