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Joined March 2020
WHERE THE BIGGEST NAMES IN FINANCE & POLITICS ARE BETTING BIG! 💰👇 Nancy Pelosi — $BE Warren Buffett — $AAPL Bill Ackman — $UBER Michael Burry — $MOH Cathie Wood — $TSLA Peter Thiel — $AMZN Stanley Druckenmiller — $NTRA David Tepper — $MU Bill Gates — $CAT Donald Trump — $META These are some of their most notable publicly disclosed stock positions and recent trades! Whose stock picks are you following? 👀
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TomOnTech retweeted
Replying to @cmsinvests
$NFLX. $GOOG Youtube and creator type content continues to grow. Netflix needs to open this up to their 325 million subscribers with their own free creator platform. Done right, this will bring new users to their ecosystem and not harm existing paid subscribers........
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TomOnTech retweeted
GREG ISENBERG
@gregisenbergOct 14
I spent 48 hours in SF hanging out with billionaires, data labs and AI founders and execs running $1B to $100B companies. My observations: 1. Sooo MANY stories of data brokers making like $2M a WEEK selling company data to labs. I can't tell if it's the beginning or a bubble, and I kept wondering which niches are left. Digging into it actively. 2. At dinner, someone asked the table, "If a new model drops next month, does your company get better or worse?" HALF the table went quiet! I think that's the best question to ask about any AI startup right now. 3. The bar people talk about now is hitting $1B in revenue in 12 months (I guess that's the new unicorn?). What I didn't hear much about is retention. AI revenue can come in fast and leave fast, and I think we're going to see a lot of stories of AI companies with huge revenue and terrible retention. 4. It's pretty clear we're living through the reinvention of the computer. The model is the CPU, the harness is the operating system, and skills and plugins are the apps. Thinking about it that way makes it easier to see where the whitespace is. 5. We're maybe 12 months from an agent that can watch you work for a week and then do your job without any instructions. The screen recording plus agent memory plus local model combination makes this possible right now. 6. Agent harnesses feel like the new GPT wrappers, in a good way, especially vertical ones. The best teams I talked to treat the model as swappable. One founder walked me through routing different models to different jobs: one for taste and visuals, a cheaper one for the everyday stuff, another for text. They use prompts they can move across models over fine-tuning, and A/B test the output on what users actually do with it: do they edit it, export it, share it? A vertical harness is basically four things: the connectors for that industry's data, evals written by people who know the work, rules for what the agent can and can't touch, and a clean screen for a human to review. The model is maybe 20% of it. 7. There's a lot of reverse engineering going on/cloning going on more than I've ever seen. People are decompiling software and rebuilding it with agents, and someone showed a suite of like 10 apps that are worth $5B+ each all that he cloned open source. Me and everyone are still thinking through what it means when software gets this easy to copy. 8. My guess is the value moves to data. If the software can be rebuilt quickly, what's worth paying for in a legacy SaaS company is the years of customer data and workflows inside it. Some SaaS companies are secretly data companies. Gets me thinking about how do you truly value data for this saas companies? Like if we were buying these dying saas companies at 2x ARR before (as example), maybe there is a better metric. Idk, just thinking out loud here. 9. It feels like a good chunk of legacy software won't make it to the agentic era, especially anything built around people clicking through a lot of screens. 10. Every company I talked to wants to pipe its internal data into one place and expose it to agents through MCP. Then they look at the data and realize it's a mess: five versions of the same customer, old Slack channels, PDFs nobody can search. Cleaning that up feels like a big consulting opportunity! 11. A lot of founders are building the basic building blocks for agents: APIs, data layers and tools. Some of the companies I saw barely have a UI because the main user is an agent. I really believe the startups that build primitives to this agentic era will do extremely well. Building blocks is the best way to think about it. 12. Labs can get plenty of training data, but it's harder to get real examples of agents failing inside companies. Whoever has those logs has something valuable. 13. Someone running a big consumer company told me the next fight is over memory. The model that remembers the most about you wins, and the smartest model matters less than people think. 14. Physical AI came up a lot. Astra I think was the first model that got people into AI can actually do CAD, and I think a lot of people are thinking what does vibe manufacturing really look like. The line I keep thinking about came from a robotics founder: the hardest problems in AI are deployment problems now, not research problems. Their robots work on their own, call a human when they get stuck, and every one of those calls becomes training data. 15. Cybersecurity companies are having a moment and are actually cool companies to build now, especially the ones that clean up after a breach. Every agent with access to your systems is a new door into your company, and a lot of those doors were left open. 16. Some startups are worth more dead than alive now. A shutdown company with 5 years of Slack, email and code can get paid for licensing all of it. I wouldn't be surprised if founders start factoring that into when they shut down. 17. People are starting to talk about monetizing the agent web. It feels really early, but when the most popular user of the internet is an agent, what startups should you be building? 18. I think agent insurance is coming. Once an agent makes an expensive mistake, insurers will want audits before they cover anyone. 19. Several people said the hire they want most is someone with taste who can write evals. The models are getting good at generating ideas, so the hard part is judging which ones are good. 20. New trend I observed: startup raises VC, uses venture dollars to become a creator, startup fails, founder falls back on being a full-time creator and incubates other products bootstrapped. 21. Getting SIGNIFICANT distribution is HARD right now. Founders are sponsoring buses, buying billboards like crazy and throwing parties with famous DJs to get noticed. Kinda feels dotcom era in that sense. Attention is what's scarce! The growth guy going viral sharing his UGC strategy from Wispr Flow is a good example. It's the sauce everyone wants, and I truly believe there are probably only 50 people on the planet who know how to scale these types of businesses efficiently in this era. Always good to get that dose of SF. I felt sooo lucky to have such an incredible trip during such an incredible time in building businesses. Surreal in so many ways. Happy to be home and locked in. Until next time!
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$INTC IS COMING FOR THE GPU MARKET. Its new D-Series chips are built for AI inference, and $DELL, $HPE, $SMCI and ASUS are lined up to sell them.
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TomOnTech retweeted
Introducing Hark Pro Hark Pro is now live on web, iOS, and Android Try it free: hark.com
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When you ask if ETH will ever go to $10,000 Tom Lee:
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TomOnTech retweeted
HOW TO RETIRE FROM THE AI CYCLE IN THE NEXT 3-5 YEARS Keep this. Don’t lose it. I’m looking at everything AI will FORCE the world to build. This is how I believe the next decade gets built: 2026–2027 BUILD THE AI FOUNDATION Hyperscalers: $AMZN AI Chips: $NVDA $AVGO EDA / Chip Design: $SNPS Foundries / Equipment: $TSM $ASML Memory / HBM: $MU $SKHY Networking: $ANET $ALAB Photonics / Optics: $LITE $COHR Interconnect: $CIEN Edge AI: $ARM Data Centers / Compute: $IREN Cooling: $VRT Servers / Hardware: $DELL $SMCI Storage: $PSTG GPU Cloud: $CRWV Digital Infrastructure: $EQIX Data Center Construction: $FIX Cybersecurity: $CRWD 2028–2030 BUILD THE POWER & RESOURCES Grid Infrastructure: $PWR Electrical Equipment: $ETN Utilities / Interconnection: $AEP Power Producers: $VST Gas / Turbines: $GEV On-Site Power: $BE Energy Storage: $EOSE Nuclear: $OKLO Uranium / Nuclear Fuel: $CCJ Copper: $FCX Critical Minerals: $ALB Rare Earths: $MP 2030+ BUILD THE PHYSICAL AI ECONOMY AI Applications: $PLTR $NOW Robotics: $TSLA Industrial Automation: $ROK Autonomy: $GOOGL $MBLY Drones: $AVAV Defense Tech: $KTOS Space Economy: $SPCX $RKLB Quantum: $IONQ AI Healthcare: $TEM Most people will chase whatever is already moving. I’m positioning around what the world will be forced to build next.
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TomOnTech retweeted
back in june i wrote that agents make GPUs need more CPUs. this is playing out exactly like i predicted.. 3 data points from the last 10 days: 1. intel's CEO says it can meet only ~50% of CPU demand (sep 16, per TrendForce) 2. nebius raises CPU rental ~25-30% on oct 1, more than its GPU hikes $NBIS 3. anthropic expanded its akamai deal to $11.6B over 7 years, to support CPU workload growth next under the chip is the substrate. ibiden is +22% since sep 15, set off by a report of jensen's july line that nvidia has to rely on it. CPUs sit on the same substrate, and FTNN, citing goldman, says the tools that make it have lead times out to 2031!
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The new AI Infrastructure Stack… For those that prefer pictures:
🤖 Made with AI
THE NEW AI INFRASTRUCTURE STACK Piper Sandler mapped the new AI infrastructure stack across 8 layers from the power grid all the way to the agent as AI scaling creates bottlenecks across power, cooling, networking, storage, cloud & inference: Layer 1 | Power, Grid & Real Estate • $NEE building renewable power backbone hyperscalers need to scale AI • $CEG monetizing 24/7 nuclear power AI data centers increasingly require • $TLN building behind the meter nuclear power model for AI campuses • $IREN turning scarce power & interconnects into hyperscale AI capacity • $DLR owning physical real estate underneath global AI infrastructure • $EQIX owning interconnection layer where AI networks & clouds meet Layer 2 | Physical Datacenter, Shell & Cooling • $VRT building 800V DC powertrain needed for next jump in AI rack density • $SMCI assembling liquid cooled rack systems that turn GPUs into usable compute Layer 3 | Silicon & Hardware • $NVDA building compute platform underneath AI economy • $AMD building second full stack accelerator platform at hyperscale • $AVGO designing custom AI silicon behind Google TPUs & Meta MTIA as hyperscalers move deeper into proprietary compute • $GOOGL turning TPUs from an internal advantage into a hardware business sold directly into customer data centers • $INTC turning 14A into a real external foundry business with $TSLA as an anchor customer and its largest reported foundry deal yet • $ARM moving into full server CPUs & capturing the full value of the chip instead of dollars per core Layer 4 | Scale Up & Scale Out Networking • $ANET building Ethernet backbone connecting hyperscale AI clusters • $CSCO extending enterprise networking into AI data center fabric • $CLS manufacturing physical networking hardware connecting AI clusters Layer 5 | High Performance Storage • $PSTG using DirectFlash to reclaim power & rack space for AI infrastructure • $DELL bundling servers & storage into an integrated enterprise AI stack • $NTAP connecting enterprise data estates to cloud AI workloads • $HPE bringing enterprise storage into an infrastructure as a service model Layer 6 | Orchestration & Workloads • $IBM turning Red Hat OpenShift into enterprise control plane for private & hybrid AI deployments • $NTNX bringing AI infrastructure stack into private & on prem environments Layer 7 | GPUaaS & Cloud • $CRWV proving GPU residual value with fully priced A100 capacity contracted through 2029 • $NBIS building an AI cloud around 5GW of contracted power with customers prepaying 50% of capex • $DOCN bringing AI compute & inference below hyperscale cloud layer • $MSFT turning Azure into one of largest distribution layers for AI compute • $AKAM pushing AI inference closer to where users consume it • $AMZN monetizing AI through hyperscale cloud infrastructure & its own silicon • $ORCL building AI cloud capacity against a heavily concentrated backlog of large customer commitments Layer 8 | Model Execution, Tokens & Agents • $NET becoming distribution layer between AI agents and the internet as non human traffic crosses more than 50% of its network • $FSLY moving inference closer to the end user through edge compute
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THE NEW AI INFRASTRUCTURE STACK Piper Sandler mapped the new AI infrastructure stack across 8 layers from the power grid all the way to the agent as AI scaling creates bottlenecks across power, cooling, networking, storage, cloud & inference: Layer 1 | Power, Grid & Real Estate • $NEE building renewable power backbone hyperscalers need to scale AI • $CEG monetizing 24/7 nuclear power AI data centers increasingly require • $TLN building behind the meter nuclear power model for AI campuses • $IREN turning scarce power & interconnects into hyperscale AI capacity • $DLR owning physical real estate underneath global AI infrastructure • $EQIX owning interconnection layer where AI networks & clouds meet Layer 2 | Physical Datacenter, Shell & Cooling • $VRT building 800V DC powertrain needed for next jump in AI rack density • $SMCI assembling liquid cooled rack systems that turn GPUs into usable compute Layer 3 | Silicon & Hardware • $NVDA building compute platform underneath AI economy • $AMD building second full stack accelerator platform at hyperscale • $AVGO designing custom AI silicon behind Google TPUs & Meta MTIA as hyperscalers move deeper into proprietary compute • $GOOGL turning TPUs from an internal advantage into a hardware business sold directly into customer data centers • $INTC turning 14A into a real external foundry business with $TSLA as an anchor customer and its largest reported foundry deal yet • $ARM moving into full server CPUs & capturing the full value of the chip instead of dollars per core Layer 4 | Scale Up & Scale Out Networking • $ANET building Ethernet backbone connecting hyperscale AI clusters • $CSCO extending enterprise networking into AI data center fabric • $CLS manufacturing physical networking hardware connecting AI clusters Layer 5 | High Performance Storage • $PSTG using DirectFlash to reclaim power & rack space for AI infrastructure • $DELL bundling servers & storage into an integrated enterprise AI stack • $NTAP connecting enterprise data estates to cloud AI workloads • $HPE bringing enterprise storage into an infrastructure as a service model Layer 6 | Orchestration & Workloads • $IBM turning Red Hat OpenShift into enterprise control plane for private & hybrid AI deployments • $NTNX bringing AI infrastructure stack into private & on prem environments Layer 7 | GPUaaS & Cloud • $CRWV proving GPU residual value with fully priced A100 capacity contracted through 2029 • $NBIS building an AI cloud around 5GW of contracted power with customers prepaying 50% of capex • $DOCN bringing AI compute & inference below hyperscale cloud layer • $MSFT turning Azure into one of largest distribution layers for AI compute • $AKAM pushing AI inference closer to where users consume it • $AMZN monetizing AI through hyperscale cloud infrastructure & its own silicon • $ORCL building AI cloud capacity against a heavily concentrated backlog of large customer commitments Layer 8 | Model Execution, Tokens & Agents • $NET becoming distribution layer between AI agents and the internet as non human traffic crosses more than 50% of its network • $FSLY moving inference closer to the end user through edge compute
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TomOnTech retweeted
Extract all your agent sessions. They are yours. github.com/0xSero/ai-data-ex… Enjoy the ride while it lasts Invest in self sovereignty
One day the limit resets from OpenAI will vanish just like the free Uber trips and the $0 Door Dash deliveries did Cherish these days, my friends, for they soon will be gone
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Top stocks at their 200-weekly moving average: 1. Oracle 2. Netflix 3. Procter & Gamble 4. Home Depot 5. McDonalds 6. T-Mobile 7, Disney 8. Intuitive Surgical 9. Qualcomm 10. Lowes 11. S&P Global 12. Progressive 13. Mondelez 14. Cigna 15. Colgate 16. Air Products & Chemicals 17. Ferrari 18. NXP Semiconductors 19. Carrier 20. IDEXX Labs 21. D.R. Horton 22. Kroger 23. Wynn Resorts 24. Restaurant Brands Internatonal 25. T Rowe Price 26. Super Micro Computer 27. BJ's Wholesale 28. Norwegian Cruise Lines 29. Wyndham Hotels 30. Stryker 31. Medtronic 32. Occidental Petroleum 33. Halliburton 34. Microchip Technology 35. Yum Brands 36. PayPal 37. AIG 38. The Hershey Company 39. Keurig Dr. Pepper 40. Las Vegas Sands Buy great companies when they're giving you a discount.
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This AI Infrastructure Roadmap is the cleanest map of the next 6 years I’ve seen. Now - 2031. The real bottlenecks aren’t the GPUs. It’s power delivery → optics → advanced packaging → cooling. Here’s the pure-play stack with 5-10x+ potential by phase: Now → Memory + Optical $POET $IQE $ALMU 2027 → 800V + early CPO $WOLF $NVTS $VICR 2028 → PLP + scale-up optical $LPK $POET $SIVE 2029 → Glass + HBM5 $LPK $MU $AMAT 2030-31 → Optical I/O + 3D DRAM + microfluidic $LWLG $POET $VRT $LRCX Bandwidth goes from 32 TB/s → 1,024 TB/s. Power per module from 2.2 kW → 15.3 kW. The market is still pricing this like a normal semiconductor cycle. It isn’t. Drop any questions below. — Outlier Capital
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Bernstein: The four stages of AI and memory usage in each stage $STX $WDC $SHY $MU $DRAM $EWY $SNDK
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TomOnTech retweeted
Introducing Naive - hire autonomous employees with their own identity. Own compute. Own bank account. Own legal entity. Own email. Own credentials. Own mobile. No humans-in-the-loop. They sign up for tools, pay for services, deploy apps, file documents, and run your entire company. Describe a business. Naive runs it. Reply "Naive" + RT. Get $100 credit for free.
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SaaS train is rallying thanks to $MSFT
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TomOnTech retweeted
Unsloth AI
@UnslothAIJul 29
Kimi K3 can now be run locally! ✨ The 1-bit model retains ~78.9% accuracy after we shrunk it from 1.56TB to 594GB (-62% size). Run on a Mac Studio + 128GB RAM device. Kimi K3 is the strongest open model to date. Guide: unsloth.ai/docs/models/kimi-… GGUF: huggingface.co/unsloth/Kimi-…
Introducing Kimi K3: Open Frontier Intelligence 🔹 2.8 Trillion Parameters, 1 Million Context, Native Multimodal 🔹 Kimi Delta Attention enables up to 6.3x faster decoding in million-token contexts 🔹 Attention Residuals deliver ~25% higher training efficiency at <2% additional cost 🔹 Built for long-horizon agentic coding and self-evolving workflows Kimi K3 is now live on on Kimi.com, Kimi Work, Kimi Code, and the Kimi API. Open Weights by July 27, 2026. 🔗 API: platform.kimi.ai 🔗 Tech blog: kimi.com/blog/kimi-k3
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$MU 5.3x $SKHY 4.1x $SNDK 5.3x The S&P trades near 22x. Semis trade north of 30x. Priced like they're going out of business in two quarters. Ridiculous.
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Nomura Securities: GPU Substrate Substrate Size Trends for Key GPUs > Overall Trend: The substrate size for key GPUs is growing over successive generations. > Early Generations (Pascal, Volta, Ampere, Hopper): Maintained relatively stable substrate sizes, ranging from approximately 3,000 to just over 3,000 sq. mm. > Blackwell / Blackwell Ultra: Shows a significant increase, rising to approximately 6,000 sq. mm. > Rubin & Rubin Ultra: Jump further to approximately 8,000 sq. mm. > Feynman: Reaches the highest projected size on the chart, with a tentative assumption of an 80x115 mm substrate size, translating to roughly 9,200 sq. mm.
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I was strongly against the instagrammificafion of X but it’s more 2013 IG than thirst traps nice
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