Education Technology | Innovations and Insights - Edinbox

The Indian Space Research Organisation (Isro) is set to launch the PSLV-C62 mission on January 12, 2026 from Sriharikota. This mission, blasting off at 10:17 am IST, will carry a primary Earth observation satellite alongside 18 intriguing co-passengers from around the world.

From defence tech to artistic experiments in orbit, these payloads promise to push boundaries in science and innovation.  Let us dive into the stars of the show.

EOS-N1 (ANVESHA)

At the heart of the mission is EOS-N1, also known as Anvesha, a sophisticated imaging satellite crafted by the Defence Research and Development Organisation (DRDO).

Weighing in at a hefty load, it focuses on strategic applications like border surveillance and identifying hidden assets through hyperspectral imaging. This is an imaging technique which gives a camera super vision to see not just colours, but hundreds of invisible light shades across the electromagnetic spectrum.

Imagine a satellite that can peer through camouflage, aiding national security while also supporting agriculture and environmental tracking. It is a game-changer for India's remote sensing prowess.

AAYULSAT

Hailing from Bengaluru's space technology startup OrbitAID Aerospace, AAYULSAT is India's bold first step into on-orbit refuelling. This compact satellite demonstrates how we might extend spacecraft lifespans by topping up fuel in space, much like refilling one's car on a long road trip.

MOI-1

Developed by Hyderabad's TakeMe2Space and EON Space, the 14-kilogram MOI-1 packs a punch with onboard AI for Earth imaging.

It processes data right in orbit, skipping the need for ground stations. Think of it as a smart camera in the sky, spotting changes in landscapes or disasters in real time, showcasing edge computing's orbital potential.

INDO-MAURITIUS JOINT SATELLITE (IMJS)

This collaborative gem between India and Mauritius highlights growing international ties. While details are sparse, IMJS symbolises shared ambitions in space exploration, possibly focusing on regional monitoring.

It is a reminder that space knows no borders, fostering technology exchanges across oceans.

KESTREL INITIAL DEMONSTRATOR (KID)

From Spain's Orbital Paradigm comes the 25-kilogram KESTREL INITIAL DEMONSTRATOR (KID), a reentry capsule hitched to the rocket's fourth stage.

It tests low-cost recovery for microgravity experiments, like bringing samples back from space affordably.

Picture a football-sized probe plummeting home, opening doors to reusable tech.

ORBITAL TEMPLE

A quirky 250-gram PocketQube from an artistic project, Orbital Temple challenges ideas of space as a 'heavenly' realm.

This tiny cube, orbiting at 525 kilometres, probes cultural beliefs about the cosmos. It is not just science; it is philosophy in space, lingering for a decade to spark debates on humanity's stellar footprint.

PocketQube is an artistic project by Brazilian artist Edson Pavoni, serving as a space memorial where people can upload names of loved ones via a ground-based antenna.

The satellite platform was developed by Morehead State University and Kentucky Space in the US.

The PocketQube satellite serves as an open memorial in space, inviting anyone on Earth to send the name of a loved one who has passed away. Through a simple website, participants submit names for free, which are then beamed up via radio signals from a striking golden ground antenna to be stored eternally in the satellite's memory as it orbits at around 525 kilometres altitude.

What makes Orbital Temple truly captivating is its deeper message. It gently challenges long-held cultural and religious ideas about heaven.

This project is to democratically determine who is able to gain access to the space above Earth and to provide a welcoming, open environment for everyone, everywhere, in a manner similar to how we operate on Earth. It gives people a way to honour the memory of loved ones that have passed away while providing a place for reflection on topics such as grief, remembrance, and humankind's role in the universe.

The payload will remain in orbit for approximately 10 years and will eventually fall back to Earth and burn up in the atmosphere, leaving no trace behind; this is a very considerate acknowledgment of human frailty and of the need to act responsibly.

The rest of the CUBE satellites and the other 200 kilograms of satellite payloads, CGUSAT-1, SR-2 Sat, and the other CUBE satellites from other countries like UAE and USA are all included in these payloads.

They span startups and institutions, hinting at diverse experiments. With PSLV's proven track record, this launch could inspire a new wave of space enthusiasts.

AI is increasingly being used by students to do their homework, which results in much neater and more perfect, looking work. At the same time, teachers and schools are employing AI tools and training to catch those who cheat. In the last few months, a remarkable transformation has been noticed in schools nationwide. Teachers are astonished that not only are the students submitting their homework on time, but also the quality of the language, cleanliness, and presentation of the work have improved drastically. At first, teachers thought that the children had put in more effort, but upon a closer look, it was found that artificial intelligence (AI) had a major influence in this change. Nowadays, AI tools are easily accessible for free. Kids are using them to solve math problems, write long essays, and prepare projects. In most cases, students just type in the question and get the complete answer in a few seconds. This is the reason it took a while for teachers of many schools to find out the way in which children's work has become so perfect overnight.

Media reports suggest that Preeti Sridharan, a teacher at KC High International School in Chennai, also had an experience along the same lines. As she noticed some assignments where the language was unusually good compared to the students' typical level, she became suspicious. To find out the truth, the school started using 'Turnitin', like platforms. A few years back, this tool only helped in locating copy, paste portions and texts taken from the internet, but now it has the capability to detect AI generated content. This is turning out to be quite helpful for teachers. Nevertheless, the plot is getting thicker. Some of the students have gotten so smart that they simply change the answers that they get from AI a little, change the order of words, or take the help of paraphrasing tools so that they cannot be found. At such times, the detection of cheating by teachers becomes an even more challenging task.

Special training programs launched

Amid such a changing scenario, IIT Madras has taken the initiative to launch special training programs for teachers. These training sessions are acquainting teachers with the use of AI, not as an adversary, but as a co, worker. They are being shown how AI can be used to make learning more effective and also how to identify cheating. A significant number of teachers opine that AI, if properly utilized, can be a great tool in elevating the quality of education.

What do the experts say?

Education experts emphasize that beyond just changing the way papers are graded, it will take much more work to bring about such a change. The nature of assignments also needs to be changed so that students cannot simply copy but have to think creatively. Moreover, questions should be designed in such a way that students are asked to relate the topic to their own experiences, give their opinions and demonstrate their understanding. For instance, instead of giving a mere command like "Write an essay on this topic, " a more effective question would be "Explain this topic using examples from your surroundings." This approach will offer students the chance to develop their own thinking and relying entirely on AI will not be an option for them.

The collaboration between one of India's premier research institutions and a leading gene editing technology company marks a major milestone for the Indian gene, editing and biotechnology ecosystem. The new CoE intends to rapidly move breakthrough CRISPR innovations from labs to clinics and society at large. The collaboration combines JNCASR's extensive, heritage research in basic and translational biomedical research with CrisprBit's expertise in advanced gene editing technologies and translational platforms. The program at JNCASR is a pioneering effort, to the best of their knowledge, which aims to bridge the gap that has existed for a long time between fundamental scientific discoveries and their therapeutic applications. "Through the establishment of a specialized center for CRISPR innovation, this partnership aims to accelerate the path from scientific understanding to solutions that can be scaled up and have clinical relevance, " the institute said in a statement.

The CoE-CIT will be established as a campus-based facility at JNCASR and will integrate expertise across genetics, molecular biology, chemical biology, and computational biology. At its core, the organization is committed to driving translational research, diminishing the risk that surrounds early, stage discoveries, and making sure that innovations align with the ethical, regulatory, and clinical standards that are required for the responsible use of gene editing technologies. In addition, the centre, which was primarily funded through the MRFF's Genomic Health Futures Mission grant, is expected to become a collaborative model of the academic sector and industry dialogue across the country. By showing how publicly funded research institutions can successfully collaborate with private technology companies, the project intends to reinforce India's biotechnology innovation pipeline and, thus, become instrumental in achieving other national missions in health, science, and technology. CrisprBits, whose main objective is to develop molecular platforms for health science applications, is highly likely to be instrumental in the centre's technology development at the local level and their smooth transition into products and therapies with commercial viability.

Delhi Partners with IIT Kanpur to Launch AI, Based Grievance Redressal System The Delhi government, in its effort to provide technologically, driven and transparent governance, has collaborated with IIT Kanpur to introduce an AI, powered Intelligent Grievance Monitoring System (IGMS). The initiative is aimed at making the process of tracking citizen complaints more user, friendly in terms of the capital city, their analysis, and resolution, IT Minister Pankaj Kumar Singh informed on Monday. 

Delhites can file their complaints using different platforms such as the Public Grievance Management System (PGMS), LG Listening Post, and the Centralised Public Grievance Redress and Monitoring System (CPGRAMS). These portals are functioning separately; however, the unconnected departments between the portals result in delays, duplication of complaints, and absence of accountability, officials say.

 The new IGMS is an attempt to solve these problems by consolidating all the major grievance portals into one digital dashboard. The system, created by IIT Kanpur, will be equipped with artificial intelligence and machine learning tools to understand public grievances and the responses given by the departments in real, time. Also, secure APIs will facilitate smooth data sharing between the platforms, thus, ensuring complete visibility for the officials from start to finish.

 The platform is also equipped with AI, driven department prediction that will automatically route the complaints to the appropriate department along with spam filtering to remove irrelevant or duplicate entries.

IIT Kanpur will handle system integration, cybersecurity audits, vulnerability assessments, penetration testing, and maintenance to keep the platform up to robust security and performance standards.

Singh termed the project as a move towards citizen centric governance: "We are embracing technology to serve Delhi's citizens better. This AI, driven grievance monitoring system will empower officials with data, driven insights and help deliver faster, more accountable public services."

The Intelligent Grievance Monitoring System, when put into effect, is likely to bring about a drastic cut in the time taken for complaint resolution, facilitate inter, departmental coordination, and enhance public trust in Delhi's governance frame work the potential of a model other states may follow.

Adani Group Chairman Gautam Adani on Sunday said that India is beginning a defining period where technology, talent, and national purpose need to move together and urged the next generation to rise and lead the age of artificial intelligence.

"India's enduring strength lies in aligning people, institutions, and long-term vision. The same clarity must now guide young Indians as they approach artificial intelligence or AI, not as passive users but as builders and leaders of capability," Adani said while addressing the inauguration of Vidya Pratishthan's Sharad Pawar Centre of Excellence In Artificial Intelligence (CoE-AI) in Baramati, Maharashtra.

Acknowledging anxieties around AI, he reminded the audience that history gives grounds for reassurance. "Every major technological transition from the industrial revolutions to India's very own 'Digital Amrit' has increased human possibility," said the Chairman of Adani Group.

"AI will take this even further by putting intelligence and productivity directly in the hands of ordinary citizens, opening pathways for youth from every background to participate in growth," he added. Gautam Adani also warned that AI leadership cannot be outsourced. "In a world where intelligence increasingly shapes economic power and national influence, dependence on foreign algorithms carries risk," he said.

"Data, decision-making and capability must remain anchored in national interest. Building indigenous AI models, strong compute capacity and resilient intelligence ecosystems is essential to India's economic security, cultural confidence and strategic freedom," the billionaire industrialist said.

Gautam Adani along with NCP (SP) chief Sharad Pawar during inauguration of Pawar Centre of Excellence in Artificial Intelligence in Baramati. Placing this vision in context, Gautam Adani pointed to the growing role of the Adani Group in the global AI ecosystem.

The diversified conglomerate is investing big in data centers, digital infrastructure, and clean energy that powers compute at scale, drawing in sustained engagement from global technology leaders such as Google and Microsoft, as India emerges as a serious hub for AI-led growth.

The centre of excellence is established under Baramati-based educational trust Vidya Pratishthan, with a contribution of Rs 25 crore contributed by Gautam Adani in 2023.

This is a call for research proposals in advanced research, skill development, and industry-oriented training in emerging technologies under the initiative. People associated with the project said it will focus on applications of AI in agriculture, healthcare, governance, and industry, among others, with strong collaboration between academia and the private sector.

The new feature delivers 30-minute, single-voice audio lectures designed for passive learning, in a calm tone and a hint of UK flair. Over the summer, Google's Notebook LM gained widespread attention for its uncanny ability to turn uploaded files into fully digital podcast-style conversations-complete with realistic voices casually discussing user-provided material. What really made it stand out, though, was the next step: letting users themselves join those conversations. Hearing humanlike voices discuss documents in such a convincing and unscripted way felt, as I described at the time, both impressive and uncanny.

Many users spent weeks playing with the tool and its ever-expanding capabilities. Well, just in time for the holiday season, Google Notebook added another major feature: Lecture mode. Different from the conversational podcast format, this new option creates a structured single-voice audio presentation modelled after a classic classroom lecture.

The users can choose between different lecture lengths: Short, Default, and Long; the latter will go for approximately 30 minutes.

Lecture mode would be the antithesis of interactive rather than immersion, per se. The voice is not to banter or engage in give-and-take; it is rather a measured and modulated tone that some listeners would find pedantic, others might describe as serene. The design suggests a passive rather than active form of engagement.

Coupled with Lecture mode itself, reports say Google is going to add an extra flourish: an option for a British accent with the voice of the lecture. Coverage of the planned expansion points to a post on X from Notebook team members teasing the feature by suggesting that users would be "absolutely chuffed" by the result.

For many listeners, a British-accented narrator carries a certain association with authority and composure. Paired with the lecture format, the dropped "r"s and measured delivery may give the audio a tone that feels particularly academic or commanding, even when the subject matter is drawn directly from a user's own notes. Taken together, the lecture mode and the suggested British-accented delivery signal a subtle but significant evolution of Google Notebook: what started out as an interactive, almost playful experiment with AI voices is getting closer to a digital schoolmaster-patient, methodical, and ready to talk at length, whether at a desk, on a train, or quietly in the background.