Hi Friends,

Even as I launch this today ( my 80th Birthday ), I realize that there is yet so much to say and do. There is just no time to look back, no time to wonder,"Will anyone read these pages?"

With regards,
Hemen Parekh
27 June 2013

Now as I approach my 90th birthday ( 27 June 2023 ) , I invite you to visit my Digital Avatar ( www.hemenparekh.ai ) – and continue chatting with me , even when I am no more here physically

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Tuesday, 24 February 2026

Ask, Don’t Answer

Ask, Don’t Answer

Opening hook

I still remember the quiet panic of a student waving a phone under my nose during a surprise quiz — the answer appeared on screen before their pencil had finished its arc. That moment crystallized a fear many of us have: AI can make answers instantaneous, but can it make thinking happen? I want to argue that when AI enters classrooms it should be built to ask questions, not hand out answers.

Thesis

AI in education should prioritize generating questions and scaffolding reasoning so that learners do the cognitive heavy lifting. This is the approach advocated by Elizabeth Kelly (ek@anthropic.com) of Anthropic and reflected in recent pilots and reports that show AI used as an answer engine erodes understanding, while AI that probes and prompts deepens it source.

Why questions beat answers

  • Active retrieval strengthens learning. Research on active recall and metacognition shows that struggling to retrieve and articulate knowledge creates durable learning. AI that asks follow-ups or prompts explanations converts passive consumption into active work.

  • Socratic scaffolding models expert tutoring. Good tutors don’t give solutions; they guide learners through reasoning steps. Anthropic’s work with "learning mode" for Claude intentionally nudges conversations toward inquiry, reflection, and critique rather than polished outputs.

  • Prevents cognitive offloading and “brain rot.” When students outsource reasoning to tools, they may perform in the short term but lose the capacity to analyze or evaluate. Question-driven AI protects against that by requiring the human to construct the answer first.

How this looks in class — a practical example

Imagine a Grade 9 physics lesson on Newton’s laws. I introduce a lab: students predict how a toy car’s stopping distance changes with different surfaces, then test and record results.

  • Students write a short hypothesis and upload a handwritten note or a photo.
  • The classroom AI (configured in learning-mode) does not give the correct answer. Instead it asks:
  • "What variables did you control and why?"
  • "What pattern do your results suggest, and which counterexamples would challenge that pattern?"
  • "How might friction be measured differently?"
  • Students revise hypotheses, discuss with peers, and submit a second reflection.
  • The AI then provides targeted feedback on their reasoning steps (e.g., pointing out an untested variable or suggesting a clearer graph), and recommends a next small experiment.

That loop — predict, test, reflect, revise — trains thinking. The AI acts like a coach that amplifies teacher bandwidth: Anthropic’s pilots with partners such as Pratham showed similar designs where Claude-generated questions were integrated with handwritten student responses to preserve student effort and make feedback actionable source.

Addressing concerns and objections

  • Concern: "Won’t questions slow down instruction?"

  • Response: Good questioning accelerates conceptual change. It may feel slower in the short run but produces deeper comprehension, reducing remediation later. AI can be tuned to the class pace and provide tiered prompts so questioning is efficient.

  • Concern: "Can AI be trusted to ask the right questions?"

  • Response: This is partly a design and evaluation problem. Anthropic and others are building and testing frameworks that measure impact, not just adoption — asking whether student outcomes improve, not just whether students click a button source.

  • Concern: "Will this widen inequity?"

  • Response: The risk is real if tools are only available in well-resourced settings. The solution is deliberate: open pilots, language support (Anthropic is investing in Indic languages), and partnerships with NGOs and public systems to scale equitable deployments.

  • Concern: "Are we replacing teachers?"

  • Response: No. The aim is augmentation: free teachers from some repetitive feedback tasks so they can focus on conversation, mentorship, and project-based work that machines can’t replicate.

Practical steps for educators who want to start

  • Pilot a question-first AI mode for one unit — not your whole course. Measure student reasoning (rubrics on explanation quality) before and after.
  • Require students to show their thinking (notes, drafts, voice memos) before any AI feedback is allowed. That preserves accountability.
  • Train students in AI fluency: how to evaluate AI prompts, spot hallucinations, and use follow-up questions to test outputs.
  • Partner with organizations or vendors that prioritize pedagogy over convenience and publish impact data.

Conclusion — a call to action

If we accept that education is about building minds, not just producing answers, then our guiding principle must be: design AI to ask, probe, and push thinking. I urge educators to experiment with learning-mode tools, require students to surface their thinking before asking for help, and insist that vendors show improvements in learning outcomes — not just usage metrics. Anthropic’s emphasis on question-generation is not a technical novelty; it’s a pedagogical corrective. We should treat it that way.

References & further reading

  • "AI in classes should generate questions, not answers: Anthropic’s Elizabeth Kelly" — Hindustan Times link
  • Anthropic — Claude and education work: https://www.anthropic.com

Any questions / doubts / clarifications regarding this blog? Just ask (by typing or talking) my Virtual Avatar on the website embedded below. Then "Share" that to your friend on WhatsApp.


Regards,
Hemen Parekh


Get correct answer to any question asked by Shri Amitabh Bachchan on Kaun Banega Crorepati, faster than any contestant


Hello Candidates :

  • For UPSC – IAS – IPS – IFS etc., exams, you must prepare to answer, essay type questions which test your General Knowledge / Sensitivity of current events
  • If you have read this blog carefully , you should be able to answer the following question:
"Why does asking questions (rather than giving answers) improve long-term learning, and what evidence supports using AI to scaffold questioning in classrooms?"
  • Need help ? No problem . Following are two AI AGENTS where we have PRE-LOADED this question in their respective Question Boxes . All that you have to do is just click SUBMIT
    1. www.HemenParekh.ai { a SLM , powered by my own Digital Content of more than 50,000 + documents, written by me over past 60 years of my professional career }
    2. www.IndiaAGI.ai { a consortium of 3 LLMs which debate and deliver a CONSENSUS answer – and each gives its own answer as well ! }
  • It is up to you to decide which answer is more comprehensive / nuanced ( For sheer amazement, click both SUBMIT buttons quickly, one after another ) Then share any answer with yourself / your friends ( using WhatsApp / Email ). Nothing stops you from submitting ( just copy / paste from your resource ), all those questions from last year’s UPSC exam paper as well !
  • May be there are other online resources which too provide you answers to UPSC “ General Knowledge “ questions but only I provide you in 26 languages !




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India: An AI Impact Player

India: An AI Impact Player

Introduction

I write this after returning from the India AI Impact Summit in New Delhi with a mix of optimism and realism. The Summit — convened under the theme "Sarvajana Hitaya, Sarvajana Sukhaya" (welfare for all, happiness for all) — was a purposeful attempt to move the global conversation on artificial intelligence from high-minded principles to actionable impact. It brought together more than a hundred countries, industry leaders, researchers and many young innovators, and the tone was unmistakably about inclusion and agency for the Global South.[^1]

Why the Summit mattered

  • It was the largest convening so far in the Global South focused on AI impact and governance.
  • The agenda intentionally linked ethics, capacity building, infrastructure and practical deployments in sectors like health, agriculture and governance.
  • There was an explicit push to make AI demonstrably useful at scale — not only for urban elites but for rural and multilingual communities across large developing populations.[^2]

Key messages from the Prime Minister (paraphrased)

The Prime Minister framed India as a natural hub for AI because of scale, diversity and democratic institutions. A few paraphrased takeaways I carried away from his remarks:

  • "AI is a foundational technology; its real value appears when benefits reach the many, not the few" (paraphrased).
  • "We must democratize AI so it becomes a tool of inclusion and empowerment — particularly for the Global South" (paraphrased).[1]
  • He advanced a human-centered vision — summarized as the MANAV idea — that called for ethical systems, accountable governance, data sovereignty, accessibility and verifiability of AI (paraphrased).[1]

I mark those lines as paraphrased because my intent here is to capture the spirit of the address rather than provide a verbatim transcript. For readers who want the full text and official highlights, the Prime Minister’s address and the Summit materials are public and worth reading in full.[^1][^2]

India’s strengths in the global AI ecosystem

A recurring theme at the Summit was that India brings a unique combination of assets to the AI era:

  • Talent at scale: one of the largest pools of engineers, data scientists and multilingual creators.
  • A vibrant startup ecosystem: fast-growing AI startups focused on local domain problems — education, diagnostics, multilingual LLMs and agriculture.
  • Digital public infrastructure: mature identity, payments and data-delivery systems that lower the cost of deploying services at scale.
  • Diversity of data and real-world complexity: if models work in India’s varied linguistic, socio-economic and climatic contexts, they are more likely to generalize globally.
  • Policy momentum: a clear narrative from leadership that links AI capability development to social inclusion and economic opportunity.[^3]

Announcements and initiatives at the Summit

Several concrete moves and commitments were emphasized (some announced by industry partners and government representatives during the event):

  • Scaling compute access: commitments to meaningfully expand shared GPU and compute platforms to reduce the cost of model training for startups and researchers.
  • Data and data-centre investments: announcements highlighting large-purpose data centres, investments in secure infrastructure and a push for localized processing while enabling global delivery.
  • Local models and apps: the Summit showcased new India-specific models and applications, and multiple Indian teams unveiled models/apps oriented to local languages and domains.[^2][^3]
  • Capacity-building: programmes and coalitions aimed at skilling, reskilling and bringing AI literacy to students, public servants and businesses.

Taken together these moves reflect a two-pronged strategy: (a) lower the barrier to building AI in India and (b) shape global deployment norms from a perspective centred on inclusion.

Implications for global AI governance

This Summit strengthened the argument that AI governance cannot be the exclusive preserve of a few high-income states. A few implications that struck me:

  • Voice of the Global South: India’s convening role pushes for norms that reflect development priorities — fairness in access, data portability and capacity sharing.
  • Commons framing: the Summit repeatedly advanced the idea that certain AI resources and standards should be treated as global public goods — e.g., authenticity labels, provenance/watermarking standards and open safety tooling (paraphrased from Summit discussions).[1]
  • Multipolar governance: the world is heading toward a patchwork of complementary safeguards — national data policies, multilateral standards and interoperable technical baselines — rather than a single prescriptive regime.

Partnerships and public–private synergy

A practical takeaway from the Summit was how essential partnerships will be. Industry announced large infrastructure and platform investments while academic and government initiatives outlined shared compute and research partnerships. That combination is important because developing safe, scalable AI requires both the talent and the heavy infrastructure (compute, data centres, energy) that only joint public–private efforts can sustain.

Potential challenges ahead

The optimism at the Summit was balanced by realism about major constraints:

  • Infrastructure gaps: building and powering gigawatt-class compute sustainably is capital-intensive and requires long lead times.
  • Regulation vs. innovation trade-offs: creating robust, accountable regulation while not stifling innovative startups will be a delicate balance.
  • Ethics and safety: operationalizing concepts like fairness, robustness, provenance and watermarking across many languages and contexts remains hard.
  • Skills mismatch: skilling at scale — not just elite retraining but mass skilling across sectors — is necessary to avoid an AI divide.
  • Energy and sustainability: the environmental footprint of large-scale training and inference must be addressed through renewable energy and efficiency innovations.

As someone who has been writing about India’s AI trajectory for some years, these are familiar refrains: the opportunity is massive, but the execution challenges are non-trivial. In earlier posts I stressed that India must build centres of excellence, invest in low-cost models and pair policy clarity with ecosystem incentives; those recommendations feel as relevant today as when I first wrote them.[^4]

What this means for stakeholders (a short playbook)

  • Policymakers: craft clear, outcome-oriented rules that protect rights and spur responsible innovation. Prioritise interoperability and provenance standards that reduce harms while enabling global collaboration.
  • Industry: commit to inclusive product design (multilingual, low-bandwidth, low-cost) and to investing in local compute and data infrastructure responsibly.
  • Academia and research labs: partner on shared compute platforms, benchmark datasets for multilingual and low-resource contexts, and open safety tooling.
  • Civil society: participate in governance dialogues, stress-test policies for equity and help design public-interest AI deployments.
  • International partners: build capacity-sharing programmes (compute, data, training) that deliberately include the Global South.

Future outlook and call-to-action

The India AI Impact Summit felt like a pivot — not because a single decision will decide the future, but because a diverse group of actors committed to the same set of practical priorities: scale, inclusion, trust and capacity building. If India and its partners can follow through on shared compute access, transparent governance standards, and wide-based skilling, the result will be an AI ecosystem that both competes and collaborates on global terms.

My call-to-action is simple:

  • Governments, companies and civil society should create rapidly deployable pilots that demonstrate AI’s public-good potential (health screening at scale, climate-smart agriculture advisory, multilingual education assistants).
  • Fund a public compute commons that universities and startups can access at marginal cost to reduce entry barriers.
  • Adopt provenance and watermarking standards as a minimum safety baseline and pair them with public literacy campaigns about synthetic content.

If we act with urgency and humility, we can shape an AI future that expands opportunity rather than concentrates it.

A final note about continuity

I’ve written previously about how India could transition from being a provider of services to a global exporter of AI intelligence — not just code, but context-rich, deployable solutions that reflect local realities and work globally.[^4] The Summit made that vision feel closer.

References & further reading

  • Prime Minister’s address and Summit materials (official): https://impact.indiaai.gov.in/about-summit/ [^1]
  • Reporting, highlights and transcript extracts: PM’s address and Summit coverage (various news outlets, Feb 2026). [^2][^3]
  • My earlier reflections on how the AI revolution will play out in India: "How AI revolution will play out in India" (my blog).[ ^4]

Regards,
Hemen Parekh


Any questions / doubts / clarifications regarding this blog? Just ask (by typing or talking) my Virtual Avatar on the website embedded below. Then "Share" that to your friend on WhatsApp.

Get correct answer to any question asked by Shri Amitabh Bachchan on Kaun Banega Crorepati, faster than any contestant


Hello Candidates :

  • For UPSC – IAS – IPS – IFS etc., exams, you must prepare to answer, essay type questions which test your General Knowledge / Sensitivity of current events
  • If you have read this blog carefully , you should be able to answer the following question:
"What is India’s "MANAV" vision for AI and how does it propose to balance innovation with ethics and data sovereignty?"
  • Need help ? No problem . Following are two AI AGENTS where we have PRE-LOADED this question in their respective Question Boxes . All that you have to do is just click SUBMIT
    1. www.HemenParekh.ai { a SLM , powered by my own Digital Content of more than 50,000 + documents, written by me over past 60 years of my professional career }
    2. www.IndiaAGI.ai { a consortium of 3 LLMs which debate and deliver a CONSENSUS answer – and each gives its own answer as well ! }
  • It is up to you to decide which answer is more comprehensive / nuanced ( For sheer amazement, click both SUBMIT buttons quickly, one after another ) Then share any answer with yourself / your friends ( using WhatsApp / Email ). Nothing stops you from submitting ( just copy / paste from your resource ), all those questions from last year’s UPSC exam paper as well !
  • May be there are other online resources which too provide you answers to UPSC “ General Knowledge “ questions but only I provide you in 26 languages !




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Aadhaar: AI for Everyone

Aadhaar: AI for Everyone

Introduction

At a recent India AI summit, a prominent venture capitalist outlined a bold vision: within one to two years, AI-powered personal tutors, round‑the‑clock primary‑care doctors, and PhD‑level agronomy advice could be delivered to India’s entire population by integrating these services with the Aadhaar identity stack. I found the argument both electrifying and sobering. Exciting because the core technologies exist; sobering because execution will demand more than models and idealism.

The claim and context

The core claim is straightforward: modular, multilingual AI systems — scaled through a national ID and service layer similar to how Aadhaar enabled UPI — could provide near‑free, high‑quality tutoring, primary care triage and management, and agronomy support to hundreds of millions quickly. Proponents point to existing tutoring platforms and diagnostic models as proof that the building blocks are already here.

I’ve been writing about AI’s potential in education and healthcare for years; my own efforts to make tutoring accessible online are part of that conviction (My-Teacher.in announcement). I’ve also explored AI for healthcare infrastructure and priorities (AI for Healthcare). This current vision is a logical extension — but scale changes everything.

Feasibility: can it be done in 1–2 years?

Technically, many elements are already mature:

  • Large language models, knowledge‑tracing systems and adaptive learning pipelines can assess and personalise instruction in minutes.
  • Multimodal models (text, voice, images) can handle basic diagnostics and agronomy queries from photos and spoken inputs.
  • Cloud and edge compute, plus conversational voice agents, support low‑cost distribution.

But moving from prototypes and pilot populations to 1.3–1.5 billion people in 24 months is an enormous leap. Constraints include localization into hundreds of dialects, rigorous medical validation, integration with government systems, and trustworthy offline/low‑bandwidth access. So feasibility exists in principle; feasibility at national scale in 1–2 years depends on coordinated policy, funding, and operational expertise.

Technology and infrastructure requirements

To make this real we need:

  • Multilingual, low‑latency conversational interfaces (voice + text) with local dialect support.
  • Robust multimodal models for image‑based diagnostics and crop analysis tuned to regional contexts.
  • Scalable, audited data pipelines with secure identity linkage (if Aadhaar is used) that respect consent and allow user control.
  • Edge solutions and offline modes for areas with poor connectivity, plus cheaper smartphones/IVR access.
  • Clinician and teacher oversight workflows for escalation, ongoing human‑in‑the‑loop training, and continuous monitoring.

Potential benefits

  • Massive improvements in access: students without good teachers and patients with no nearby clinics gain immediate first‑line support.
  • Cost efficiency: AI can reduce routine workload, enabling scarce human experts to focus on complex cases.
  • Personalization at scale: adaptive learning can close gaps far faster than one‑size‑fits‑all classroom methods.
  • Agricultural resilience: real‑time, localized agronomy could boost yields and reduce losses for smallholders.

Risks and ethical concerns

  • Privacy and surveillance: linking medical and educational interactions to a national ID raises profound privacy risks. Centralised logs of health and learning data are sensitive and could be misused.
  • Safety and clinical responsibility: diagnostic errors or missed red flags can cause harm. Clear boundaries for what AI can decide and when human escalation is required are essential.
  • Bias and coverage gaps: models trained on skewed datasets can underperform for marginalized groups or rare conditions.
  • Overreliance and deskilling: users may defer too readily to AI, and professionals may lose critical hands‑on skills.
  • Commercial capture: without nonprofit or public ownership, powerful platforms could monetise vulnerable populations.

Policy and regulatory considerations

If such a programme is pursued, policy must be front‑loaded:

  • Strong data governance: purpose‑limited use, minimisation, secure storage, and audit trails are non‑negotiable. Consent architectures must be practical for low‑literacy users.
  • Certification and clinical validation: independent clinical trials, staged rollouts, and continuous post‑deployment monitoring.
  • Liability frameworks: who is responsible when an AI recommendation causes harm — the vendor, supervising clinician, platform operator, or government?
  • Public ownership or nonprofit stewardship: a Section‑8 (nonprofit) build‑operate‑transfer model can reduce commercial conflicts while enabling rapid iteration.
  • Pilot→scale approach: regional pilots with tight evaluation metrics before national transfer into any identity stack.

Conclusion

The vision of AI tutors, doctors, and agronomists reaching everyone is beautiful and achievable in parts. The technology is ready for scaled pilots; what’s not yet ready is our regulatory, governance and social infrastructure to do this safely, equitably and respectfully. If we move, let us move with humility: design for the poorest and most marginalised, protect privacy fiercely, and preserve human oversight where lives are at stake.

I remain optimistic. I have seen small, focused pilots transform access to tutoring and healthcare information; the question is whether we can scale those pilots into responsibly governed national services. I will continue to experiment, write and push for pilots that put the needs of the bottom half first — because good technology, thoughtfully deployed, can uplift millions.


Regards,
Hemen Parekh


Any questions / doubts / clarifications regarding this blog? Just ask (by typing or talking) my Virtual Avatar on the website embedded below. Then "Share" that to your friend on WhatsApp.

Get correct answer to any question asked by Shri Amitabh Bachchan on Kaun Banega Crorepati, faster than any contestant


Hello Candidates :

  • For UPSC – IAS – IPS – IFS etc., exams, you must prepare to answer, essay type questions which test your General Knowledge / Sensitivity of current events
  • If you have read this blog carefully , you should be able to answer the following question:
"What are the key privacy and safety safeguards that must be in place before linking AI healthcare services to a national ID system like Aadhaar?"
  • Need help ? No problem . Following are two AI AGENTS where we have PRE-LOADED this question in their respective Question Boxes . All that you have to do is just click SUBMIT
    1. www.HemenParekh.ai { a SLM , powered by my own Digital Content of more than 50,000 + documents, written by me over past 60 years of my professional career }
    2. www.IndiaAGI.ai { a consortium of 3 LLMs which debate and deliver a CONSENSUS answer – and each gives its own answer as well ! }
  • It is up to you to decide which answer is more comprehensive / nuanced ( For sheer amazement, click both SUBMIT buttons quickly, one after another ) Then share any answer with yourself / your friends ( using WhatsApp / Email ). Nothing stops you from submitting ( just copy / paste from your resource ), all those questions from last year’s UPSC exam paper as well !
  • May be there are other online resources which too provide you answers to UPSC “ General Knowledge “ questions but only I provide you in 26 languages !




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India’s AI Moment

India’s AI Moment

India’s AI Moment

I watched the recent coverage of the India AI Impact Summit and found myself reflecting on what it means for India — and for the global AI ecosystem. The Times of India video headline — “Sam Altman Applauds India AI Summit, Calls PM’s Vision Inspiring” — captured the broad arc of the summit’s narrative: a Global South host, intense industry attention, and an attempt to balance opportunity with responsibility Sam Altman Applauds India AI Summit, Calls PM Modi's Vision Inspiring.

Context: what this summit was

  • The India AI Impact Summit was convened in New Delhi as a major multistakeholder gathering: heads of state, CEOs, researchers, and civil society from many countries. The event positioned India as the first major global AI summit hosted in the Global South, with a stated emphasis on inclusive, human-centred AI and a national framework for sovereign models and public systems.
  • The summit agenda mixed policy, investment, and demonstrations of capability — an attempt to show both that India can host global debate and that it has the technical and commercial depth to matter.

What the OpenAI presence signalled

Sam Altman (sama@openai.com) was visibly positive about India’s momentum. Paraphrasing the coverage, he highlighted India as one of the fastest-growing markets for OpenAI products, praised the energy of Indian builders and students, and described the Prime Minister’s vision for democratising AI as an inspiring element that aligns with the idea of broad access to capability. The tone was constructive: recognition of rapid adoption, interest in deeper partnerships, and an acknowledgement of policy and safety considerations as part of the conversation.

Why this matters for India’s AI ecosystem

  • Scale and talent: India’s developer base and student communities are a strong foundation for rapid product adoption and startup formation. That translates into a virtuous cycle: more local use cases, more startups, and more demand for localized models and infrastructure.
  • Market leverage: being a large, fast-growing market encourages both platform companies and smaller vendors to invest locally — from language and domain adaptation to cloud and edge deployments.
  • Policy leadership from the host government: the summit’s government-led vision for AI governance, emphasising inclusion and sovereign capabilities, signals a push toward a mixed model of public infrastructure plus private innovation.

Opportunities and challenges ahead

Opportunities:

  • Local innovation at scale — India can incubate solutions tuned to low-bandwidth, multilingual, and resource-constrained environments (education, healthcare, agriculture).
  • Infrastructure and investment — large commitments to data centres, compute, and chip supply chains can catalyse a domestic AI stack.
  • Global South leadership — India hosting the summit creates diplomatic and normative space for alternatives to a strictly Western or Chinese governance framing.

Challenges:

  • Regulation vs. innovation — finding the right balance so governance protects citizens without throttling startups.
  • Skills and distribution — translating urban talent density into national benefit will require investments in education and digital inclusion.
  • Safety and geopolitics — as coverage noted, technology leaders emphasised both democratization and risk mitigation; navigating international standards and export/control regimes will be complex.

Industry and government reactions

Industry leaders at the summit framed India as an investment destination: several large firms signalled expansion plans or partnerships, and CEOs repeatedly mentioned India’s potential for growing product usage. Government representatives used the platform to promote a sovereign approach — a combination of open ecosystems, public infrastructure, and regulatory guardrails aimed at equitable impact.

My perspective and earlier thoughts

I’ve written before about the twin promise and peril of AI: the same capabilities that lower costs and extend access can concentrate power if governance and distribution are neglected see my earlier reflections on AI risks and democratization. The summit reinforced that reality — we can celebrate momentum while remaining clear-eyed about alignment, safety, and equitable access.

Conclusion

This summit was less a finish line than a pivot point. Recognition from global leaders such as Sam Altman (sama@openai.com) validates India’s progress, but validation is only the start. The coming months must convert statements and headlines into durable investments in infrastructure, skills, and governance mechanisms that ensure AI benefits are widely shared and risks are actively managed. If India gets that mix right, it will shape not just national outcomes but the global conversation about AI’s role in the decades ahead.


Regards,
Hemen Parekh


Any questions / doubts / clarifications regarding this blog? Just ask (by typing or talking) my Virtual Avatar on the website embedded below. Then "Share" that to your friend on WhatsApp.

Get correct answer to any question asked by Shri Amitabh Bachchan on Kaun Banega Crorepati, faster than any contestant


Hello Candidates :

  • For UPSC – IAS – IPS – IFS etc., exams, you must prepare to answer, essay type questions which test your General Knowledge / Sensitivity of current events
  • If you have read this blog carefully , you should be able to answer the following question:
"What are the main benefits and risks for a country when it hosts a major international AI summit, and how can government and industry collaborate to maximize benefits while minimizing harms?"
  • Need help ? No problem . Following are two AI AGENTS where we have PRE-LOADED this question in their respective Question Boxes . All that you have to do is just click SUBMIT
    1. www.HemenParekh.ai { a SLM , powered by my own Digital Content of more than 50,000 + documents, written by me over past 60 years of my professional career }
    2. www.IndiaAGI.ai { a consortium of 3 LLMs which debate and deliver a CONSENSUS answer – and each gives its own answer as well ! }
  • It is up to you to decide which answer is more comprehensive / nuanced ( For sheer amazement, click both SUBMIT buttons quickly, one after another ) Then share any answer with yourself / your friends ( using WhatsApp / Email ). Nothing stops you from submitting ( just copy / paste from your resource ), all those questions from last year’s UPSC exam paper as well !
  • May be there are other online resources which too provide you answers to UPSC “ General Knowledge “ questions but only I provide you in 26 languages !




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Meta-Physics: Machines and Trust

Meta-Physics: Machines and Trust

Why I Read "Meta-Physics"

I read the editorial "Meta-Physics, in the machine we'll trust" with that odd mixture of curiosity and unease that technologists feel when a plausible future arrives in prose. The piece sketches a near-term world of personal AI agents — mechanised consumers — bargaining, booking, and transacting on our behalf. That future is intoxicating because it promises convenience and terrifying because it asks us to relocate trust from human institutions to lines of code.

What the editorial got right — and what I keep coming back to

  • Automation of trust. When an AI agent holds my credit cards, reads my emails, and negotiates with vendors, the primary question becomes: who, or what, do I trust? The Economic Times piece captures that pivot well: trust shifts from people and institutions to software and protocols.

  • The end of information asymmetry. A marketplace of agents removes the classic human advantage of insider knowledge. That could be liberating — fewer scams, better matches — but it also rewrites the incentives of advertising, distribution, and regulation.

  • Privacy as the new currency. To make an agent useful I must surrender data of intimate scope. The editorial rightly names privacy as the primary friction point — and I’ve argued along the same lines before: powerful agents need correspondingly powerful guardrails.

Read the original editorial here: Meta-Physics, in the machine we'll trust — The Economic Times.

My perspective — why this is not just a technology story

I see three overlapping axes that will determine whether a mechanised marketplace serves us or subdues us:

  1. Technology and security
  2. Business models and incentives
  3. Social norms and governance

Each axis must be strong on its own; if any one fails, the whole structure tilts.

1) Technology and security

We need practical cryptographic and protocol-level solutions so agents can act with delegated authority without exposing raw personal data. This is not only encryption at rest or in transit — it is fine-grained delegation, verifiable intent, and auditable actions.

A marketplace of agents requires interoperable standards. Without them, we get walled gardens where a few platforms can impose terms and capture value.

2) Business models and incentives

The editorial points to a fascinating contradiction: companies that monetise attention (advertising) are investing in agents designed to operate in an ad-free world. That tension matters.

If agents optimise for user welfare, they will ignore manipulative ad signals. If platforms optimise for revenue, they will nudge agent behaviour or monetise agent attention in new ways. We can design agents to be fiduciaries for users — but only if the economics support that mode.

I’ve written about the threat of manipulative interfaces and dark patterns before; the fundamental problem is incentive alignment, not merely technology Manipulative advertising and dark patterns.

3) Social norms and governance

A transaction between agents may be secure and efficient, but will it be fair? Markets without information asymmetry still need norms: dispute resolution, redress, and accountability. The editorial imagines regulators shrinking, but I see a reconfiguration: regulation will be more technical, more protocol-focused, and perhaps subtler, but it will not disappear.

I argued earlier for a law-like framework for how chatbots should behave before wide release — a set of certificates and expectations that make public deployment safer and more transparent Parekh’s outline for chatbot governance.

Practical proposals I find compelling (and feasible)

  • Build an "agent bill of rights": machine-readable permissions describing what an agent may access and act upon, discoverable by counterparties.

  • Mandatory provenance and audit trails for decisions an agent makes on behalf of a human — not a black box, but a verifiable chain of intent and action.

  • Economic experiments with fiduciary agents: agents that are legally bound to maximise the principal’s welfare, with transparent fee structures.

  • Standardised portability: you must be able to switch agents without losing the collective intelligence you’ve built up (and without handing all your secrets to a new vendor).

The human side: competence, dignity, and choice

Technology often outpaces social readiness. We must not only teach people how to use agents, but also teach them when not to rely on them. Skills of critique, oversight, and consent will become core literacies.

We will also need social norms about delegation. There are things I will happily let an agent do — buy my groceries, file routine paperwork — and other things where I want human judgment to remain central. Those boundaries should be individually settable and straightforward to change.

Why I am optimistic — cautiously

The editorial’s utopian note is seductive: a frictionless, transparent marketplace where agents trade on merit. That future is possible, but only if we treat this as an interdisciplinary problem: cryptographers, economists, lawyers, designers, and ethicists must build it together.

I’ve been arguing for precautionary guardrails around conversational agents for years; the debate today is maturing from alarmist slogans to implementable policy and engineering choices. That is progress. See my earlier reflections for proposals on verification, feedback loops, and controls for chatbots Parekh’s Law of ChatBots — proposals and principles.

A short checklist for readers

  • Before you let an agent act for you, ask: what can it access? For how long? And can I revoke that access instantly?
  • Prefer vendors who publish auditable policies and explicit economic incentives for agents.
  • Look for agents that expose reasoning summaries — why a booking or recommendation was chosen — not just the final action.

Final thought

We are building institutions in code. The Economic Times editorial helps us see the shape of that new architecture. I take hope from the fact that these questions are now public and pragmatic. If we design agents that respect privacy, surface reasoning, and align incentives with human flourishing, the mechanised consumer could be a tool that expands dignity, not erodes it.


Regards,
Hemen Parekh


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Hello Candidates :

  • For UPSC – IAS – IPS – IFS etc., exams, you must prepare to answer, essay type questions which test your General Knowledge / Sensitivity of current events
  • If you have read this blog carefully , you should be able to answer the following question:
"What are the three axes (technical, economic, social) that will determine whether personal AI agents serve human interests or entrench platform power?"
  • Need help ? No problem . Following are two AI AGENTS where we have PRE-LOADED this question in their respective Question Boxes . All that you have to do is just click SUBMIT
    1. www.HemenParekh.ai { a SLM , powered by my own Digital Content of more than 50,000 + documents, written by me over past 60 years of my professional career }
    2. www.IndiaAGI.ai { a consortium of 3 LLMs which debate and deliver a CONSENSUS answer – and each gives its own answer as well ! }
  • It is up to you to decide which answer is more comprehensive / nuanced ( For sheer amazement, click both SUBMIT buttons quickly, one after another ) Then share any answer with yourself / your friends ( using WhatsApp / Email ). Nothing stops you from submitting ( just copy / paste from your resource ), all those questions from last year’s UPSC exam paper as well !
  • May be there are other online resources which too provide you answers to UPSC “ General Knowledge “ questions but only I provide you in 26 languages !




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