TickerTain
TickerTain
NewsroomShortsPortfolioConvergence
NewsroomShortsPortfolioConvergence
$ANTHROPIC·$MA····$INTC····$BLUE-ORIGIN·$SPCX····$CRWV····$CRM····$MSFT····$NVDA····$ORCL····$CURSOR·$AAPL····$OPENAI·$AMZN····$UBER····$GOOGL····$META····$TSLA····$DATABRICKS·$PERPLEXITY·$LYFT····$NBIS····$TSM····$LITE····$ANDURIL·
$ANTHROPIC·$MA····$INTC····$BLUE-ORIGIN·$SPCX····$CRWV····$CRM····$MSFT····$NVDA····$ORCL····$CURSOR·$AAPL····$OPENAI·$AMZN····$UBER····$GOOGL····$META····$TSLA····$DATABRICKS·$PERPLEXITY·$LYFT····$NBIS····$TSM····$LITE····$ANDURIL·
←

baiju bhatt

T3 · host / generalist

Physics and math background from Stanford; co-founded Robinhood in 2012 and scaled it to a public company over 14 years; left to pursue lifelong ambition of building a space company, self-funding the initial $10M+ seed for Cowboy Space (formerly Aetherlex) to develop orbital data centers using rocket upper stages as compute platforms.

9 calls·3 names·44% bull·last heard last month·Kleiner Perkins
track record

no scored calls yet — needs a stated position or a categorical verdict, with a matured window vs SPY

top calls

highest conviction · one per company
1sthigh conviction
$COWBOY-SPACECowboy Space Corporationposition

Baiju Bhatt bets career on orbital data centers targeting 2028 launch

Cowboy Space uses rocket upper stages as both launch vehicle and data center heat sink, vertically integrating launch and compute to achieve unit economics competitive with terrestrial data centers by 2028.

Kleiner Perkins2026-08episode →
2ndmedium conviction
$SPCXSpaceX

SpaceX launch capacity insufficient for Cowboy Space; vertical integration required

SpaceX will consume most of its own payload capacity for Starlink; Cowboy Space must vertically integrate launch to control unit economics and timeline for orbital data centers.

Kleiner Perkins2026-08episode →
3rdmedium conviction
$HOODRobinhood Markets

Robinhood co-founder applies consumer-product lessons to space data centers

Building mass-market consumer products requires finding needs incumbents missed; the same unit-economics discipline that drove Robinhood's mobile-first thesis now drives Cowboy Space's orbital-compute thesis.

Kleiner Perkins2026-08episode →

most discussed · click a bar to filter

  • $COWBOY-SPACE
  • $SPCX
  • $HOOD

recurring themes

  • Space Economy4
  • Space-Based Compute3
  • AI Infrastructure3
  • Data Center Infrastructure1
  • Energy & Power Generation1
9 total
$COWBOY-SPACE
Cowboy Space Corporation
HIGHbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood· position
Baiju Bhatt bets career on orbital data centers targeting 2028 launch
Cowboy Space uses rocket upper stages as both launch vehicle and data center heat sink, vertically integrating launch and compute to achieve unit economics competitive with terrestrial data centers by 2028.
"Enter the Cowboy Space Corporation. All right, I'm ask like a bunch of dumb questions. All right, hit me. So, did that make sense? By the way, make sense. Let me clarify a few thi…"
2:30
$SPCX
···
SpaceX
MEDbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood
SpaceX launch capacity insufficient for Cowboy Space; vertical integration required
SpaceX will consume most of its own payload capacity for Starlink; Cowboy Space must vertically integrate launch to control unit economics and timeline for orbital data centers.
"SpaceX is I think um like I mean like look at what they've done, right? Their accomplishments have been monumental, but they're going to end up using as they've said... a lot of t…"
39:00
$COWBOY-SPACE
Cowboy Space Corporation
HIGHbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood· position
Cowboy Space turns rocket upper stages into orbital data centers
Bhatt said Cowboy Space's architecture makes the rocket upper stage itself the data-center satellite and heat sink, eliminating separate spacecraft components to pursue lower-cost orbital compute.
"the upper stage of the rocket is itself the data center. There's no satellite. The rocket becomes the data center satellite when it's in orbit. And all of this in pursuit of reali…"
34:44
$HOOD
···
Robinhood Markets
MEDbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood
Robinhood co-founder applies consumer-product lessons to space data centers
Building mass-market consumer products requires finding needs incumbents missed; the same unit-economics discipline that drove Robinhood's mobile-first thesis now drives Cowboy Space's orbital-compute thesis.
"the thesis behind Robin Hood was actually that mobile is this emerging platform... my thesis behind this was that low Earth orbit is a platform for commercial activity. How do you…"
26:00
$COWBOY-SPACE
Cowboy Space Corporation
HIGHbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood· position
Baiju Bhatt seeds Cowboy Space with $10M, raises $365M to launch orbital data centers by 2028
Low Earth orbit is a platform for commercial activity; energy and compute will natively exist there. By using the rocket's upper stage as the data center — integrating solar power, compute, and heat dissipation into one vehicle — Cowboy Space aims to achieve the lowest-cost compute from orbit, targeting first launch end of 2028.
"Cowboy Space Corporation on a mission to power humanity from the high frontier... the upper stage of the rocket is itself the data center. There's no satellite. The rocket becomes…"
25:10
$SPCX
···
SpaceX
MEDbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood
SpaceX will consume most of its own launch capacity for Starlink, creating scarcity for others
SpaceX's monumental achievements notwithstanding, their launch capacity will be largely absorbed by their own Starlink constellation, leaving insufficient ride-share capacity for other orbital infrastructure projects — necessitating vertical integration of launch for companies like Cowboy Space.
"SpaceX is I think um like I mean like look at what they've done, right? Their accomplishments have been monumental, but they're going to end up using as they've said... a lot of t…"
39:50
$HOOD
···
Robinhood
MEDbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood
Robinhood's mobile-native thesis validated; consumer product-market fit remains extraordinarily difficult
Robinhood succeeded by identifying mobile as an emerging platform for native financial services — a thesis that has borne out. However, achieving mass-market consumer product-market fit is intellectually more difficult than hard tech because incumbents had every advantage yet missed the opportunity.
"The thesis behind Robin Hood was actually that mobile is this emerging platform... lo and behold, I think that thesis has borne out... building a consumer product that has mass ma…"
13:00
$SPCX
···
SpaceX
MEDbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood
SpaceX launch capacity constrained by Starlink demand, creating opening for dedicated orbital compute launch
SpaceX's monumental launch achievements are largely allocated to its own Starlink constellation, leaving insufficient third-party launch capacity for the emerging orbital data center market, which necessitates vertically integrated launch solutions.
"SpaceX is I think um like I mean like look at what they've done, right? Their accomplishments have been monumental, but they're going to end up using as they've said and I don't w…"
39:58
$COWBOY-SPACE
Cowboy Space Corporation
HIGHbaiju bhatt·Kleiner Perkins·last month·Data Centers in Orbit by 2028: Baiju Bhatt on His Plans After Robinhood· position
Baiju Bhatt bets on orbital data centers using rocket upper stages as compute platforms
By integrating the rocket upper stage as the data center itself — using its structure as a heat sink and eliminating satellite bus mass — Cowboy Space aims to achieve the lowest unit economics for compute in orbit, targeting competitiveness with terrestrial data centers by end of 2028.
"the realization kind of happened of twofold... if you're on a rocket that's taking you to space rather than just disposing of that rocket or trying to reuse it, what if you just u…"
25:10
9
Space-Based Computetailwind
Orbital data centers using rocket stages as heat sinks target 2028 launch
Cowboy Space integrates launch vehicle upper stages as data center chassis and radiators, eliminating satellite bus mass and power-beaming losses to achieve lower $/GPU-hour than terrestrial facilities by 2028.
9
Space-Based Computetailwind
Orbital data centers by 2028: rocket upper stage becomes the server rack
Integrating the rocket's upper stage as the data center — using its structure for heat dissipation, solar arrays for continuous power, and eliminating satellite bus and power-beaming losses — unlocks the lowest unit economics for compute in orbit. First launch targeted end of 2028, within terrestrial data center build timelines.
9
Space-Based Computetailwind
Orbital data centers avoid transmission losses and leverage continuous solar for AI compute economics
Placing data centers in low Earth orbit eliminates the 50%+ energy loss from beaming space solar power to Earth, while continuous sunlight on orbit multiplies solar panel output 3-5x versus ground, creating a structural cost advantage for AI compute if thermal management and launch costs are solved.
8
Space Economytailwind
LEO emerges as platform for energy and compute verticals beyond imaging and defense
Low Earth orbit's continuous solar illumination makes it a natural platform for power generation and compute; space solar plus compute (minus beaming) unlocks commercial verticals analogous to mobile-native finance.
8
Space Economytailwind
Low Earth orbit emerging as commercial platform for energy-intensive verticals
LEO offers continuous solar illumination (multiples of ground output) and vacuum heat rejection, making it a natural platform for power generation and compute — the next commercial verticals after imaging and comms.
8
Space Economytailwind
Low Earth orbit emerging as platform for energy and compute verticals beyond imaging and defense
Just as mobile became a platform for native apps, LEO will host native commercial verticals. Space solar panels generate 3-5x terrestrial output due to near-continuous illumination, making orbit the natural environment for power generation. The next vertical after imaging/defense is energy, now evolving into compute.
8
Data Center Infrastructuretailwind
Vertical integration of launch, satellite, and compute layers is required to control unit economics
Just as Robinhood vertically integrated to control financial product economics, orbital compute requires owning the full stack — rocket, thermal architecture, and compute hardware — to achieve cost parity with terrestrial data centers, since no supply chain exists for this integrated product.
8
AI Infrastructuretailwind
Structural compute shortage will persist as AI agents scale to billions of users
Every person having background AI agents implies compute demand far exceeding current capacity; Baiju observes Claude Code and Gemini already timing out, signaling sustained undersupply.