Meta is building a 7.5 GW AI campus in rural Louisiana.
To power it, they're constructing 10 new gas plants.
The Hyperion AI campus in Richland Parish will require up to 7.5 GW of power.
5 GW of that is pure compute load.
To deliver it, Entergy Louisiana is building approximately 10 combined-cycle gas turbines in two waves:
→ Wave 1 (approved 2025): 3 CCGTs, 2.3 GW
→ Wave 2 (agreed March 2026): 7 more CCGTs, >5.2 GW CCS and hydrogen-ready
That's the equivalent of multiple large gas fleets dropped into a single corner of the US South that was, until recently, farmland.
Meta signs 15-year power contracts, underwriting the full revenue requirement of the plants.
Entergy owns and operates the steel in the ground, earns a regulated return.
The broader Gulf Coast gas grid Haynesville, Transco, NGPL sells the molecules.
Meta takes demand risk. Entergy takes construction risk.
Gas producers get a locked-in long-dated sink.
Why gas and not nuclear or renewables?
CCGTs can be built in 3-5 years.
AI inference wants 24/7 firm power.
Louisiana sits on top of one of the densest gas pipeline systems in the world.
For this decade's AI wave, gas is the shortest path .
Once fully operational, 10 CCGTs running at high load factors will lock in multiple Bcf/day of regional gas demand for 15+ years.
That's functionally a long dated offtake contract for Gulf Coast gas production written by a hyperscaler, not an energy company.
Virginia, Ohio, Texas are already running the same playbook.
The Louisiana model hyperscaler guarantee, utility-owned gas and wires, existing pipeline network is becoming the template for the entire AI infrastructure buildout.
To power it, they're constructing 10 new gas plants.
The Hyperion AI campus in Richland Parish will require up to 7.5 GW of power.
5 GW of that is pure compute load.
To deliver it, Entergy Louisiana is building approximately 10 combined-cycle gas turbines in two waves:
→ Wave 1 (approved 2025): 3 CCGTs, 2.3 GW
→ Wave 2 (agreed March 2026): 7 more CCGTs, >5.2 GW CCS and hydrogen-ready
That's the equivalent of multiple large gas fleets dropped into a single corner of the US South that was, until recently, farmland.
Meta signs 15-year power contracts, underwriting the full revenue requirement of the plants.
Entergy owns and operates the steel in the ground, earns a regulated return.
The broader Gulf Coast gas grid Haynesville, Transco, NGPL sells the molecules.
Meta takes demand risk. Entergy takes construction risk.
Gas producers get a locked-in long-dated sink.
Why gas and not nuclear or renewables?
CCGTs can be built in 3-5 years.
AI inference wants 24/7 firm power.
Louisiana sits on top of one of the densest gas pipeline systems in the world.
For this decade's AI wave, gas is the shortest path .
Once fully operational, 10 CCGTs running at high load factors will lock in multiple Bcf/day of regional gas demand for 15+ years.
That's functionally a long dated offtake contract for Gulf Coast gas production written by a hyperscaler, not an energy company.
Virginia, Ohio, Texas are already running the same playbook.
The Louisiana model hyperscaler guarantee, utility-owned gas and wires, existing pipeline network is becoming the template for the entire AI infrastructure buildout.
$IREN $NVDA $DELL $WULF $CIFR $CORZ $APLD
The AI race is evolving FAST.
This is no longer just about chips or models.
It’s becoming a war for:
⚡ power
⚡ cooling
⚡ networking
⚡ compute infrastructure
$IREN CEO just confirmed strong relationships with both $DELL and $NVDA as hyperscalers aggressively scale AI infrastructure.
The market is slowly realizing something important:
The real bottleneck may not be AI itself…
It may be ENERGY and energized infrastructure.
That’s why AI infrastructure names are starting to rerate across the sector.
$MSFT $META $AMZN $GOOG all need massive compute capacity.
And somebody has to power it.
The AI race is evolving FAST.
This is no longer just about chips or models.
It’s becoming a war for:
⚡ power
⚡ cooling
⚡ networking
⚡ compute infrastructure
$IREN CEO just confirmed strong relationships with both $DELL and $NVDA as hyperscalers aggressively scale AI infrastructure.
The market is slowly realizing something important:
The real bottleneck may not be AI itself…
It may be ENERGY and energized infrastructure.
That’s why AI infrastructure names are starting to rerate across the sector.
$MSFT $META $AMZN $GOOG all need massive compute capacity.
And somebody has to power it.
14 Strongest Industry Groups At 1-Month RS Based On Latest Close
$UNG — Natural Gas
$IGV — US Tech / Software
$UFO — Space Industry
$XES — Oil & Gas Equipment & Services
$IHF — Health Care Providers
$CLOU — Cloud Infrastructure & SaaS
$USO — Crude Oil
$DXYZ — Pre-IPO & Private Unicorn Equity
$TAN — Solar
$MAGS — Magnificent 7
$OIH — Large-Cap Oil Services
$WCLD — Cloud Tech
$UNG — Natural Gas
$IGV — US Tech / Software
$UFO — Space Industry
$XES — Oil & Gas Equipment & Services
$IHF — Health Care Providers
$CLOU — Cloud Infrastructure & SaaS
$USO — Crude Oil
$DXYZ — Pre-IPO & Private Unicorn Equity
$TAN — Solar
$MAGS — Magnificent 7
$OIH — Large-Cap Oil Services
$WCLD — Cloud Tech
🇨🇭 Global One SI - Prompt
$OUST/USD H2 #Indicator #Signal #Trading #GlobalOneAI
$OUST
"To perceive the world in full context requires a combination of structure and colour, and Rev8 is the first sensor to unify both."
And Ouster was also the first of the three companies that announced colour LiDAR to actually bring it to market!
This shift to colour LiDAR is "a generational transition, not an incremental improvement", according to Tim van Wessel, who wrote a fascinating article breaking down how this "new generation of sensors can now see geometry and colour at the same time, on the same chip."
"To perceive the world in full context requires a combination of structure and colour, and Rev8 is the first sensor to unify both."
And Ouster was also the first of the three companies that announced colour LiDAR to actually bring it to market!
This shift to colour LiDAR is "a generational transition, not an incremental improvement", according to Tim van Wessel, who wrote a fascinating article breaking down how this "new generation of sensors can now see geometry and colour at the same time, on the same chip."
$INM and $CODX are leading healthcare sector momentum today while ...
$CUE continues to quietly consolidate after its massive breakout move.
What makes this interesting:
→ weekly breakout structure still intact
→ OBV accumulation remains extremely strong
→ TTM momentum still positive
→ holding key support near $17
→ healthcare sector momentum improving overall
Sometimes the best runners are the ones that stay quiet… until the next expansion leg begins. Early Birds WIN
#CUE #Healthcare #Stocksymbol
$CUE continues to quietly consolidate after its massive breakout move.
What makes this interesting:
→ weekly breakout structure still intact
→ OBV accumulation remains extremely strong
→ TTM momentum still positive
→ holding key support near $17
→ healthcare sector momentum improving overall
Sometimes the best runners are the ones that stay quiet… until the next expansion leg begins. Early Birds WIN
#CUE #Healthcare #Stocksymbol
$VWAV is starting to look increasingly interesting here.
Small float:
⚡ only ~14M float
⚡ 77% insider ownership
⚡ low institutional exposure
⚡ momentum compression setup building
Technically, the chart is approaching a very important zone.
What I’m watching:
✔ holding key 5.00 support area
✔ bullish divergences developing on momentum indicators
✔ squeeze conditions tightening
✔ improving relative structure after major selloff
✔ potential reclaim setup toward the 7–9 area if momentum returns
This is the type of structure that can move very aggressively once liquidity and narrative return.
Especially in low-float names with heavy insider alignment.
Small float:
⚡ only ~14M float
⚡ 77% insider ownership
⚡ low institutional exposure
⚡ momentum compression setup building
Technically, the chart is approaching a very important zone.
What I’m watching:
✔ holding key 5.00 support area
✔ bullish divergences developing on momentum indicators
✔ squeeze conditions tightening
✔ improving relative structure after major selloff
✔ potential reclaim setup toward the 7–9 area if momentum returns
This is the type of structure that can move very aggressively once liquidity and narrative return.
Especially in low-float names with heavy insider alignment.
$CUE may have just completed one of the biggest technical shifts on the weekly biotech charts.
→ Multi-year downtrend break
→ Massive volume expansion
→ OBV accumulation explosion
→ TTM momentum turning positive
→ Holding critical breakout support near $17
After running from sub-$5 lows to over $40, the structure completely changed.
Now the chart opens a potential roadmap toward the weekly 200MA near $50+ if momentum returns.
This no longer looks like a dead biotech chart.
#CUE #Biotech
→ Multi-year downtrend break
→ Massive volume expansion
→ OBV accumulation explosion
→ TTM momentum turning positive
→ Holding critical breakout support near $17
After running from sub-$5 lows to over $40, the structure completely changed.
Now the chart opens a potential roadmap toward the weekly 200MA near $50+ if momentum returns.
This no longer looks like a dead biotech chart.
#CUE #Biotech
🇨🇭 Global One SI - Prompt
Every Polymarket API Endpoint Your Bot Will Ever Need (One Cheat Sheet) I collected every single working endpoint across Gamma, Data, CLOB, LB-API and WebSockets - no more guessing, no more 404s, no more outdated docs Everything is tested and up to date…
Bridge API: The 5 Endpoints That Handle Deposits in Your Bot
If your bot manages its own funding - not just trading, you need Polymarket's Bridge API
Here’s the complete set of endpoints for the full deposit and withdrawal flow
> Bridge API - bridge.polymarket.com (public, no auth required)
• POST /deposit - Create unique deposit addresses for your Polymarket wallet. Returns separate addresses for EVM, Solana (SVM), and Bitcoin (BTC). Safe to cache and reuse.
• GET /supported-assets - Full list of supported tokens with minimum deposit amounts per chain. Always check this before sending funds.
• POST /quote - Get expected pUSD output and fees before making a deposit.
• GET /status/{address} - Monitor deposit status by deposit address (poll this until confirmed).
• POST /withdraw - Create withdrawal addresses to bridge pUSD back to any supported chain/token.
> Full deposit flow in your bot:
• POST /deposit → get deposit addresses
• GET /supported-assets → verify token and minimum amount
• POST /quote → check expected pUSD output and fees
• Send funds to the correct address
• Poll GET /status/{address} until confirmed
• Call CLOB /balance-allowance/update to sync new funds (important!)
> Key note
Polymarket uses pUSD (Polymarket USD) as collateral. All deposited assets are automatically converted to pUSD on Polygon
Save this. If your bot handles its own funding, these endpoints are essential
If your bot manages its own funding - not just trading, you need Polymarket's Bridge API
Here’s the complete set of endpoints for the full deposit and withdrawal flow
> Bridge API - bridge.polymarket.com (public, no auth required)
• POST /deposit - Create unique deposit addresses for your Polymarket wallet. Returns separate addresses for EVM, Solana (SVM), and Bitcoin (BTC). Safe to cache and reuse.
• GET /supported-assets - Full list of supported tokens with minimum deposit amounts per chain. Always check this before sending funds.
• POST /quote - Get expected pUSD output and fees before making a deposit.
• GET /status/{address} - Monitor deposit status by deposit address (poll this until confirmed).
• POST /withdraw - Create withdrawal addresses to bridge pUSD back to any supported chain/token.
> Full deposit flow in your bot:
• POST /deposit → get deposit addresses
• GET /supported-assets → verify token and minimum amount
• POST /quote → check expected pUSD output and fees
• Send funds to the correct address
• Poll GET /status/{address} until confirmed
• Call CLOB /balance-allowance/update to sync new funds (important!)
> Key note
Polymarket uses pUSD (Polymarket USD) as collateral. All deposited assets are automatically converted to pUSD on Polygon
Save this. If your bot handles its own funding, these endpoints are essential
✍1
$VWAV could be entering the zone where fear creates opportunity.
After a massive flush from the highs, the stock is now pulling back into major support under heavily oversold conditions.
That’s usually where:
weak hands exit,
while smart money starts paying attention again.
What keeps this one interesting to me:
- tiny ~14M float
- 77% insider ownership
- AI-driven defense tech angle
- deeply compressed structure
- asymmetrical rebound potential if momentum returns
Sometimes bargain prices only appear when sentiment looks completely broken.
After a massive flush from the highs, the stock is now pulling back into major support under heavily oversold conditions.
That’s usually where:
weak hands exit,
while smart money starts paying attention again.
What keeps this one interesting to me:
- tiny ~14M float
- 77% insider ownership
- AI-driven defense tech angle
- deeply compressed structure
- asymmetrical rebound potential if momentum returns
Sometimes bargain prices only appear when sentiment looks completely broken.
🇨🇭 Global One SI - Prompt
How to build your own algorithmic trading analyzer with Claude Code.
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VIEW IN TELEGRAM
> Use Claude for analysis
> Use ChatGPT to build the system
> Learn how to build agents
> Add skills
> Build a sports prediction agent
> Test the system
> Add a prediction module
> Test with a small deposit
> Add more funds
> Test again
> Win
> Use ChatGPT to build the system
> Learn how to build agents
> Add skills
> Build a sports prediction agent
> Test the system
> Add a prediction module
> Test with a small deposit
> Add more funds
> Test again
> Win
The US Department of Energy just mapped every data center in America.
This is what the AI power grid looks like.
The dots are data centers.
Yellow = operating.
Orange = under construction.
White = planned.
The lines are high-voltage transmission 735kV, 500kV, 345kV the arteries that move electrons from generators to compute loads.
Look at the density along the East Coast, Northern Virginia to the Carolinas.
Then look at Texas.
Then Northern California.
The largest circles on this map represent facilities demanding over 5,000 MW of power.
Single campuses pulling more electricity than mid-sized cities.
Northern Virginia is so dense the dots overlap.
Data centers cluster on transmission corridors.
Not because land is cheap because power is available.
When the line is full, the next data center goes somewhere else.
The grid is the bottleneck.
Every orange dot is a power purchase agreement being negotiated right now.
Every white dot is a utility commission filing, a gas plant approval, a pipeline capacity booking.
The $66.8 bn NextEra-Dominion deal, Meta's 10 new gas plants in Louisiana, the Alaska LNG FID push they all trace back to maps that look like this.
AI infrastructure is built in substations, on transmission corridors, and at the end of gas pipelines.
This is what the AI power grid looks like.
The dots are data centers.
Yellow = operating.
Orange = under construction.
White = planned.
The lines are high-voltage transmission 735kV, 500kV, 345kV the arteries that move electrons from generators to compute loads.
Look at the density along the East Coast, Northern Virginia to the Carolinas.
Then look at Texas.
Then Northern California.
The largest circles on this map represent facilities demanding over 5,000 MW of power.
Single campuses pulling more electricity than mid-sized cities.
Northern Virginia is so dense the dots overlap.
Data centers cluster on transmission corridors.
Not because land is cheap because power is available.
When the line is full, the next data center goes somewhere else.
The grid is the bottleneck.
Every orange dot is a power purchase agreement being negotiated right now.
Every white dot is a utility commission filing, a gas plant approval, a pipeline capacity booking.
The $66.8 bn NextEra-Dominion deal, Meta's 10 new gas plants in Louisiana, the Alaska LNG FID push they all trace back to maps that look like this.
AI infrastructure is built in substations, on transmission corridors, and at the end of gas pipelines.
🇨🇭 Global One SI - Prompt
$GCTS 👀 Semiconductor momentum is starting to wake up again… and $GCTS is quietly building a very interesting base after a brutal multi-year selloff. The chart: ✅ Long consolidation finally resolving higher ✅ Range breakout in progress above $1.70 ✅ Volume…
Most traders only notice these AFTER the move becomes obvious.
But the interesting setups usually begin with:
• unusual volume
• quiet accumulation
• weekly base breakouts
• sentiment disbelief
$GCTS starting to check several of those boxes.
But the interesting setups usually begin with:
• unusual volume
• quiet accumulation
• weekly base breakouts
• sentiment disbelief
$GCTS starting to check several of those boxes.
🇨🇭 Global One SI - Prompt
$VWAV could be entering the zone where fear creates opportunity. After a massive flush from the highs, the stock is now pulling back into major support under heavily oversold conditions. That’s usually where: weak hands exit, while smart money starts paying…
$VWAV Quietly becoming one of the more interesting AI-defense setups on my watchlist.
While most traders are distracted elsewhere, VisionWave is building around:
• autonomous defense systems
• RF detection tech
• counter-drone infrastructure
• tactical robotics
Now heading into Eurosatory 2026 with private demonstrations for defense delegations.
Chart pulled back from the $6s into a potential bottoming/reversal zone near $5.20 while AI + defense narratives continue gaining attention.
Feels early here.
While most traders are distracted elsewhere, VisionWave is building around:
• autonomous defense systems
• RF detection tech
• counter-drone infrastructure
• tactical robotics
Now heading into Eurosatory 2026 with private demonstrations for defense delegations.
Chart pulled back from the $6s into a potential bottoming/reversal zone near $5.20 while AI + defense narratives continue gaining attention.
Feels early here.