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Canalys Newsroom – India to surpass 15 million PC shipments in 2025 with AI and education tailwinds  

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According to Canalys (part of Omdia), India’s PC market (excluding tablets) grew 6% year on year in Q2 2025, reaching 3.6 million units. Notebook shipments led the growth, rising 8% to 2.7 million units, driven by strong enterprises and AI-ready devices. Desktop shipments were stable, edging up 1% to 861,000 units. However, the tablet market fell sharply, down 27% to 1.2 million units due to weaker government procurement.  

For the full year 2025, India’s PC market is forecast to grow 7% to 15.1 million units, while tablets are predicted to contract 13% to 5.2 million units. In 2026, PC market growth is expected to hold steady on the back of further refresh demand and growing AI adoption. India’s tablet market is set for 15% growth in 2026, driven by government-funded education tenders. 

“Enterprise-led demand remained the backbone of India’s notebook growth in Q2 2025,” said Ashweej Aithal, Senior Analyst at Canalys (part of Omdia). “AI-capable notebook shipments nearly tripled year on year as organizations moved quickly to adopt AI-ready infrastructure for productivity, automation and futureproofing.” Device refresh, including upgrades tied to the Windows 11 transition, also played a critical role, with enterprise PC shipments rising more than 11% during Q2 2025. Demand for workstations led to an impressive 41% growth for the category, highlighting the need for high-performance devices in engineering, design and content creation. 

“For consumers, growth was powered by stronger retail momentum and rising digital adoption,” added Aithal. “Aggressive campaigns by vendors, especially around Republic Day and quarter-end promotions, combined with robust ecommerce traction, provided a meaningful lift to consumer notebook shipments, which grew by 12% year on year.” 

India’s tablet market contracted 27% year on year in Q2 2025, with shipments falling to 1.2 million units. This drop was attributed to a 64% decline in commercial shipments, as government and education orders slowed after strong procurement last year. In contrast, the consumer segment grew 35%, supported by online promotions, affordable devices and growing demand for entertainment and home learning use cases. However, the market continues to face pressure from entry-level saturation and rising competition from budget notebooks and large-screen smartphones, leaving premium and education-focused tablets as the only bright spots.  

“For the remainder of 2025, consumer demand for notebooks will be healthy, supported by competitive pricing, a preference for mobile form factors and government preference for locally made devices,” said Aithal. “Desktops will remain relatively niche, with growth focused in the gaming and high-performance segments. This momentum is expected to be carried into 2026, as PC penetration gains traction in smaller cities and from multi-device ownership. On the commercial side, AI-capable PCs and Windows 11 refresh cycles will dominate procurement, while education tenders like Tamil Nadu’s Elcot project signal a return of large-scale deployments. These schemes may stretch into 2026, creating a spillover effect alongside strong enterprise refresh cycles.”  

Tablets will remain under pressure through 2025, but the Uttar Pradesh education scheme, expected to start by year-end, could revive volumes. Local manufacturing preferences will add some support. By 2026, future tablet market performance will depend on how education demand scales and whether vendors can reposition them beyond secondary use. 

The Indian PC market is entering a decisive phase where AI adoption, education tenders and local manufacturing will define growth. “2025 is laying the foundation, but 2026 will test its sustainability and set the stage for what could become the next long-term growth cycle in a key market for the PC industry,” concluded Aithal. 

India desktop and notebook forecast

Canalys PC forecast: 2024 to 2026

Segment

2024
 shipments

2025
 shipments

2026
 shipments

2025
 annual growth

2026
 annual growth

Consumer

6,026

6,350

6,699

5.4%

5.5%

Commercial

7,197

7,667

8,499

6.5%

10.9%

Government

262

271

317

3.7%

16.8%

Education

592

819

912

38.4%

11.4%

Total

14,077

15,107

16,428

7.3%

8.7%

 

 

 

Note: Unit shipments in thousands. Percentages may not add up to 100% due to rounding.
Source: Canalys forecast, PC Horizon Service, August 2025

Canalys Logo

 

India tablet forecast 

Canalys PC forecast: 2024 to 2026 

Segment 

2024
shipments
 

2025
 shipments
 

2026
 shipments
 

2025
 annual
growth

2026
annual
 growth

Consumer  

2,830 

3,050 

3,158 

7.8% 

3.5% 

Commercial 

559 

495 

561 

-11.5% 

13.4% 

Government 

165 

112 

175 

-32.0% 

56.0% 

Education 

2,475 

1,583 

2,140 

-36.1% 

35.2% 

Total  

6,028 

5,239 

6,034 

-13.1% 

15.2%  

 

 

 

Note: Unit shipments in thousands. Percentages may not add up to 100% due to rounding. 
Source: Canalys forecast, PC Horizon Service, August 2025 

A blue and black logoAI-generated content may be incorrect. 

India desktop and notebook shipments (market share and annual growth) 

Canalys PC Market Pulse: Q2 2025 

Vendor 

Q2 2025
shipments
 

Q2 2025 
market share 

Q2 2024 
shipments 

Q2 2024 
market share 

Annual 
growth 

HP  

1,077 

30.2% 

1,075 

32.0% 

0.2% 

Lenovo 

710 

19.9% 

595 

17.7% 

19.3% 

Acer 

518 

14.5% 

497 

14.8% 

4.2% 

Dell 

398 

11.1% 

425 

12.7% 

-6.3% 

Asus 

267 

7.5% 

238 

7.1% 

12.4% 

Others 

602 

16.8% 

526 

15.7% 

 14.4% 

Total  

3,573 

100.0% 

3,356 

100.0% 

6.5% 

 

 

 

Note: Unit shipments in thousands. Percentages may not add up to 100% due to rounding. 

Source: Canalys PC Horizon Service (sell-in shipments), August 2025 

A blue and black logoAI-generated content may be incorrect. 

 

India tablet shipments (market share and annual growth) 

Canalys PC market pulse: Q2 2025 

Vendor 

Q2 2025
 shipments
 

Q2 2025 
market share 

Q2 2024 
shipments 

Q2 2024 
market share 

Annual 
growth 

Samsung 

345 

28.9% 

581 

35.4% 

-40.7% 

Apple 

233 

19.6% 

165 

10.1% 

41.1% 

Xiaomi 

159 

13.4% 

93 

5.6% 

71.9% 

Lenovo 

139 

11.7% 

127 

7.7% 

9.6% 

Acer 

100 

8.4% 

437 

26.6% 

-77.1% 

Others 

216 

18.1% 

238 

14.5% 

 -9.3%  

Total  

1,192 

100.0% 

1,640 

100.0% 

-27.3%  

 

 

 

Note: Unit shipments in thousands. Percentages may not add up to 100% due to rounding. 
Source: Canalys PC Horizon Service (sell-in shipments), August 2025 

A blue and black logoAI-generated content may be incorrect. 

 

For more information, please contact:

Ashweej Aithal: ashweej_aithal@canalys.com  
Ishan Dutt: ishan_dutt@canalys.com 

About the PC Horizon service 

The worldwide PC Horizon service from Canalys (part of Omdia) provides quarterly updated shipment data to help with accurate market sizing, competitive analysis and identifying growth opportunities. Canalys PC shipment data is granular, guided by a strict methodology, and is broken down by market, vendor and channel, as well as additional splits, such as GPU, CPU, storage and memory. In addition, quarterly forecasts are published to help better understand the future trajectory and changing landscape of the PC industry. 

About Canalys

Canalys, part of Omdia, is a leading global technology market analyst firm with a distinct channel focus. We strive to guide clients on the future of the technology industry and to think beyond the business models of the past. We’ve delivered market analysis and custom solutions to technology vendors worldwide for over 25 years. Our research covers emerging, enterprise, mobile and smart technologies. Understanding channels is at the heart of everything we do. Our insightful reports, data and forecasts inform our clients’ strategies, while the Canalys Forums and Candefero online community give the channel feedback opportunities. We stake our reputation on the quality of our data, our innovative use of technology and our high level of customer service.

Receiving updates

To receive media alerts directly, or for more information about our events, services or custom research and consulting capabilities, please contact us. Alternatively, you can email press@canalys.com.

 

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Education

What counts as cheating? – NBC 5 Dallas-Fort Worth

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The book report is now a thing of the past. Take-home tests and essays are becoming obsolete.

High school and college educators say student use of artificial intelligence has become so prevalent that assigning writing outside of the classroom is like asking students to cheat.

“The cheating is off the charts. It’s the worst I’ve seen in my entire career,” says Casey Cuny, who has taught English for 23 years. Educators are no longer wondering if students will outsource schoolwork to AI chatbots. “Anything you send home, you have to assume is being AI’ed.”

The question is how schools can adapt, because many of the teaching and assessment tools used for generations are no longer effective. As AI technology rapidly improves and becomes more entwined with daily life, it is transforming how students learn and study and how teachers teach, and it’s creating new confusion over what constitutes academic dishonesty.

“We have to ask ourselves, what is cheating?” says Cuny, a 2024 recipient of California’s Teacher of the Year award. “Because I think the lines are getting blurred.”

Cuny’s students at Valencia High School in Southern California now do most of their writing in class. He monitors student laptop screens from his desktop, using software that lets him “lock down” their screens or block access to certain sites. He’s also integrating AI into his lessons and teaching students how to use AI as a study aid “to get kids learning with AI instead of cheating with AI.”

In rural Oregon, high school teacher Kelly Gibson has made a similar shift to in-class writing. She also incorporates more verbal assessments to have students discuss their understanding of the assigned reading.

“I used to give a writing prompt and say, ‘In two weeks, I want a five-paragraph essay,’” says Gibson. “These days, I can’t do that. That’s almost begging teenagers to cheat.”

Take, for example, a once typical high school English assignment: Write an essay that explains the relevance of social class in “The Great Gatsby.” Many students say their first instinct is to ask ChatGPT for help “brainstorming.” Within seconds, ChatGPT yields a list of essay ideas, examples, and quotes to back them up. The chatbot ends by asking if it can do more: “Would you like help writing any part of the essay? I can help you draft an introduction or outline a paragraph!”

Students are uncertain when AI usage is out of bounds

Students say they often turn to AI with good intentions for things like research, editing or help reading difficult texts. But AI offers unprecedented temptation, and it’s sometimes hard to know where to draw the line.

College sophomore Lily Brown, a psychology major at an East Coast liberal arts school, relies on ChatGPT to help outline essays because she struggles putting the pieces together herself. ChatGPT also helped her through a freshman philosophy class, where assigned reading “felt like a different language” until she read AI summaries of the texts.

“Sometimes I feel bad using ChatGPT to summarize reading, because I wonder, is this cheating? Is helping me form outlines cheating? If I write an essay in my own words and ask how to improve it, or when it starts to edit my essay, is that cheating?”

Her class syllabi say things like: “Don’t use AI to write essays and to form thoughts,” she says, leaving a lot of grey area. Students say they often shy away from asking teachers for clarity because admitting to any AI use could flag them as cheaters.

Schools tend to leave AI policies to teachers, often meaning that rules vary widely within the same school. Some educators, for example, welcome the use of Grammarly.com, an AI-powered writing assistant, to check grammar. Others forbid it, noting the tool also offers to rewrite sentences.

“Whether you can use AI or not depends on each classroom. That can get confusing,” says Valencia 11th grader Jolie Lahey. She credits Cuny with teaching her sophomore English class various AI skills like uploading study guides to ChatGPT, having the chatbot quiz them, and then explaining problems they got wrong.

But this year, her teachers have strict “No AI” policies. “It’s such a helpful tool. And if we’re not allowed to use it that just doesn’t make sense,” Lahey says. “It feels outdated.”

Schools are introducing guidelines, gradually

Many schools initially banned use of AI after ChatGPT launched in late 2022. But views on the role of artificial intelligence in education have shifted dramatically. The term “AI literacy” has become a buzzword of the back-to-school season, with a focus on how to balance the strengths of AI with its risks and challenges.

Over the summer, several colleges and universities convened their AI task forces to draft more detailed guidelines or provide faculty with new instructions.

The University of California, Berkeley, emailed all faculty new AI guidance that instructs them to “include a clear statement on their syllabus about course expectations” regarding AI use. The guidance offered language for three sample syllabus statements: for courses that require AI, ban AI in and out of class, or allow some AI use.

“In the absence of such a statement, students may be more likely to use these technologies inappropriately,” the email said, stressing that AI is “creating new confusion about what might constitute legitimate methods for completing student work.”

Carnegie Mellon University has seen a huge uptick in academic responsibility violations due to AI, but often students aren’t aware they’ve done anything wrong, says Rebekah Fitzsimmons, chair of the AI faculty advising committee at the university’s Heinz College of Information Systems and Public Policy.

For example, one student learning English wrote an assignment in his native language and used DeepL, an AI-powered translation tool, to translate his work to English. But he didn’t realize the platform also altered his language, which was flagged by an AI detector.

Fitzsimmons said enforcing academic integrity policies has become more complicated since the use of AI is hard to spot and even harder to prove. Faculty are allowed flexibility when they believe a student has unintentionally crossed a line, but they are now more hesitant to point out violations because they don’t want to accuse students unfairly. Students worry that there is no way to prove their innocence if they are falsely accused.

Over the summer, Fitzsimmons helped draft detailed new guidelines for students and faculty that strive to create more clarity. Faculty have been told that a blanket ban on AI “is not a viable policy” unless instructors change how they teach and assess students. Many faculty members are doing away with take-home exams. Some have returned to pen-and-paper tests in class, she said, and others have moved to “flipped classrooms,” where homework is done in class.

Emily DeJeu, who teaches communication courses at Carnegie Mellon’s business school, has eliminated writing assignments as homework and replaced them with in-class quizzes done on laptops in “a lockdown browser” that blocks students from leaving the quiz screen.

“To expect an 18-year-old to exercise great discipline is unreasonable,” DeJeu said. “That’s why it’s up to instructors to put up guardrails.”



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Schools Forced to Redefine What Cheating Means Amid AI Use

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Published: September 16, 2025

Getty Images 1465474705/Solskin

By India McCarty

AI makes everything easier these days, including cheating. As more students turn to the tech to help them in school, teachers have to redefine their concept of cheating on tests and papers. 

“The cheating is off the charts. It’s the worst I’ve seen in my entire career,” Casey Cuny, an English teacher of 23 years, told the AP News. “Anything you send home, you have to assume is being AI’ed.” 

EducationWeek reported that, in a survey conducted by Turnitin, “some AI use was detected in about 1 out of 10 assignments,” and that “at least 20 percent of each assignment [they reviewed] had evidence of AI use in the writing.”

Cuny continued, “We have to ask ourselves, what is cheating? Because I think the lines are getting blurred.”

Related: How AI and ChatGPT are Changing Education

 

Students agree, with many saying they turn to ChatGPT for help with brainstorming. However, it’s all too easy to take the chatbot up on its offer of simply writing the paper or doing the work for them. 

“Sometimes I feel bad using ChatGPT to summarize reading, because I wonder, is this cheating? Is helping me form outlines cheating? If I write an essay in my own words and ask how to improve it, or when it starts to edit my essay, is that cheating?” college sophomore Lily Brown said

She explained that there is a gray area when it comes to how teachers enforce AI restrictions — most syllabi say things like “Don’t use AI to write essays and to form thoughts,” but that leaves a lot of wiggle room for students who want to use the technology. 

Now, schools work to put detailed rules about AI use in place, hoping to cut down on any cheating. The University of California, Berkeley emailed faculty with AI guidance that told them to “include a clear statement on their syllabus about course expectations” surrounding the tech. 

The University of Kansas has also made their guidelines clear, with James Basham, a professor of special education and director of the school’s Center for Innovation, Design & Digital Learning calling the rules “a foundation.” 

“As schools consider forming an AI task force, for example, they’ll likely have questions on how to do that, or how to conduct an audit and risk analysis,” he explained in an interview with KU’s newspaper. “The framework can help guide them through that, and we’ll continue to build on this.”

It can be tricky to decide what’s cheating and what’s just a little extra help when it comes to using AI, but as schools wise up, regulations for the tech use are becoming more widespread.

Read Next: Is ChatGPT Use Becoming More Common Among School Kids?

Questions or comments? Please write to us here.

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Seton Hall University Hosts Dynamic BAASANA Conference on AI and Society

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Keynote speaker Issata Oluwadare addressing conference attendees

Over the summer, Seton Hall University welcomed global scholars, executives and students
for the 2025 International Conference of the Business and Applied Sciences Academy
of North America (BAASANA), positioning the university and its Division of Continuing Education and Professional Studies (CEPS) as leaders in convening high-level thought leadership events.

The two-day conference, themed “AI and Society: Navigating the Future of Technology
and Human Well-Being,” brought together voices from across academia, business and
technology to examine the promise and challenges of artificial intelligence. From
addressing ethical concerns to exploring the role of AI in education, leadership and
health, the conference underscored Seton Hall’s role as a hub for innovation, dialogue
and collaboration.

Jet Mboga, BAASANA president, opened the event by honoring the Academy’s founders
and longtime members before framing the conference’s urgency. “This theme could not
be timelier,” she noted. “As AI continues to transform industries and redefine relationships,
it is imperative that we critically examine its impact on human well-being and societal
structures. This gathering embodies BAASANA’s mission to bring innovation, intellectual
curiosity and social responsibility into focus.”

Conference highlights included an opening address from Berkeley College president
Diane Recinos on “Remembering the Human Side in an AI World,” followed by a student-led
panel on envisioning AI’s impact in higher education. The panel was moderated by John
H. Shannon of Seton Hall’s Stillman School of Business and featured Kathleen Meager ’25, Kyle Ganning ’25 and Nicole Voltmer ’26, who shared
their research findings from their intensive project Charting the Future of Higher Education, which they have presented to the university board and other audiences over the past
year.

Keynote speaker and Rutgers faculty member Issata Oluwadare explored Generation Z’s
social and workplace challenges in “Teaching Soft Skills to America’s Loneliest Generation,”
providing deep insight along with one of her students on how high-impact teaching
practices and empathy can engage Gen Z in ways that acknowledge the digital world
they grew up in, while fostering their talents, confidence and leadership development.

Breakout sessions delved into pressing questions on AI’s role in finance, healthcare,
marketing, leadership and education, with faculty and students from institutions across
the U.S. and abroad contributing research and perspectives. The breadth of presentations,
from deepfakes and social engineering to AI in human resource management and sustainability,
demonstrated the interdisciplinary reach of the conference.

Donald Crooks, BAASANA past president and professor emeritus of Wagner College, emphasized
the collaborative spirit at the heart of the event: “At BAASANA, we believe the intersection
of knowledge, innovation and community is where breakthroughs happen. This conference
was a testament to the power of collective expertise. The conversations here will
ripple outward, shaping how AI can be harnessed responsibly for the betterment of
society.”

Co-authors of the 2025 24-hour Hackathon

Co-authors of the 2025 24-hour Hackathon research paper ready to present their findings
at the conference

Seton Hall played a key role not only as host but also as an active participant. Mary
Kate Naatus presented on AI’s potential to reshape global academic partnerships, noting:
“Hosting this conference with a strong student presence shows our commitment to being
a place where ideas are exchanged openly, where different perspectives come together,
and where those conversations spark innovation that reaches across industries and
borders.”

In addition, the conference featured Best Presentation Awards, with standout recognition
for Kendra Sherman, Seton Hall’s assistant director of residence life and doctoral
student in higher education leadership, for her research on international education
and AI. A paper emerging from the 2025 24-hour Hackathon, co-authored by Sandro Tejada,
Mark Schild, Manfred Minimair, Victor Lopez and Naatus, was also recognized, highlighting
Hackathons as catalysts for building a co-curricular culture of AI, cyber and innovation.
Reflecting on the initiative, Tejada shared, “This Hackathon is such an impactful
strategic initiative. It creates a space where students, faculty and industry leaders
can co-create solutions to real-world challenges while advancing research that has
immediate relevance.” Seton Hall will host its second annual 24-Hour Hackathon on
March 21 and 22, 2026 (more information available here).

In-person Attendees at the 2025 BAASANA Conference

Focused and Present: In-person Attendees at the 2025 BAASANA Conference

The conference was further shaped by the leadership of Margaret Laryea, a Stillman
master’s student in business analytics, who served as project manager and volunteer
coordinator for the event and noted, “This was a great venue for students to present
their work, gain feedback and build their professional networks.” Other Seton Hall
student presenters, including Janice Huang, demonstrated the university’s diverse
and growing talent, while international participants from Bangladesh and Nepal, including
Jahirul Haque, vice chancellor of the Canadian University of Bangladesh, helped expand
the dialogue around innovation and leadership around the globe.

Closing remarks from Wagner College president Jeffrey A. Doggett highlighted the need
for higher education institutions to address the reality of AI as it impacts the future
of work. Universities must prepare students to navigate within that evolving landscape,
understanding the technology, the benefits, the risks and to develop the ethical and
moral compass necessary to lead responsibly in an AI-driven world.

For inquiries on events and professional programming, as well as professional development
opportunities in AI, leadership and technology at Seton Hall, visit our division website or contact [email protected].

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