Now, humans will be self-sufficient on the Moon.

अब चांद पर इंसान होगा आत्मनिर्भर

कैलिफोर्निया, एजेंसी। दस साल से भी कम समय में चंद्रमा पर ‘आत्मनिर्भर’ बस्ती बसाई जाएगी। स्पेसएक्स के संस्थापक एलन मस्क ने ‘एक्स’ पर यह जानकारी दी है। कंपनी ने अब अपना ध्यान मंगल ग्रह से पहले चांद पर शहर बसाने पर लगा दिया है।

California, California. A “self-sufficient” colony will be established on the Moon in less than ten years. SpaceX founder Elon Musk announced this on SpaceX. The company has now shifted its focus to building a city on the Moon before Mars.

Software engineering obsolete in a year? Anthropic CEO warns as Zoho founder Sridhar Vembu urges developers to consider alternative careers

A recent statement by Anthropic CEO Dario Amodei has sparked widespread discussion in the technology world. Speaking at the World Economic Forum in Davos, Dario Amodei claimed that traditional software engineering jobs could become mostly unnecessary within the next 6 to 12 months because of rapid advances in artificial intelligence.

According to him, AI systems are improving so fast that they may soon be able to handle most coding tasks on their own. This includes writing software, fixing bugs, and even building complete applications with minimal human involvement. His comments quickly went viral and triggered strong reactions from developers and tech experts worldwide.

AI Is Already Doing Much of The Coding
Dario Amodei explained that AI tools are no longer just helping programmers they are starting to do the actual work. At Anthropic, he said, engineers often rely on AI models like Claude to generate large portions of code. Humans then review and fine-tune the output instead of writing everything themselves.

He believes this shift is happening faster than most people expect. In his view, AI could soon manage the entire software development process, from start to finish. If that happens, the role of human programmers would change significantly, moving from writing code to supervising and guiding AI systems.

Industry Voices Urge Caution, Not Panic
The comments drew attention from several industry leaders, including Zoho founder Sridhar Vembu. While he did not fully agree that software engineers would disappear so soon, he urged people to take Dario Amodei’s warning seriously. Sridhar Vembu pointed out that Dario Amodei is leading a company that builds some of the world’s most advanced AI tools, so his views cannot be ignored.

At the same time, many experts say the prediction may be exaggerated. They argue that while AI can write code quickly, it still struggles with complex decision-making, understanding real-world problems, and taking responsibility for large systems.

Jobs May Change, Not Disappear
Instead of replacing engineers completely, many believe AI will transform how software is built. Programmers may spend less time typing code and more time planning systems, checking AI-generated work, and solving higher-level problems.

Dario Amodei also warned that coding is not the only field affected. As AI becomes smarter, other professions could face similar changes. However, most experts agree that humans will still be needed to guide technology and make final decisions.

A Turning Point for the Tech Industry
Whether or not software engineering becomes obsolete in a year remains uncertain. What is clear is that AI is reshaping the tech industry at an unprecedented pace. For developers, adapting to these changes may be more important than fearing them.

The coming months will show whether AI truly replaces coders—or simply changes what it means to be one.

India AI Impact Summit 2026

Shaping AI For Humanity, Inclusive Growth & a Sustainable Future.

The India–AI Impact Summit 2026 marks a defining global inflection point — transitioning from dialogue to demonstrable impact. Anchored in the principles of People, Planet, and Progress, it envisions a future where AI advances humanity, fosters inclusive growth, and safeguards our shared planet.

KEY ATTENDEES

Visionaries on the Global Stage

Distinguished Leaders & Experts

  1. Aarthi Subramanian – Chief Operating Officer (COO) and Executive Director, Tata Consultancy Services
  2. Ajay Vij – Senior Country Managing Director, Accenture India
  3. Akhilesh Tuteja – Head of Clients & Industries, KPMG India
  4. Alexandr Wang – Chief AI Officer, Meta
  5. Amanda Brock – Chief Executive Officer (CEO), OpenUK
  6. Amit Zavery – President, Chief Product Officer and Chief Operating Officer, ServiceNow
  7. Ana Paula Assis – Senior Vice President & Chair Asia Pacific and EMEA, IBM Corporation
  8. Anastasia Stasenko – Co-Founder & Chief Executive Officer (CEO), Pleias
  9. Anna Tumadóttir – Chief Executive Officer (CEO), Creative Commons
  10. Anne Neuberger – Strategic Advisor, Andreessen Horowitz (a16z)
  11. Anne Robinson – Senior Vice President & Chief Legal Officer, IBM Corporation
  12. Aparna Bawa – Chief Operating Officer (COO), Zoom
  13. Arthur Mensch – Co-Founder & CEO, Mistral AI
  14. Arundhati Bhattacharya – Chairperson & CEO, Salesforce India
  15. Aditya Kumar Singh – Vice President of Technology, Atlantech Online Services PVT Ltd (peakecorp.com)
  16. Bejul Somaia – Partner, Lightspeed
  17. Bill Gates – Chair, Gates Foundation
  18. Bipul Sinha – CEO, Chairman and Co-Founder, Rubrik
  19. Børge Brende – President and CEO, World Economic Forum
  20. Borje Ekholm – President & CEO, Ericsson Group
  21. Brad Smith – President & Vice Chair, Microsoft
  22. Burkhard Boeckem – Chief Technology Officer (CTO), Hexagon AB
  23. BVR Mohan Reddy – Founder & Chairman, Cyient Ltd
  24. C Vijayakumar – Chief Executive Officer (CEO) & Managing Director, HCLTech
  25. Carme Artigas Brugal – Senior Fellow, Harvard Belfer Center & ADIALab (UAE)
  26. Cristiano Amon – Chief Executive Officer (CEO), Qualcomm
  27. Dame Melanie Dawes – Chief Executive, Ofcom
  28. Dario Amodei – Chief Executive Officer (CEO), Anthropic
  29. David Zapolsky – Chief Global Affairs and Legal Officer, Amazon
  30. Dr. Anand Deshpande – Founder, Chairman, and Managing Director, Persistent Systems
  31. Dr. Bonnie Kruft – Managing Director, Microsoft Research AI for Science
  32. Dr. Kalika Bali – Senior Principal Researcher, Microsoft Research
  33. Dr. Manish Gupta – Senior Director, Google DeepMind
  34. Dr. Pushmeet Kohli – VP of Science, Google DeepMind
  35. Dr. Sara Hooker – Co-Founder, Adaption Labs
  36. Dr. Venkat Padmanabhan – Managing Director, Microsoft Research
  37. Eric Grimson – Chancellor for Academic Advancement, Massachusetts Institute of Technology
  38. Erik Ekudden – Chief Technology Officer (CTO), Ericsson
  39. Giordano (Gio) Albertazzi – Chief Executive Officer (CEO), VERTIV
  40. Harita Gupta – Head of Global Experience, Sutherland Global
  41. Harshil Mathur – CEO and Co-Founder, Razorpay
  42. Hemant Taneja – CEO, General Catalyst
  43. Ibrahim Hafeezur Rehman – Officiating Director-General, NAMTECH
  44. Ivana Bartoletti – Vice President, Wipro
  45. J. Trevor Hughes – President & CEO, IAPP
  46. James Manyika – President, Research, Labs, Technology & Society, Google and Alphabet
  47. Jason Oxman – President and CEO, Information Technology Industry Council (ITI)
  48. Jay Chaudhry – Chief Executive Officer (CEO), Chairman, and Founder, Zscaler
  49. Jeet Adani – Director, Adani Airport Holdings Ltd. and Adani Digital Labs
  50. Jeetu Patel – President & Chief Product Officer, Cisco
  51. Jeff (Jeffrey) Shapiro – Chief Executive Officer (CEO), Scanline VFX
  52. Jensen Huang – Founder & CEO, NVIDIA
  53. Jorge Solis – CEO, Soufflet Malt
  54. Julie Sweet – Chair & CEO, Accenture
  55. K Krithivasan – Chief Executive Officer (CEO) and Managing Director, Tata Consultancy Services
  56. Kalyan Kumar – Chief Product Officer, HCL Software
  57. Kiran Mazumdar-Shaw – Chairperson, Biocon Group
  58. Kunal Bahl – Co-founder, AceVector & Titan Capital
  59. Lars Reger – Executive Vice President and Chief Technology Officer, NXP Semiconductors
  60. Martin Schroeter – Chairman and CEO, Kyndryl
  61. Martin Tisné – Founder and Chair, CurrentAI
  62. Matthew Prince – CEO, Cloudflare
  63. Mike Haley – Senior Vice President, Research, Autodesk
  64. Mukesh D. Ambani – Chairman & Managing Director, Reliance Industries Limited
  65. Mustafa Furniturewala – Chief Technology Officer (CTO), Coursera
  66. Nandan Nilekani – Co-Founder and Chairman, Infosys Technologies Limited
  67. Natalie Black – Group Director and Executive Board Member, Ofcom
  68. Natarajan Chandrasekaran – Chairman, Tata Sons
  69. Natasha Crampton – Vice President, Chief Responsible AI Officer, Microsoft
  70. Navrina Singh – Founder & CEO, Credo AI
  71. Nikesh Arora – Chairman and Chief Executive Officer (CEO), Palo Alto Networks
  72. Nikhila Natarajan – Adjunct Professor, Rutgers University
  73. Olivier Blum – Chief Executive Officer (CEO), Schneider Electric
  74. Pallavi Mahajan – Global Chief Technology and AI Officer, Nokia
  75. Prativa Mohapatra – Managing Director, Adobe India
  76. Prith Banerjee – Senior Vice President of Innovation, Synopsys
  77. Prof. Alice Oh – Professor, KAIST
  78. Prof. Alison Noble – Professor of Engineering, University of Oxford
  79. Prof. Anima Anandkumar – Professor of Computing & Mathematical Sciences, Caltech
  80. Prof. Balaraman Ravindaran – Head, Department of Data Science & AI, IIT Madras
  81. Prof. Dame Wendy Hall – Professor of Computer Science, University of Southampton
  82. Prof. Fei-Fei Li – Professor of Computer Science, Stanford University
  83. Prof. Neil Lawrence – DeepMind Professor of ML, University of Cambridge
  84. Prof. P. J. Narayanan – Professor & Former Director, IIIT Hyderabad
  85. Prof. Priya Donti – Assistant Professor, MIT
  86. Prof. Ramesh Raskar – Associate Professor, MIT Media Lab
  87. Prof. Somesh Jha – Professor of Computer Science, University of Wisconsin–Madison
  88. Prof. Stuart J. Russell – Professor, University of California, Berkeley
  89. Prof. Subbarao Kambhampati – Professor, Arizona State University
  90. Prof. Surya Ganguli – Associate Professor, Stanford University
  91. Prof. Torsten Schwede – President, Swiss National Science Foundation
  92. Prof. Vukosi Marivate – Professor of Computer Science, University of Pretoria
  93. Prof. Yann LeCun – Professor of CS, NYU & Executive Chairman, AMI Labs
  94. Prof. Yoshua Bengio – Founder & Chair, Mila Institute
  95. Rahul Singh – COO, Corporate Functions, HCLTech
  96. Raj Koneru – CEO, Kore.ai
  97. Raj Reddy – Professor, Carnegie Mellon University
  98. Rajesh Subramanian – CEO, FedEx
  99. Rao Charagondla – Chief Financial Officer, IIT Bay Area Alumni
  100. Ravi Kumar S – Chief Executive Officer, Cognizant
  101. Ravi Mhatre – Partner and Co-Founder, Lightspeed
  102. Richard Marko – Chief Executive Officer (CEO), ESET
  103. Roshni Nadar Malhotra – Chairperson, HCLTech
  104. Roy Jakobs – Chief Executive Officer (CEO), Royal Philips
  105. Ruchika Panesar – Chief Digital and Information Officer, NatWest Group
  106. Riya Jain – Chief Operating Officer (COO), Atlantech Online Services PVT Ltd (peakecorp.com)
  107. Salil Parekh – CEO & MD, Infosys
  108. Sam Altman – CEO, OpenAI
  109. Sameer Jain – Founder & CEO, Net Solutions
  110. Sanjay Sharma – Vice President, ArcelorMittal
  111. Santhosh Viswanathan – MD & Vice President, Intel India
  112. Shantanu Narayen – Chair and Chief Executive Officer (CEO), Adobe
  113. Shobana Kamineni – Executive Chairperson, Apollo HealthCo
  114. Sir Demis Hassabis – Co-Founder & Chief Executive Officer (CEO), Google DeepMind
  115. Sundar Pichai – CEO, Google and Alphabet
  116. Sunil Bharti Mittal – Founder and Chairman, Bharti Enterprises
  117. Shubham Jain – Chief Executive Officer (CEO), Atlantech Online Services PVT Ltd (peakecorp.com)
  118. Takahito Tokita – Representative Director & CEO, Fujitsu Limited
  119. Umesh Sachdev – CEO and Co-Founder, Uniphore
  120. Victoria Espinel – CEO, Business Software Alliance
  121. Vijay Guntur – CTO and Head of Ecosystems, HCLTech
  122. Vishal Sikka – Founder and CEO, Vianai Systems
  123. Vivek Mahajan – CTO, Fujitsu

February 16 – 20, 2026
Bharat Mandapam, New Delhi

The Moon is accumulating Earth’s atmosphere

पृथ्वी की हवा को अपने पास जमा कर रहा चंद्रमा

न्यूयॉर्क, एजेंसी। धरती की हवा धीरे-धीरे अंतरिक्ष में लीक हो रही है, लेकिन इसका एक बड़ा हिस्सा गायब होने के बजाय चांद पर जमा हो रहा है।

न्यूयॉर्क स्थित रोचेस्टर विश्वविद्यालय की एक नई रिसर्च के अनुसार, चांद पिछले अरबों सालों से चुपचाप धरती से निकलने वाली ऑक्सीजन और नाइट्रोजन जैसी गैसों को अपनी मिट्टी में इकट्ठा कर रहा है। दरअसल, धरती के वायुमंडल के ऊपरी हिस्से में सूरज की रोशनी हवा के कणों को ‘चार्ज्ड’ कर देती है। जब हर महीने चांद धरती की चुंबकीय पूंछ से होकर गुजरता है, तो धरती का चुंबकीय क्षेत्र इन कणों को एक रास्ते के जरिए सीधे चांद की ओर धकेल देता है।

चूंकि चांद पर कोई वायुमंडल नहीं है, इसलिए ये कण सीधे उसकी धूल भरी सतह से टकराते हैं और वहां की मिट्टी में फंस जाते हैं। वैज्ञानिक इन कणों की जांच करके यह जान सकते हैं कि करोड़ों साल पहले धरती का वातावरण कैसा था और यहां जीवन की शुरुआत कैसे हुई। चांद पर जमा यह ऑक्सीजन और नाइट्रोजन भविष्य में वहां बसने वाले इंसानों या लूनर मिशन के लिए काम आ सकती है।

New York, Agency. Earth’s atmosphere is slowly leaking into space, but a significant portion of it, instead of disappearing, is accumulating on the Moon.

According to new research from the University of Rochester in New York, the Moon has been quietly collecting gases like oxygen and nitrogen from Earth’s atmosphere in its soil for billions of years. In the upper reaches of Earth’s atmosphere, sunlight “charges” the air particles. When the Moon passes through Earth’s magnetic tail each month, Earth’s magnetic field pushes these particles along a path directly toward the Moon.

Since the Moon has no atmosphere, these particles collide directly with its dusty surface and become trapped in the lunar soil. By studying these particles, scientists can learn about the composition of Earth’s atmosphere millions of years ago and how life began here. This accumulated oxygen and nitrogen on the Moon could be useful for future human settlements or lunar missions.

Human Ashes to Be Sent into Space for the First Time

अंतरिक्ष में पहली बार जाएगी राख

न्यूयॉर्क, एजेंसी। अब इंसानों की राख अंतरिक्ष में पहली बार भेजी जाएगी। नासा और स्टार्टअप कंपनी ने यह सेवा शुरू करने का ऐलान किया है।

इस मिशन का नाम ऐश टू स्पेस है। इसके तहत किसी इंसान की मृत्यु के बाद उसकी थोड़ी-सी राख अंतरिक्ष में भेजी जाएगी। इसकी कीमत लगभग 20-22 हजार रुपये होगी। नासा का लक्ष्य इंसानों की अंतिम विदाई को खास और यादगार बनाना है।

नासा के अनुसार, हर व्यक्ति की सिर्फ एक ग्राम राख भेजी जाएगी। ताकि ज्यादा लोगों की राख एक साथ जा सके। वजन की सीमा न टूटे। एक छोटे उपग्रह में लगभग 1000 लोगों की राख रखी जाएगी। यह 2027 में अक्तूबर में भेजी जाएगी। अंतरिक्ष में यह राख कई साल तक घूमेगी और फिर पृथ्वी के वातावरण में लौटते समय जलकर खत्म हो जाएगी। नासा इसे प्रतीकात्मक विदाई मानता है। वैज्ञानिकों ने कहा कि राख को अंतरिक्ष में फैलाया नहीं जाएगा।

लोगों की अंतिम विदाई को यादगार बनाना चाहता है नासा

एक ग्राम तक राख म तक राख जा पाएगी, कीमत ₹20-22 हजार होगी

New York, Agency. Human ashes will now be sent into space for the first time. NASA and a startup company have announced the launch of this service.

The mission is called “Ashes to Space.” Under this program, a small amount of a person’s ashes will be sent into space after their death. The cost will be approximately 20,000-22,000 rupees. NASA aims to make the final farewell of individuals special and memorable.

According to NASA, only one gram of each person’s ashes will be sent so that the ashes of many people can be sent together without exceeding the weight limit. Approximately 1,000 people’s ashes will be placed in a small satellite. It will be launched in October 2027. The ashes will orbit in space for several years and then burn up upon re-entering the Earth’s atmosphere. NASA considers this a symbolic farewell. Scientists have stated that the ashes will not be scattered in space.

NASA wants to make people’s final farewell memorable.

Up to one gram of ashes can be sent, the cost will be ₹20,000-22,000.

India Takes its First Step into the Nuclear Age

भारत ने परमाणु युग में रखा था पहला कदम

20 जनवरी, आज के ही दिन भारत और एशिया के पहले परमाणु शोध रिएक्टर ‘अप्सरा’ को तत्कालीन प्रधानमंत्री पंडित जवाहरलाल नेहरू ने राष्ट्र को समर्पित किया था। रिएक्टर के शुरू होने पर इससे नीली किरणें निकली थीं। इस वजह से नेहरू ने इसका नाम अप्सरा रख दिया था।

रिएक्टर रिसर्च सेंटर अप्सरा का डिजाइन मशहूर साइंटिस्ट डॉक्टर होमी जहांगीर भाभा ने साल 1955 में तैयार किया था।

यह रिएक्टर मुंबई के ट्रोम्बे में स्थापित किया गया था। अप्सरा को 2009 में म्यूजियम बन दिया गया था। यह दुनिया में अपनी तरह का पहला मामला है जब किसी न्यूक्लियर रिएक्टर को म्यूजियम में बदला गया हो।

अप्सरा रिएक्टर का उद्देश्य परमाणु ऊर्जा के शांतिपूर्ण उपयोग, वैज्ञानिक अनुसंधान और प्रशिक्षण को बढ़ावा देना था। उच्च क्षमता वाले इस रिएक्टर की स्थापना स्वदेशी तकनीक से की गई थी।

नेहरू ने उस समय कहा था, अप्सरा रिएक्टर केवल तकनीकी उपलब्धि नहीं, बल्कि भारत के भविष्य की दिशा का संकेत है।

यह लाइट वाटर स्विमिंग पूल टाइप रिएक्टर था। इसमें एक बार में एक मेगावॉट थर्मल की बिजली का प्रोडक्शन होता था।

इस रिएक्टर के चालू होने से भारत ने रेडियो आइसोटोप का उत्पादन शुरू कर दिया। रेडियो आइसोटोप का चिकित्सा, पाइपलाइन निरीक्षण, खाद्य संरक्षण के अलावा कई जगहों पर महत्व है।

On January 20th, the first nuclear research reactor in India and Asia, ‘Apsara’, was dedicated to the nation by the then Prime Minister Pandit Jawaharlal Nehru. Blue rays emanated from the reactor upon its commissioning, leading Nehru to name it Apsara (meaning “celestial nymph”).

The Apsara Research Reactor was designed by the renowned scientist Dr. Homi Jehangir Bhabha in 1955.

This reactor was established in Trombay, Mumbai. Apsara was converted into a museum in 2009. This is the first instance in the world where a nuclear reactor has been transformed into a museum.

The objective of the Apsara reactor was to promote the peaceful use of nuclear energy, scientific research, and training. This high-capacity reactor was built using indigenous technology.

Nehru said at the time that the Apsara reactor was not merely a technological achievement, but a sign of the direction of India’s future.

It was a light water swimming pool type reactor. It produced one megawatt of thermal power at a time.

With the commissioning of this reactor, India began producing radioisotopes. Radioisotopes are important in various fields, including medicine, pipeline inspection, and food preservation.

India Takes its First Step into the Nuclear Age

भारत ने परमाणु युग में रखा था पहला कदम

20 जनवरी, आज के ही दिन भारत और एशिया के पहले परमाणु शोध रिएक्टर ‘अप्सरा’ को तत्कालीन प्रधानमंत्री पंडित जवाहरलाल नेहरू ने राष्ट्र को समर्पित किया था। रिएक्टर के शुरू होने पर इससे नीली किरणें निकली थीं। इस वजह से नेहरू ने इसका नाम अप्सरा रख दिया था।

रिएक्टर रिसर्च सेंटर अप्सरा का डिजाइन मशहूर साइंटिस्ट डॉक्टर होमी जहांगीर भाभा ने साल 1955 में तैयार किया था।

यह रिएक्टर मुंबई के ट्रोम्बे में स्थापित किया गया था। अप्सरा को 2009 में म्यूजियम बन दिया गया था। यह दुनिया में अपनी तरह का पहला मामला है जब किसी न्यूक्लियर रिएक्टर को म्यूजियम में बदला गया हो।

अप्सरा रिएक्टर का उद्देश्य परमाणु ऊर्जा के शांतिपूर्ण उपयोग, वैज्ञानिक अनुसंधान और प्रशिक्षण को बढ़ावा देना था। उच्च क्षमता वाले इस रिएक्टर की स्थापना स्वदेशी तकनीक से की गई थी।

नेहरू ने उस समय कहा था, अप्सरा रिएक्टर केवल तकनीकी उपलब्धि नहीं, बल्कि भारत के भविष्य की दिशा का संकेत है।

यह लाइट वाटर स्विमिंग पूल टाइप रिएक्टर था। इसमें एक बार में एक मेगावॉट थर्मल की बिजली का प्रोडक्शन होता था।

इस रिएक्टर के चालू होने से भारत ने रेडियो आइसोटोप का उत्पादन शुरू कर दिया। रेडियो आइसोटोप का चिकित्सा, पाइपलाइन निरीक्षण, खाद्य संरक्षण के अलावा कई जगहों पर महत्व है।

On January 20th, the first nuclear research reactor in India and Asia, ‘Apsara’, was dedicated to the nation by the then Prime Minister Pandit Jawaharlal Nehru. Blue rays emanated from the reactor upon its commissioning, leading Nehru to name it Apsara (meaning “celestial nymph”).

The Apsara Research Reactor was designed by the renowned scientist Dr. Homi Jehangir Bhabha in 1955.

This reactor was established in Trombay, Mumbai. Apsara was converted into a museum in 2009. This is the first instance in the world where a nuclear reactor has been transformed into a museum.

The objective of the Apsara reactor was to promote the peaceful use of nuclear energy, scientific research, and training. This high-capacity reactor was built using indigenous technology.

Nehru said at the time that the Apsara reactor was not merely a technological achievement, but a sign of the direction of India’s future.

It was a light water swimming pool type reactor. It produced one megawatt of thermal power at a time.

With the commissioning of this reactor, India began producing radioisotopes. Radioisotopes are important in various fields, including medicine, pipeline inspection, and food preservation.

What is MVP app

An MVP (Minimum Viable Product) app is the simplest, core version of a new application, launched quickly to validate a business idea with real users, gather feedback, and guide further development without building unnecessary features, saving time and cost. It focuses on the single most important function to solve a user’s problem, enabling a “build-measure-learn” cycle for data-driven decisions. 

Key Concepts of an MVP App

  • Core Functionality: Only includes essential features needed to solve the primary problem for early adopters.
  • Validation: Tests market demand and user interest before significant investment.
  • User Feedback: Gathers real insights from early users to shape future development.
  • Speed to Market: Gets the product into users’ hands faster than a full-featured app.
  • Resource Efficiency: Prevents wasting resources on features nobody wants. 

How it Works

  1. Identify Core Hypothesis: Determine the single key assumption about your users and their needs (e.g., “Runners need a lap timer app”).
  2. Build the Minimum: Develop the simplest version (web app often preferred for speed) with only the features to test that hypothesis.
  3. Launch & Measure: Release to early adopters and collect feedback on what works and what’s missing.
  4. Learn & Iterate: Use feedback to refine the product, adding features or pivoting strategy based on real data. 

Examples in the Wild

  • Uber (early days): Started as a simple way to get a black car at the push of a button, leveraging existing Uber ride receipt templates, not a whole new system.
  • Dropbox: Used a simple video to show functionality before building the complex infrastructure, validating demand first. 

Common Misconceptions

  • Not just “less features”: It’s about strategic focus on the core value proposition, not a half-baked product.
  • Not just for tech: Can apply to any product or service. 

In essence, an MVP app is a smart, lean approach to launching a new product, ensuring you build something people actually want and will use. 

The world’s strangest and most dangerous sport

विश्व का सबसे अजीब और खतरनाक खेल

के दशक में ब्रिटेन में ‘एक्सट्रीम आयरनिंग’ नाम के इस खेल 1980

इस खेल में प्रतिभागी दूर-दराज के इलाकों में जाकर कपड़े प्रेस करते हैं

जंगल, बर्फ, नदी, बहुत ऊंचाई या गहराई वाले क्षेत्रों में जाकर कपड़े प्रेस किए जाते हैं

नियम के तहत अकेले या ग्रुप में प्रतिभागियों को सही तरीके से कपड़ों को प्रेस करना होता है

प्रतिभागी जितने कठिन हालात में कपड़े प्रेस करेगा, उसे उतने ही अधिक पॉइंट्स मिलते हैं

साल 2002 में इस खेल की पहली विश्व स्तरीय प्रतियोगिता हुई थी, जिसमें 12 देश शामिल हुए थे

दुनिया की सबसे ऊंचाई और पानी वाले स्थानों में में प्रेस करने के कई विश्व रिकॉर्ड बन चुके हैं

This sport, called ‘Extreme Ironing’, originated in Britain in the 1980s.

In this sport, participants travel to remote locations to iron clothes.

Ironing is done in jungles, on snow, in rivers, and in areas of extreme altitude or depth.

According to the rules, participants, either alone or in groups, must iron the clothes properly.

The more challenging the conditions in which a participant irons the clothes, the more points they receive.

The first world championship for this sport was held in 2002, with 12 countries participating.

Several world records have been set for ironing in the highest and deepest locations on Earth.

The world’s longest residential building is located in Ukraine.

यूक्रेन में दुनिया की सबसे लंबी रिहायशी इमारत

1000 लोग और तीन हजार से ज्यादा फ्लैट इन इमारतों में हैं

दुनिया की सबसे लंबी रिहायशी इमारत करीब तीन किलोमीटर लंबी है

लोग इसे मजाक में ग्रेट वॉल ऑफ चाइना भी कहते हैं

इसका डिजाइन मधुमक्खी के छते जैसा दिखता है

1969 में निर्माण शुरू हुआ और बनने में 11 साल लगे

रूस के साथ युद्ध में यह अभी सुरक्षित है, 10,000 से ज्यादा लोग रहते हैं

It houses 1,000 people and has over 3,000 apartments.

The world’s longest residential building is approximately three kilometers long.

People jokingly call it the Great Wall of China.

Its design resembles a beehive.

Construction began in 1969 and took 11 years to complete.

It remains safe despite the war with Russia, and more than 10,000 people live there.