Education Technology | Innovations and Insights - Edinbox

"Artificial intelligence: the future is now." This tagline well encapsulates the present China, with AI no longer being merely a buzzword — it's a driving force behind ordinary life and international collaborations.

In the earlier part of this year, China followed France and more than 10 other nations in signing an international statement on AI development at the 2025 AI Action Summit in Paris, committing to develop AI in an open, inclusive, and ethical manner. This is a demonstration of China's increasing leadership and responsibility in developing global AI governance.

One of the emerging stars in this tale is DeepSeek, a Chinese AI company that's causing a stir globally. Unusually for many of its rivals, DeepSeek has gained recognition by enhancing algorithms to drastically cut computing power requirements — and by open-sourcing its model.

As Vrije Universiteit Brussel professor Lin Ying said, this open method provides useful materials for researchers globally with "a path for European companies to develop advanced AI models under limited computing resources".

DeepSeek's success is not only about technology; it's a glimpse of China's larger innovation environment.

From 'AI as a concept' to 'AI in daily life'

In China, AI is not limited to research labs or the corporate boardroom — it's integrated into everyday life. AI beautification features on smartphones; shopping centers have unmanned checkouts; hospitals use AI-based diagnostic tools; even farms are using AI-driven precision irrigation and smart fertilizers.

"Turns out AI is nearer than we imagined," many in China comment. What was once the stuff of science fiction — robot helpers, autonomous vehicles, art created by AI — is now a reality. From intelligent kitchens to AI teachers, from tailored suggestions to managing traffic, AI is no longer some distant vision but a reality that is making life better across the nation.

Aside from convenience, China's AI journey also presents global opportunities. Prof. Lin Ying pointed out that "while Europe excels in data privacy, security, and ethics, China leads in scaling and rapid commercialization." This complementarity presents opportunities for China-European cooperation, particularly in the establishment of joint AI standards and governance frameworks. In an era plagued by digital divides and ethical challenges, such cooperation paves the way for a more inclusive digital world economy.

This AI bonanza is not occurring in a vacuum. 2025 is the 50th anniversary of diplomatic ties between China and the EU, an alliance that evolved from trade relationships into all-around cooperation. In 2024, China-EU trade totaled $785.8 billion, whereas two-way investment rose to $260 billion. These statistics are not merely figures, but networks — thousands of companies, scholars, and entrepreneurs linking across borders.

Take DeepSeek as a case, but look broader: Chinese carmaker BYD is constructing a fresh EV factory in Hungary; CATL battery factories are popping up in Germany, Hungary, and Spain; Chery's Spanish joint venture has already launched fresh models. AI has been part of this broader narrative of technology transfer and industrial integration.

When AI spans technology and culture

Interestingly, AI isn't only powering technological cooperation — it's building cultural bridges. As there are regulatory uncertainties surrounding TikTok in the West, European consumers are rushing to China's Xiaohongshu (RedNote) app. There, they're studying Mandarin, warbling Chinese pop hits, trying AI-made ink art, and engaging with Chinese content creators live.

AI, it appears, has become an unlikely "cultural translator".

China's cultural exports are also picking up steam with AI-facilitated localization. The launch of "Black Myth: Wukong", China's first AAA game, sold more than 28 million copies worldwide, fueled by AI translation software allowing global players to enjoy Chinese mythology. AI is not displacing culture, but instead, it is scaling it, introducing tales such as the story of Sun Wukong to global audiences.

"Technology knows no borders; cooperation has no limits." During the current AI boom, China is not trying to dominate innovation but establish knowledge bridges of opportunity, common growth, and mutual understanding. As one European expert phrased it: "To work with China is not just to access products — it's to access a vibrant future."

In fact, the future is both close at hand and far away. With AI, the world perceives an open, cooperative, innovative, and dynamic China.

In an age where adaptability is the need of the times, learning about Artificial Intelligence and Machine Learning at school is no longer a choice — it's a requirement. In schools that are dedicated to the spirit of tradition and innovation alike, AI is not a course; instead, it is the door to the future.

Artificial Intelligence (AI) and Machine Learning (ML) are no longer far-off ideas of technology. Now they are transforming the way we live, work, and learn as well. Realizing the potential, Union Education Minister Dharmendra Pradhan had recently stated that it is essential that we introduce these new technologies into our classrooms, so that the students are future-ready.

In 2022, UNESCO itself had come out with a report on how AI might transform the Indian classrooms. Entitled 'State of the Education Report (SOER) for India: Artificial Intelligence in Education – Here, There and Everywhere', the report asserted that to responsibly incorporate Artificial Intelligence in education, it is essential to place ethics at the forefront, create a well-balanced regulatory system, and build robust public-private partnerships.

In answer to this call, schools throughout the nation are rising to the challenge.

"Embracing AI and ML has revolutionized our students' learning in a big way. They make learning personalized, improve critical thinking, and prepare one with skills for the future," said Ajay Singh, Principal, The Scindia School to Times Now Digital. According to him, now students are working on real projects, i.e., drone projects, where they implement concepts of AI practically with innovation and leadership.

While schools are now adopting AI as a curriculum component, the experts opine that AI must be introduced from the early days. "It demystifies technology and triggers curiosity, analytical and problem-solving ability at an early age. Our learning content should respond to the skills that the future requires," opined Pallavi Upadhyaya, Principal, DPS Raj Nagar Extension.

With the world changing so quickly and corporations looking to hire AI-conscious talent, Indian educational institutions realize that it is not just the right time to adopt AI in school education, but it is also a must.

Yet, there are precautions taken by teachers so that the right age-relevant AI content can prepare students for a future where automation, data science, and smart systems will touch every vocation.

AI: A Tool for All Learners, Not Just High Achievers

Unfortunately, some schools are limiting education in AI to those students who scored more than 80 per cent, and others are against it. Times Now Digital discovered that most schools prefer differentiated learning plans where students learn AI depending on the mode of learning and interests instead of strict performance levels. "Denying education in AI to high scorers goes against the very purpose of education," DPS principal Pallavi stated.

AI will be able to boost learning outcomes by engaging a multifaceted group of learners in innovative and analytical manners, most practitioners are convinced. "Artificial intelligence is not something that only high achievers get to experience—it's a basic tool that all students should have access to," Singh commented. "Limiting access may snuff out curiosity and discourage students who possess potential but have yet to achieve it academically."

Preparing Educators for AI Era

Teacher training with AI competence is the start of student training with AI competence. Against this background, schools are also investing in training their faculties so that they can teach AI education more effectively. In December 2024, the Delhi Government planned to establish Artificial Intelligence (AI) Labs in some schools. The State Council of Educational Research and Training (SCERT) is also reported to create Artificial Intelligence-based courses.

Private schools are also stepping forward. Mukta Rana, a Sanskrit teacher at Mayur School was more than happy to brief us about how the teachers and students are adopting AI and technology for studies. "Earlier we would go to Computer or Science labs weekly, now each class has its own lab and we teachers also pay special attention to the practical side. Trust me, class 6 kids are constructing robots." We were all surprised to witness this sort of talent at such a young age," she added.

The teachers of DPS have conducted workshops and certifications in CBSE, IBM, Intel, and other forums. The teachers are also regularly updated with the current developments through in-house sessions as well as from the IT industry experts.

Scindia School also gives extremely high importance to teacher training. "Our teachers are trained to explain complex AI concepts in simple, age-appropriate language. We invest in ongoing upskilling to ensure our teaching meets international standards" said Singh.

Anju Soni, Shiv Nadar School, Noida Principal testified, "We have to integrate AI into textbooks because it gives immediate feedback and course correction to students, thus making a closed loop of feedback that accelerates learning. Our teachers intentionally leverage AI tools like Diffit and Khanmigo to improve teaching and learning. Some of the tasks are specifically designed to enable students to use AI as a tool for exploring critical and creative thinking, enabling innovation along with acquiring key 21st-century skills."

AI in Education: Opportunities and Challenges

Education with the integration of AI brings interdisciplinary learning, innovation, and worldwide employability within its reach. That being said, it does have challenges too. Schools would have to upgrade infrastructure, reform curriculum as well as train teachers in order to keep up with fast-changing technologies.

Arav, a class 5 student of a Patna private school said that his school lacks proper infrastructure."We are given just 1 Computer class a week and there too instructors get occupied in explaining bits of the computer and tell us to draw on MS Paint. My Computer textbook chapter has MS Logo and lots of other things, but we are only asked to keep discipline and draw on MS Paint every week."

Personally, however, he is using AI for assistance and information. "I feel that AI is better than Wikipedia, at least I get to know if the source is original or not. I do use AI to assist me in writing essays and slogans."

Another Delhi class 12 student, Yash, provided a differing viewpoint. He emphasized how the technology integrated has occurred in his school life and his life at home as well."I do assignments and projects at school using AI tools, and even study things that I am passionate about, such as coding and graphic design. We use it at school in computer class and even for science experiments. At home, I will have AI recommend things to me, It's like having a genius assistant on hand."

Parents also need to be trained for this shift of technology. Parent orientation has the potential to acclimatize parents to AI in ways that go beyond its uses to screens and games. Parents should be taught how it will best equip their children to navigate a world with future complexities. The challenge will be to provide equal access to learning about AI and balancing technological advancement with core human values.

In most schools, such a balance is in the pipeline already. AI is not a human teacher substitute but a useful tool to assist with individualized learning, with creativity, and in support of their tradition of wholeness in excellence.

Sometimes life makes a sudden turn, the kind that no man can ever anticipate. Such is one such story, recently published on Humans of Bombay, of Ramya Krishna's brother — a young man who lost almost everything at 18, but found strength, meaning, and a new life in the face of unimaginable hardship.

It began on a rainy November 2012 night in Vijayawada. Vijay's brother was just 18 years old. He had gone to see a movie with friends. But when there were no tickets, they considered going back home. They traveled in the opposite direction on slippery roads while going back, and their bike skidded. His friend got up, but Vijay's brother did not. Words that are etched in her mind are his own: "Kuch mehsoos nahi ho raha.".

Suddenly, it was all different with that single moment. The family had a call at midnight. "Bhaiya ka accident hua hai," her father told her, his face pale with fear. And then came a haze of hospital visits, surgeries, and second opinions. Though he did not have any outward injuries, the verdict was horrific: a spinal cord injury paralysing him from the neck down.

Months passed, and their existence was hospitals, rehab facilities, and times of isolation. Ramya recalls that her brother was mostly silent, yet at times of complete despair. Everything changed for him in 2014 when a family friend in the US provided him with a mouthstick, an attachment system that enabled one to control a computer cursor as a substitute for both arms and hands through basic head movement.

One of those items of technology was his gateway to the world once more. He began watching YouTube videos, reading technology news, and learning. He hired a tutor in 2015 and learned Java. By 2017, he was working on a freelance basis. And by 2020, he was at a UK startup.

Now he leads the mobile development team in the same company from a hospital-like bed. He is unable to sit for eight hours, tires easily, and has chronic physical incapacities. But he goes to office daily, driven by determination and unwritten will. His "Main kar sakta hoon" was not a personal motto but a ray of hope for everyone around him.

The story touched netizens so much that they thronged the comment section with praise and encouragement. Numerous of them thought it was the most inspiring source while some of them praised how the story inspired hope to people who were experiencing hardships. Messages simply did not cease but overflowed with prayers, love, and encouragement—the tribute to his resilience in staying firm giving hope to many who are out of reach.

As Ramya herself said, "Jab tak tum mei himmat hai, tab tak tumhe koi nahi rok sakta (Nobody can stop you as long as you have courage)."

India's defence technology is flying high to new dimensions—and it's lifting off from within a classroom. Central to this revolution is IIT Kanpur, now becoming the country's leading drone technology center, by marrying cutting-edge research with hands-on teaching to define the next generation of military-tech leaders.

Lying within the campus of IIT Kanpur is a 60-year-old airstrip that was once an emblem of the past. Today, it's been reimagined as an advanced flight laboratory where unmanned aerial vehicles (UAVs) are designed, tested, and perfected. This is not merely an exercise in creating machines—it's about training minds that will reorient India's future to contemporary warfare.

From mini-drones to surveillance UAVs with large-mileage capabilities, all prototypes that are developed here have student researchers, doctoral scholars, and defence experts in harmony. For students of IIT Kanpur, drone technology isn't a blackboard theory—it's a hands-on class in the skies, where each test flight hones both machines and minds.

In a technology-driven world where the new battlefield is here, the incorporation of drone education into regular engineering courses is an important turning point. AI courses, courses in robotics, avionics, and aerospace engineering now have direct application in national security. Students are not merely learning engineering—students are learning to tackle actual defence problems.

This research- defence collaboration is already paying off. Drones engineered at IIT Kanpur are being used to equip India's forces, demonstrating that home-grown innovation is not only feasible—it's flourishing. With drone research and education under one umbrella, IIT Kanpur ensures Indian military readiness starts not merely on the border but also within the classrooms.

As India makes a push for its Atmanirbhar Bharat (self-reliant India) vision, such initiatives confirm that defence education is not only confined to military academies anymore. Institutions such as IIT Kanpur are building tech-savvy patriots, ones who are prepared to innovate, defend, and lead.

Defending the nation in today's age begins with empowering its students—and IIT Kanpur is leading the way.

Malawi primary schools are ahead of Indian primary schools! Just like how exciting it felt to learn from new, colourful books back in the 90s, this generation feels the same for tablets. This is, in fact, happening in the primary schools of Malawi right now. Since many students lack the opportunity to learn enough reading and maths in schools, tablets are now making classrooms more lively learning environments. We’ll look into this simple device and its importance for Malawi students—and also for everyone else.

What Is Going on in Malawi’s Primary Schools?

Together with Imagine Worldwide and onebillion, Malawi’s government launched the groundbreaking program BEFIT (Building Education Foundations through Innovation & Technology). The goal? Making sure that primary school students in all grades, particularly early grades, get educational tablets. Interactive lessons about reading and arithmetic are included on these tablets and they adjust to the speed and abilities of each child.

What Makes Tablets Important for Education Now?

A large percentage of Malawian kids, as per some sources which is 90%, were not able to read well only a few years past. Because there were not enough books for everyone, many students had to share. The program does this by sending personalized learning lessons daily through tablets, without needing new classrooms or hiring more teachers. The tablets can power themselves with solar energy which is handy when electricity is unreliable in schools.

What Are the Effects?

The findings have been very compelling. Science proves that using tablets for 30 minutes every day for eight weeks helped children in grades 1-3 improve much more in reading and basic maths than children in regular classrooms. The teachers indicate that tablets are convenient and this helps kids stay interested and focused. Fewer students are absent and they feel stronger and happier to learn more. Being new, in the first year BEFIT connected with 277,000 students using quick testing in 500 schools and is now expanding to reach all districts and up to 3.8 million children each year.

What can India Learn?

The experience of Malawi can teach and motivate us Indians. Children living in Malawi deal with similar issues as those in rural India such as fewer resources, less access to teachers and gaps in learning. Thus, it is evident from Malawi that introducing technology to education in the right way can reduce these gaps and allow every child to succeed. By following a similar approach India can tackle the education gap in rural areas. However, the most important factor is strong collaboration between government, educators and technology providers supported by good research and dedication to help every student.

Technology Is Creating a Brighter Tomorrow

Children in Malawi who use technology in learning are not only gaining skills in reading and math but also gaining confidence for their futures. This story demonstrates how well-equipped and well-supported marginalised children can excel both in school and elsewhere.

If Malawi was able to do this, we surely can too. Now is the time to envision new possibilities for every child, wherever they live.  

When hackers target a school district, they can reveal Social Security numbers, home addresses, and even disability and disciplinary records. Cybersecurity experts now warn that the Trump administration's budget cuts and personnel reductions, along with rule changes, are removing key defenses schools rely on.

"School cyberattacks are on the rise and when we most need federal assistance, it's being taken away," said Keith Krueger, chief executive officer of the Consortium for School Networking, a group of K-12 technology officials. 

The stakes are high. Schools are the number one target in ransomware attacks, and cyber thieves have even succeeded in taking entire school districts offline. The biggest such breach happened in December when cyberthieves stole personal data of students and teachers from PowerSchool, a firm that operates student information systems and houses report cards. The haul consisted of data on over 60 million students and nearly 10 million teachers. PowerSchool paid an unspecified ransom but the thieves didn't relent. Now, in a second wave of extortion, the same cyber attackers are extorting ransoms from school systems.  The federal government has been ramping up to assist schools, especially since a 2022 cyberattack on the Los Angeles Unified School District, the country's second-largest. Now this desperately needed help hangs in the balance.

Of greatest concern is a cybersecurity service called MS-ISAC, short for Multi-State Information Sharing and Analysis Center.

It alerts over 5,700 schools across the nation who have enrolled in the service to malware and other dangers and suggests security patches. The technical service is available at no charge to schools but is funded by a yearly congressional appropriation of $27 million through the Cybersecurity and Infrastructure Security Agency (CISA), a department under the Department of Homeland Security. On March 6, the Trump administration provided notice of a $10 million reduction in funding as part of deeper budget and personnel reductions across CISA.

That was eventually bargained down to $8.3 million, but the service still spent well over half of its remaining $15.7 budget for the year. The non-profit organization that operates it, the Center for Internet Services, is draining its reserves to maintain it. But money for those services will be depleted in coming weeks, and it is not certain how the service will go on without charging user fees to schools. "Most districts lack the funds and resources to accomplish this themselves, so not being able to access our no cost services is a concern," said Kelly Lynch Wyland, a representative for the Center for Internet Services. Another issue is the successful dismantling of the Government Coordinating Council, which assists schools in responding to ransomware attacks and other attacks via policy guidance, such as responding to ransom demands, to whom to notify when an attack occurs and best practices for avoiding attacks.

This coordinating council was established just a year ago by the Department of Education and CISA.

It unites 13 nonprofit school groups serving superintendents, state education officials, technology officers and others. The council attended regularly following the PowerSchool data breach to exchange information. Now, during the second round of extortions, school officials have been unable to convene due to a modification of rules on open meetings. The group was initially exempt from meeting in public because it was deliberating threats to critical infrastructure. But the Trump administration's Department of Homeland Security revived open meeting rules on certain advisory committees, such as this one. That makes it hard to talk openly about stopping criminal activity. Non-governmental organizations are attempting to revive the council, but it would be in a weakened state absent government involvement. "The FBI really comes in when there's been an incident to find out who did it, and they have advice on whether you should pay or not pay your ransom," said Krueger of the school network consortium.

A third issue is the removal in March of the education Department's Office of Educational Technology. This seven-member office addressed education technology policy — including cybersecurity. It published cybersecurity guidance to schools and conducted webinars and meetings to describe how schools could close the gaps and harden their defenses. It also hosted a biweekly meeting to discuss K-12 cybersecurity throughout the Education Department, including offices that work with students with disabilities and English learners.

Removing this office has hindered efforts to determine which security controls, including encryption or multi-factor authentication, should be included in educational software and student information systems.

Many teachers fear that without this federal coordination, student privacy is in jeopardy. "My greatest fear is all the information that's floating out in the cloud," said Steve Smith, a founder of the Student Data Privacy Consortium and the previous chief information officer of Cambridge Public Schools in Massachusetts. "Most likely 80 to 90 percent of student data is not on school-district managed services. It's being transmitted to ed tech providers and being stored on their data systems."