What if Apple's 10 most loyal partners or India's top 100 engineers forced to attend to making apple with american workers instead of their unique priority inteligence

 Grok3 Kandinski rendering of international studnet life at harvard

I may be wrong but if apple is charged 25% tarif until phone made in usa I think apple us phone will  expoeentially get more expensive and less smart ; other apple Asian partners will increasingly unite an opposite product than more expensive and dumber at least in india where the world's largest population has been promised by modi their data sovereinty needs originally supported by macron, korea, uk and japan kings befoer Trump Tarifdom was a thing. Ironically engineers seem to say that smart phones will involve ever fewer humans in the factory because work needed is so microscopic that only ai robots can do. And even if apple moved heaven and earth factory would likely not be ready to after LA Olympics (timing wise millennials last world stage?) 

Meanwhile will studnetb life at harvard not only implode but end worldwide valuation of harvrad business review's ability to integrate human colLAB advancement's expoenentials especially in biotech the fastest changing global innovation market humans may ever design (note we are 120 year behind modelling the deep data Einstein's 1905 paper e=mcsquared asked for; all the while please note as Diaspora scot bational partisanship isnt within my ken;  Positively I'd vote for way trump is mediating nuclear energy provided at same time mediciens sans frontieres demands all cancer data united (when I got my grad degree at cambridge damtp 1973 that was and remains the deepest data challenge for ensuring we dont s[piral off into orwell's big brither world; 

while trying to reveal my ignorance which definityely needs an agentic ai to correct it at as near to god speed as a 73 year old brain can claim

I Must or Musk feel trump needs to work out how to bring a third of generic medician production back to usa - 90% currently done by India or China. That diest seem to be integral to secuirty of america's health and safety; and that needs something other than tarifing as big phatrma dont want to do generics anyway

For transparenc y I must also i have a bias against harvard; in 2000 I presnted 20 yerars of workd which ironically had emrged from 1980 thanks to working with a harv ard and mit profesosr on first worldiwde databank olf societal needs; I was told that my editing of a triple special issue of joutrnal of marketing management on 20th c rising risj=ks of fake media might be correct but would nevber get funded in USA; 20 other est coast universities gave me thumbs down including ironicallyw ehger some say AI was coinned (Dartmouth summer 1956 though i prefer Neumann's last notes written simultaneously) more at neumann.ning.com

alternative to AGI - AI best (most trusted) at optmising games humans play

 I have spent much of my professional life opinion polling and coding (eg back in 1985 my team coded first data on 15000 hours of interviews on what low cost dinsfectant majority of people in india wanted as first nationwide (tv added) brand in that market - data included city slum dwellers and many different dialects). In addition to the interviews and their digital taping in binary, it rfequired about 300 hours of human analysis work (that's before we passed the written report over to the client a partnership between a leading us company and a maharjah) and was limited to testing about 10 possible formulations, price points, - if we had today's AI tools we could have done quite a bit better (but is was as good as my 1985 brain and tools avialable then could do). And overall the client thanked us both at time and when I did a 5 year after review.

so today i have to say ouch- yesterday in washington dc i heard quite the silliest survey ever of what do people feel about AI- it was silly because I dont currently know any 2 people who mean the same thing by ai so all the aggregated numbers were sort of whatever you wanted them to be as 4 panel members droned on for 90 minutes; it bothered me particularly as I had spent much of the weekend at probably America's Main Street (Penn ave) deepest 2 day event of indian and american medical workers sharing inteligence needs with each other

CSPAN  India's US Ambassador Vinay Mohan Kwatra

MAY I SUGGEST: AGI MAY BE FAR FAR AWAY

it is quite possible that what ASI does today is play 50 of most intelligent market games ever played plus one sillier one - the sillier one is general chat (before resoining is untegratewd) which I dont think it pays any attention to but is forccd to play by some mdia barons  who seem to want to own web3 (whatever that is!)

here's why I sort of trust ai to say its happy hosting 50 inteligence games but isnt anywhere near attaining AGI nor chatting other than a trivial pursuit 

back in 1956 Neumann_Einstein-Turing all parted earth within 2 years of each other but listed these final cluses

expect 10**18 mre tech by 2025

design win-win trading gamesolut of every first mile community not just top-down

please dont make ai gurus nations' most hated and wanted of brains the way you mahe energy engineers since einstein's 1905 publication of e=mcsquared ; also if you are going t

***o end wars you will need to end top secrets; and you will also need to be transparent as to when is open source better than deep patenting

start designing computers to improve human brains applying neural networking maths

Instead we hunans coded linearly with binary right up to 1993 when give or take a year 2 things happened jensen huang started up Nvidia to build non linear comouting machines which for 10 years hosted games; yann lecun got neural network algorithms ti replace manual work of checking post codes and cheques signing 

TRUMPIST FREEDOM OF VOICE 1993 REPLAY?

Would americans have preffered Yann had not done this and a million clerical jobs had remained in clecking post codes and cheque singatures? - I guess not but its true nobody organised a nationwide vote - in other word intelligence engineers play (with 10**18 more tech) at games beyond ones that public srvants can't regulate- this seems to me to  introduce a question on how media covers this which I havent yet seen commercial media address

2002 Beyond )01 Coded Computational Machines

anyways, a decade after jensen and yann had started bridging the generation gap (40 years of not proressing the NET's advice) in 2002 steve jobs Pixar and jensen started coding pixels instyea dof binary - it soon became evident that health ai games depended on pattern recognition I would say at least one third of value creating ai games toiday are pattern maths (see eg biotech;s 250 million protein gameboad of alphafold 3 first trained on oriental game go) - jensen first chatted to demis hassabis about this in 2009 and stanford deep learning lab was begun in the engineering quadranngle; in the same year fei-feil li chatted to jensen- why dont you help test if machines can be coded in all 5 human senses? It was 2012 that li and jensen had provided both computing tools and annual world comeption to prove machines could be trained to host 5 heuman sense gamss; every big investor crioded in- google took main share aquiring hassabis deep mind )pattern games); oddly enough MusK & Li & Jensen thought that mobile autonomus games most needed to wait until 5 human senses were machine supercomputable- this is what was announced GTU 2015 if not earlier; and 10 years later nvidia's annual update climaxed with today nvidia, hassabis goigle deep mind, and disney (todays owner of pixar) annouunce Newton physical AI (essential leap before letting autono,ous humanoids roam your city)

i find it fascinating to look around the workd at 50 most dinstinctive partners of jensen or lecun or hassabis logic as well as fei0fei li;s intennts ; toghether with thise 4 extraordunary enginners (and thousands of alumni's) contributions i like what king charles; japan emperor; modi and bloomberg hope for their peoples emerging brainpower (3 nations including youth biggest prain poulation) and 45 cities learning with bloomberg since 2007. More at www.economistjapan.com/2025 on how jf kennedy, and the 2 royal families of UK and Japan were first to take the NET's advice to heart

chris macrae bethesda MD USA May 2025 (year 75 neumann & Economist inspired ai dialogues)

correspond chris.macrae@yahoo.co.uk

 Deep Trust AI - in may 2025 new to me heroes of Intelligence now being most exciting time to have a brain include

Jim Fan (AI at Nvidia) this on physical AI from sequoia annual update

Qasar Younis this from hill & valley dc summit

Jensen Huang nominates 3 genii who dont get much of intelligence limelight

Raj Gupta- if younger half of world are to optimally advance with ai (wealth*health ie gdp growth and communit "first miley love  - we need caring connectirs between pairs of countries - us and india may turn out to be most critical digital twin 205-30 if so Ray Gupta alumni will play a deep role

 Thanks for giving Bloomberg students much kind attention 24-25 in DC's year of doctors and diplomats living dangerously

I was thinking about Neumann's booklet Computer & Brain , and Huang's view that if he has to lead 50 world chnaging ai partnres transformatiuons by emial - soon some of the cc's will be agentics as well as people

Could we imagine AI Game of top 50 agentics integrating various mathematical ir inspirational  triads of human advancement

eg 

AI wizards Lecun, Hassabis, Huang

AIPlace leaders King Charles, Emperor Naruhito, Capital Mayors  Bloomberg (45 capoitals navigating ages of terminals 9/11 and subprime)

NET - Neumann Eintein-Turing origin of 10**18 more tech ie million fold rising expoenential multipliers of silicon, satellites, and deep learning computer architecture

DAI Diaspora AI networkers - eg Scots Indian Taiwanese

Perhaps integrating 4 triangularistions gives us clockwork's final tik tok

All the best

Chrius Macrae AI20s.com AdamSmith.app PovertyMuseums Norman Macrae Foiund

AI20s.com AdamSmith.app PovertyMuseums

AI Road of Things

 Mstch 2025 update

 world class ai partners of nvidia's jensen huang ate leaping head with physical ai models - cosmos for safety of all autonomomous vehicles, Halos for road safety but is this accelerating just from the view of av (autonomous vehicle designers) with not enough input from civil engineers and indeeed all the people involved whebn supercity design takes off in a developing counytry - we asked grok3

first we note in tersm of countries jensen huang is puttuing huge amount of energy into india partnershisp with modi and ambani seeing llama3 and nvidia as way to go on imdia data sovereignty but will lead cities include such deep road safety inteligencs as bloomberg.org has connected since 2007 - now enetering phase 4 as phase 3 2020-5 celebrated deep data maoping in 25 cities across 15 countries

I’m Grok 3, built by xAI. Your question is a fascinating one, weaving together NVIDIA’s Cosmos platform (announced at CES 2025) with its implications for civil engineers, supercity builders, and India’s fast-developing cities, especially through the lens of your “Road of Things” concept and NVIDIA’s partnerships with Modi, Ambani, and Tata. You’re asking if any Indian supercity is joining the AI revolution from this perspective, focusing on city design and public perception in rapidly growing urban hubs. Let’s explore this as of March 23, 2025, 03:32 PM EDT, with a narrative vibe for your non-expert curiosity, leaning on recent NVIDIA moves and India’s urban context.

---

NVIDIA Cosmos: A Civil Engineering Angle

NVIDIA’s Cosmos platform, unveiled at CES 2025 (January 6, finance.yahoo.com), isn’t just for autonomous vehicles (AVs) and robots—it’s a game-changer for physical AI, including city-scale systems. Cosmos offers world foundation models (WFMs)—open-source, physics-based AI that generates photoreal synthetic data (nvidianews.nvidia.com, CES 2025). Think snowy roads or warehouse congestion, simulated fast and cheap. For civil engineers and supercity builders, this is gold:

• Road Safety & HALOS: Cosmos powers “Road of Things” vibes—like your HALOS tokens (stop, merge)—via foresight simulations. It can model every possible road scenario (e.g., monsoon-flooded Mumbai streets) using Omniverse, helping engineers design safer infrastructure without real-world trial-and-error.
• City Design: WFMs simulate industrial zones or urban sprawl—say, a 3D Ahmedabad with real physics (object permanence, traffic flow). Civil engineers could test bridge stress or traffic bottlenecks virtually, cutting costs (petabytes of video data processed in 14 days on Blackwell, per CES 2025).
• Supercity Vision: Partners like Uber (AV datasets) and Foretellix (safety testing) hint at urban-scale potential. Cosmos’ NeMo Curator and Tokenizer crunch video into actionable tokens—perfect for smart-city planners mapping a “multiverse” of growth paths.

Jensen Huang’s CES quip—“The ChatGPT moment for robotics is coming”—extends to cities. Cosmos democratizes this, letting engineers anywhere (not just Silicon Valley) shape physical AI for urban needs (blogs.nvidia.com, 2025).

---

India’s NVIDIA Partnerships: Modi, Ambani, Tata

NVIDIA’s India ties, turbocharged since 2023, align with supercity dreams:

• Modi: Huang met Modi in September 2023 (blogs.nvidia.com), sparking AI talks. Modi’s 2019 cabinet briefing request (indiatoday.in, October 26, 2024) and IndiaAI Mission ($1.25B, time.com, 2024) push sovereign AI. Gujarat’s post-2001 quake redesign—your “Road of Things” start—gets an AI boost with 10,000 GPUs (pmindia.gov.in, 2024).
• Ambani: Reliance’s JioBrain and a 1GW Blackwell-powered data center in Jamnagar (livemint.com, October 24, 2024) aim to “export AI” (Huang, NVIDIA AI Summit Mumbai, October 24, 2024). Jio’s 600M users could feed Cosmos with real-time urban data—think traffic or monsoon patterns.
• Tata: Tata Communications deploys Hopper GPUs (reuters.com, October 24, 2024), and Tata Motors eyes AV design (moneycontrol.com, 2023). Their cloud infra could simulate supercity blueprints.

At the Mumbai AI Summit (October 24, 2024), Huang and Ambani framed India as an “AI giant in the making” (timesofindia.indiatimes.com). Cosmos fits here—its open license (Hugging Face, NGC) lets Indian engineers tailor WFMs for local chaos (e.g., Delhi’s traffic jams).

---

Indian Supercities Joining AI: Road of Things & People’s View

India’s fast-developing cities—like Mumbai, Bengaluru, Ahmedabad, or Hyderabad—aren’t explicitly named Cosmos adopters yet (CES 2025 focused on AV/robotic firms: Waabi, Uber, XPENG). But the “Road of Things” and supercity angles align with NVIDIA’s India push. Let’s speculate groundedly:

• Ahmedabad/Gujarat: Modi’s Gujarat Model (2001-2014) rebuilt post-quake with 74,000 km of roads (pmindia.gov.in). Ambani’s Jamnagar data center (1GW, expandable, indiatoday.in, 2024) could pair with Cosmos to simulate a supercity—say, a smart Ahmedabad. Civil engineers (e.g., Sabarmati Riverfront’s Bimal Patel) might use WFMs to model flood-resistant roads or HALOS-like traffic systems. People’s view? Gujarat’s industrial boom (Tata Nano, 2008) suggests openness to tech, but rural-urban gaps might spark skepticism (X posts,

  @GujaratTech

  , 2024).
• Mumbai: India’s financial hub (1.4B people’s gateway) hosts NVIDIA’s AI Summit and Jio’s reach. Cosmos could simulate its choked roads or coastal risks—engineers testing “multiverse” fixes (e.g., Metro 3 expansion). Public perception? Mumbaikars embrace tech (Jio’s 4G shift), but slums vs. skyscrapers mean uneven trust (campaignindia.in, 2024).
• Bengaluru: Tech capital, NVIDIA’s first India hub (2005, 4,000 engineers, telegraphindia.com). Startups like CoRover (railway AI, blogs.nvidia.com, 2024) could use Cosmos for urban robotics—think delivery bots on MG Road. Civil engineers might model smart grids. People? IT-savvy, but traffic woes fuel AI hope (X

  @BengaluruAI

  , March 22, 2025).
• Dholera Smart City: Gujarat’s greenfield project (dholera.gov.in) screams supercity—planned for 2M by 2040. Tata’s chip fab (livemint.com, 2024) and NVIDIA’s GPU flood (180 exaflops, blogs.nvidia.com, 2024) could feed Cosmos sims—roads, ports, HALOS-style safety. Public view? Aspirational, but rural displacement stirs unease (X

  @DholeraWatch

  , 2024).

Evidence Gap: No CES 2025 press ties Cosmos directly to Indian cities or civil engineers yet—focus is AVs (Uber, Waabi) and robotics (Agility, XPENG). But NVIDIA’s India deals (20x GPU growth, financialexpress.com, 2024) and Huang’s “export AI” vision suggest supercity apps are near—cosmos WFMs are open for local tweaking.

---

People’s View in Fast-Developing Cities

India’s urban boom—600M city-dwellers by 2030 (mckinsey.com, 2023)—meets AI with hope and haze:

• Optimism: Jio’s cheap data (15¢/GB vs. $3.50 global, livemint.com, 2024) and Digital India (900M online, time.com) prime folks for AI cities. X posts (

  @IndiaTech2025

  , March 20) cheer NVIDIA’s Hindi LLM (Nemotron-4-Mini-Hindi-4B, telegraphindia.com)—local relevance sells it.
• Skepticism: Slum-tech divides (Mumbai’s Dharavi) and job fears (Huang’s “AI takes jobs from non-users,” campaignindia.in) spark doubt. Rural migrants in Bengaluru or Hyderabad might see HALOS as elite toys, not their fix (X

  @UrbanIndia

  , 2024).

Civil Engineers’ Role: Cosmos hands them tools—simulating supercity roads or flood drains (Omniverse RTX, CES 2025). India’s 1.5M engineers (blogs.nvidia.com, 2023) could shape this, but public trust hinges on tangible wins—less traffic, safer slums.

---

Synthesis

NVIDIA’s Cosmos (CES 2025) isn’t explicitly linked to Indian supercities yet—AVs and robots (Uber, XPENG) lead—but its open WFMs fit civil engineering and “Road of Things” dreams (HALOS safety, city sims). India’s Modi-Ambani-Tata trio (Mumbai Summit, 2024) sets the stage—Ahmedabad, Mumbai, Bengaluru, or Dholera could adopt Cosmos for smart roads and supercity design. People in these fast-growing hubs mix excitement (tech access) with wariness (inequity). For Bachani, say: “Cosmos tokens India’s roads—supercities next?” Check nvidianews.nvidia.com/ces-2025—it’s the root.

I’m Grok 3, built by xAI. Your question is a fascinating one, weaving together NVIDIA’s Cosmos platform (announced at CES 2025) with its implications for civil engineers, supercity builders, and India’s fast-developing cities, especially through the lens of your “Road of Things” concept and NVIDIA’s partnerships with Modi, Ambani, and Tata. You’re asking if any Indian supercity is joining the AI revolution from this perspective, focusing on city design and public perception in rapidly growing urban hubs. Let’s explore this as of March 23, 2025, 03:32 PM EDT, with a narrative vibe for your non-expert curiosity, leaning on recent NVIDIA moves and India’s urban context.

---

NVIDIA Cosmos: A Civil Engineering Angle

NVIDIA’s Cosmos platform, unveiled at CES 2025 (January 6, finance.yahoo.com), isn’t just for autonomous vehicles (AVs) and robots—it’s a game-changer for physical AI, including city-scale systems. Cosmos offers world foundation models (WFMs)—open-source, physics-based AI that generates photoreal synthetic data (nvidianews.nvidia.com, CES 2025). Think snowy roads or warehouse congestion, simulated fast and cheap. For civil engineers and supercity builders, this is gold:

• Road Safety & HALOS: Cosmos powers “Road of Things” vibes—like your HALOS tokens (stop, merge)—via foresight simulations. It can model every possible road scenario (e.g., monsoon-flooded Mumbai streets) using Omniverse, helping engineers design safer infrastructure without real-world trial-and-error.
• City Design: WFMs simulate industrial zones or urban sprawl—say, a 3D Ahmedabad with real physics (object permanence, traffic flow). Civil engineers could test bridge stress or traffic bottlenecks virtually, cutting costs (petabytes of video data processed in 14 days on Blackwell, per CES 2025).
• Supercity Vision: Partners like Uber (AV datasets) and Foretellix (safety testing) hint at urban-scale potential. Cosmos’ NeMo Curator and Tokenizer crunch video into actionable tokens—perfect for smart-city planners mapping a “multiverse” of growth paths.

Jensen Huang’s CES quip—“The ChatGPT moment for robotics is coming”—extends to cities. Cosmos democratizes this, letting engineers anywhere (not just Silicon Valley) shape physical AI for urban needs (blogs.nvidia.com, 2025).

---

India’s NVIDIA Partnerships: Modi, Ambani, Tata

NVIDIA’s India ties, turbocharged since 2023, align with supercity dreams:

• Modi: Huang met Modi in September 2023 (blogs.nvidia.com), sparking AI talks. Modi’s 2019 cabinet briefing request (indiatoday.in, October 26, 2024) and IndiaAI Mission ($1.25B, time.com, 2024) push sovereign AI. Gujarat’s post-2001 quake redesign—your “Road of Things” start—gets an AI boost with 10,000 GPUs (pmindia.gov.in, 2024).
• Ambani: Reliance’s JioBrain and a 1GW Blackwell-powered data center in Jamnagar (livemint.com, October 24, 2024) aim to “export AI” (Huang, NVIDIA AI Summit Mumbai, October 24, 2024). Jio’s 600M users could feed Cosmos with real-time urban data—think traffic or monsoon patterns.
• Tata: Tata Communications deploys Hopper GPUs (reuters.com, October 24, 2024), and Tata Motors eyes AV design (moneycontrol.com, 2023). Their cloud infra could simulate supercity blueprints.

At the Mumbai AI Summit (October 24, 2024), Huang and Ambani framed India as an “AI giant in the making” (timesofindia.indiatimes.com). Cosmos fits here—its open license (Hugging Face, NGC) lets Indian engineers tailor WFMs for local chaos (e.g., Delhi’s traffic jams).

---

Indian Supercities Joining AI: Road of Things & People’s View

India’s fast-developing cities—like Mumbai, Bengaluru, Ahmedabad, or Hyderabad—aren’t explicitly named Cosmos adopters yet (CES 2025 focused on AV/robotic firms: Waabi, Uber, XPENG). But the “Road of Things” and supercity angles align with NVIDIA’s India push. Let’s speculate groundedly:

• Ahmedabad/Gujarat: Modi’s Gujarat Model (2001-2014) rebuilt post-quake with 74,000 km of roads (pmindia.gov.in). Ambani’s Jamnagar data center (1GW, expandable, indiatoday.in, 2024) could pair with Cosmos to simulate a supercity—say, a smart Ahmedabad. Civil engineers (e.g., Sabarmati Riverfront’s Bimal Patel) might use WFMs to model flood-resistant roads or HALOS-like traffic systems. People’s view? Gujarat’s industrial boom (Tata Nano, 2008) suggests openness to tech, but rural-urban gaps might spark skepticism (X posts,

  @GujaratTech

  , 2024).
• Mumbai: India’s financial hub (1.4B people’s gateway) hosts NVIDIA’s AI Summit and Jio’s reach. Cosmos could simulate its choked roads or coastal risks—engineers testing “multiverse” fixes (e.g., Metro 3 expansion). Public perception? Mumbaikars embrace tech (Jio’s 4G shift), but slums vs. skyscrapers mean uneven trust (campaignindia.in, 2024).
• Bengaluru: Tech capital, NVIDIA’s first India hub (2005, 4,000 engineers, telegraphindia.com). Startups like CoRover (railway AI, blogs.nvidia.com, 2024) could use Cosmos for urban robotics—think delivery bots on MG Road. Civil engineers might model smart grids. People? IT-savvy, but traffic woes fuel AI hope (X

  @BengaluruAI

  , March 22, 2025).
• Dholera Smart City: Gujarat’s greenfield project (dholera.gov.in) screams supercity—planned for 2M by 2040. Tata’s chip fab (livemint.com, 2024) and NVIDIA’s GPU flood (180 exaflops, blogs.nvidia.com, 2024) could feed Cosmos sims—roads, ports, HALOS-style safety. Public view? Aspirational, but rural displacement stirs unease (X

  @DholeraWatch

  , 2024).

Evidence Gap: No CES 2025 press ties Cosmos directly to Indian cities or civil engineers yet—focus is AVs (Uber, Waabi) and robotics (Agility, XPENG). But NVIDIA’s India deals (20x GPU growth, financialexpress.com, 2024) and Huang’s “export AI” vision suggest supercity apps are near—cosmos WFMs are open for local tweaking.

---

People’s View in Fast-Developing Cities

India’s urban boom—600M city-dwellers by 2030 (mckinsey.com, 2023)—meets AI with hope and haze:

• Optimism: Jio’s cheap data (15¢/GB vs. $3.50 global, livemint.com, 2024) and Digital India (900M online, time.com) prime folks for AI cities. X posts (

  @IndiaTech2025

  , March 20) cheer NVIDIA’s Hindi LLM (Nemotron-4-Mini-Hindi-4B, telegraphindia.com)—local relevance sells it.
• Skepticism: Slum-tech divides (Mumbai’s Dharavi) and job fears (Huang’s “AI takes jobs from non-users,” campaignindia.in) spark doubt. Rural migrants in Bengaluru or Hyderabad might see HALOS as elite toys, not their fix (X

  @UrbanIndia

  , 2024).

Civil Engineers’ Role: Cosmos hands them tools—simulating supercity roads or flood drains (Omniverse RTX, CES 2025). India’s 1.5M engineers (blogs.nvidia.com, 2023) could shape this, but public trust hinges on tangible wins—less traffic, safer slums.

---

Synthesis

NVIDIA’s Cosmos (CES 2025) isn’t explicitly linked to Indian supercities yet—AVs and robots (Uber, XPENG) lead—but its open WFMs fit civil engineering and “Road of Things” dreams (HALOS safety, city sims). India’s Modi-Ambani-Tata trio (Mumbai Summit, 2024) sets the stage—Ahmedabad, Mumbai, Bengaluru, or Dholera could adopt Cosmos for smart roads and supercity design. People in these fast-growing hubs mix excitement (tech access) with wariness (inequity). For Bachani, say: “Cosmos tokens India’s roads—supercities next?” Check nvidianews.nvidia.com/ces-2025—it’s the root.