🇨🇭 Global One SI - Prompt
Elon Musk just made the most powerful man in American manufacturing his chip builder. Intel, the company Wall Street wrote off two years ago is now the fabrication backbone of a $25 billion project involving Tesla, SpaceX, and xAI. This was not a coincidence.…
This media is not supported in your browser
VIEW IN TELEGRAM
🚨BREAKING: INTEL JOINS ELON MUSK’S TERAFAB PROJECT 🇺🇸 $TSLA
• Intel announced it will participate in Elon Musk’s “Terafab” project, an initiative to massively scale semiconductor production for AI, robotics, and space applications.
• Intel will work with SpaceX, Tesla, and xAI on the project.
✅ Intel’s Role
• Intel will contribute its expertise in designing, fabricating, and packaging ultra-high-performance chips.
• The partnership aims to help Terafab reach its target of producing 1 terawatt (TW) per year of compute capacity.
• Intel announced it will participate in Elon Musk’s “Terafab” project, an initiative to massively scale semiconductor production for AI, robotics, and space applications.
• Intel will work with SpaceX, Tesla, and xAI on the project.
✅ Intel’s Role
• Intel will contribute its expertise in designing, fabricating, and packaging ultra-high-performance chips.
• The partnership aims to help Terafab reach its target of producing 1 terawatt (TW) per year of compute capacity.
#STARLINK: Mahesh Saptharishi, Executive VP & CTO at Motorola Solutions, announced a collaboration with T-Mobile. They are adding T-Satellite connectivity via Starlink Mobile to the APX NEXT smart radio for first responders.
The upgrade creates a hybrid connectivity that unifies LMR, 4G/5G, and LEO with automatic failover, layered resiliency to overcome manmade and topographical barriers, and prioritized edge access via private LMR networks and T-Priority.
It ensures real-time AI and human-AI workflows, such as Assist and SVX body-worn assistants, stay online anywhere from urban high-rises to remote canyons.
The upgrade creates a hybrid connectivity that unifies LMR, 4G/5G, and LEO with automatic failover, layered resiliency to overcome manmade and topographical barriers, and prioritized edge access via private LMR networks and T-Priority.
It ensures real-time AI and human-AI workflows, such as Assist and SVX body-worn assistants, stay online anywhere from urban high-rises to remote canyons.
🚨🇮🇷🇺🇸 BREAKING: Iran just released its official victory declaration
The United States has agreed to Iran’s ceasefire conditions:
1. Commitment to non-aggression.
2. Continued Iranian control over the Strait of Hormuz
3. Acceptance of uranium enrichment
4. Lifting of all primary and secondary sanctions
5. Termination of all resolutions of the UN Security Council and the IEAE Board of Governors
6. Payments of compensation for Iran.
7. Withdrawal of American combat forces from the region.
8. Cessation of war on all fronts.
There is no way this is true. Something doesn't make sense...
The United States has agreed to Iran’s ceasefire conditions:
1. Commitment to non-aggression.
2. Continued Iranian control over the Strait of Hormuz
3. Acceptance of uranium enrichment
4. Lifting of all primary and secondary sanctions
5. Termination of all resolutions of the UN Security Council and the IEAE Board of Governors
6. Payments of compensation for Iran.
7. Withdrawal of American combat forces from the region.
8. Cessation of war on all fronts.
There is no way this is true. Something doesn't make sense...
✍1
On behalf of the Islamic Republic of Iran, I express my gratitude and appreciation to my dear brothers - His Excellency Prime Minister Sharif of Pakistan and His Excellency Field Marshal Munir - for their tireless efforts aimed at ending the war in the region.
In response to the fraternal request of Prime Minister Sharif, as set out in his tweet, and taking into account the US request for negotiations based on their 15-point proposal and the US President's statement on accepting the general framework of Iran's 10-point proposal as a basis for negotiations, I hereby declare on behalf of the Supreme National Security Council of Iran:
If the attacks against Iran are stopped, our powerful armed forces will cease their defensive operations.
For a period of two weeks, safe passage through the Strait of Hormuz will be possible in coordination with the Iranian armed forces and with due regard to technical constraints. (Source)
Please open Telegram to view this post
VIEW IN TELEGRAM
👀1
🇨🇭 Global One SI - Prompt
$TSLA/USD H2 #Indicator #Signal #Trading #GlobalOneAI
This media is not supported in your browser
VIEW IN TELEGRAM
🚨 $TSLA OPTIMUS HANDS CONTINUE TO EVOLVE TO LOOK MORE HUMAN
The hands of #Tesla_Optimus shown in the March video look noticeably more human-like compared to the video released just last December.
The hands of #Tesla_Optimus shown in the March video look noticeably more human-like compared to the video released just last December.
This media is not supported in your browser
VIEW IN TELEGRAM
Who made this LMAO
This media is not supported in your browser
VIEW IN TELEGRAM
Netanyahu after learning what Trump agreed to with Iran
Iran war: US military aircraft damage and losses 🇺🇸🇮🇷
Multiple US aircraft have been damaged or destroyed in the ongoing war with Iran, including fighter jets, drones, refueling tankers, and helicopters.
Total estimated cost: Over $2.8 billion
1. 🇺🇸 F-35 Lightning II ✈️
•Cost: $82.5 million (per unit)
•Losses: 1 damaged
2. 🇺🇸 A-10 Thunderbolt II ✈️
•Cost: $18.8 million (per unit)
•Losses: 1
3. 🇺🇸 F-15E Strike Eagle ✈️
•Total cost: $260 million
•Cost per unit: $65 million
•Losses: 4
4. 🇺🇸 E-3 Sentry (AWACS) 📡
•Total cost: $1.4 billion
•Losses: 2 (1 damaged)
•Replacement cost: ~$700 million per unit
5. 🇺🇸 MC-130J Commando II ✈️
•Total cost: $228.4 million
•Cost per unit: $114.2 million
•Losses: 2
6. 🇺🇸 KC-135 Stratotanker ⛽
•Total cost: $277.2 million
•Cost per unit: $39.6 million
•Losses: 7 (6 damaged)
7. 🇺🇸 UH-60 Black Hawk 🚁
•Total cost: $108 million
•Cost per unit: ~$36 million
•Losses: 3 (1 damaged)
8. 🇺🇸 MH-6 Little Bird 🚁
•Total cost: $18 million
•Cost per unit: ~$4.5 million
•Losses: 4
9. 🇺🇸 CH-47 Chinook 🚁
•Cost per unit: $48 million
•Losses: 1
10. 🇺🇸 MQ-9 Reaper Drone 🤖
•Total cost: $384 million
•Cost per unit: $32 million
•Losses: 12
•Note: Open-source investigations suggest actual MQ-9 losses may be higher
📆 Date: April 7, 2026
🖇️ Source: US CENTCOM, US Air Force, Lockheed Martin, media reports
Multiple US aircraft have been damaged or destroyed in the ongoing war with Iran, including fighter jets, drones, refueling tankers, and helicopters.
Total estimated cost: Over $2.8 billion
1. 🇺🇸 F-35 Lightning II ✈️
•Cost: $82.5 million (per unit)
•Losses: 1 damaged
2. 🇺🇸 A-10 Thunderbolt II ✈️
•Cost: $18.8 million (per unit)
•Losses: 1
3. 🇺🇸 F-15E Strike Eagle ✈️
•Total cost: $260 million
•Cost per unit: $65 million
•Losses: 4
4. 🇺🇸 E-3 Sentry (AWACS) 📡
•Total cost: $1.4 billion
•Losses: 2 (1 damaged)
•Replacement cost: ~$700 million per unit
5. 🇺🇸 MC-130J Commando II ✈️
•Total cost: $228.4 million
•Cost per unit: $114.2 million
•Losses: 2
6. 🇺🇸 KC-135 Stratotanker ⛽
•Total cost: $277.2 million
•Cost per unit: $39.6 million
•Losses: 7 (6 damaged)
7. 🇺🇸 UH-60 Black Hawk 🚁
•Total cost: $108 million
•Cost per unit: ~$36 million
•Losses: 3 (1 damaged)
8. 🇺🇸 MH-6 Little Bird 🚁
•Total cost: $18 million
•Cost per unit: ~$4.5 million
•Losses: 4
9. 🇺🇸 CH-47 Chinook 🚁
•Cost per unit: $48 million
•Losses: 1
10. 🇺🇸 MQ-9 Reaper Drone 🤖
•Total cost: $384 million
•Cost per unit: $32 million
•Losses: 12
•Note: Open-source investigations suggest actual MQ-9 losses may be higher
📆 Date: April 7, 2026
🖇️ Source: US CENTCOM, US Air Force, Lockheed Martin, media reports
Additional grid hosting capacity by region, GW, 2025
1.🇨🇳 China — 485 GW
2.🇺🇸🇨🇦🇲🇽 North America — 304 GW
3.🌏 Other Asia Pacific — 290 GW
4.🇪🇺 Europe — 190 GW
5.🇮🇳 India — 81 GW
6.🇧🇷🇲🇽🇦🇷 Central and South America — 80 GW
7.🇸🇦🇦🇪🇶🇦 Middle East — 74 GW
8.🌍 Eurasia — 67 GW
9.🌍 Africa — 46 GW
Capacity unlocked via non-firm connections and tech upgrades, without major grid reinforcements.
🖇️ Source: IEA, Global Times, Valiant Panda (2025)
1.🇨🇳 China — 485 GW
2.🇺🇸🇨🇦🇲🇽 North America — 304 GW
3.🌏 Other Asia Pacific — 290 GW
4.🇪🇺 Europe — 190 GW
5.🇮🇳 India — 81 GW
6.🇧🇷🇲🇽🇦🇷 Central and South America — 80 GW
7.🇸🇦🇦🇪🇶🇦 Middle East — 74 GW
8.🌍 Eurasia — 67 GW
9.🌍 Africa — 46 GW
Capacity unlocked via non-firm connections and tech upgrades, without major grid reinforcements.
🖇️ Source: IEA, Global Times, Valiant Panda (2025)
Iran wants all of this to end, they've had enough! Just like everyone else!
The US will help to de-escalate the situation in the Strait of Hormuz. Many positive actions are expected. This also involves serious money.
Iran will be able to start its recovery. We will be supplying all kinds of resources and staying close to ensure everything goes smoothly. I'm sure it will happen.
As it is now in the US, this could become the "golden age" of the Middle East.
UPD: WTI oil has dropped by ~19%, Brent by 10% on news of a ceasefire between the US and Iran.
Please open Telegram to view this post
VIEW IN TELEGRAM
👀1
This means:
→ Clear rules for stablecoins
→ Banks stepping in
→ More institutional trust
Stablecoins are getting closer to mainstream finance.
Please open Telegram to view this post
VIEW IN TELEGRAM
"We have received a 10-point proposal from Iran and believe that it is a suitable basis for negotiations."
"An agreement has been reached on almost all previously controversial issues between the US and Iran , but a two-week period will allow us to finalize and complete the agreement."
Iran's annual revenue from the passage of ships through the Strait of Hormuz, collecting $2m from each, could amount to at least $64b (IRIB).
Please open Telegram to view this post
VIEW IN TELEGRAM
👀1
📰 Top Headlines
📋 Market Drivers — Quick FX Brief
Top headlines shaping currency markets ahead:
✅ Fed's Jefferson: Labor Market Could Be Stabilizing
Implication:
🔖 RBNZ Holds Cash Rate at 2.25%, Adopts Cautious Stance
Implication: Kiwi (
📌 Shell Warns of Hit to Gas Production From Middle East Conflict
Implication: Energy supply concerns lift oil/gas and can support commodity currencies (
🔖 Euro Zone Yields Plunge; Traders Cut Chances of ECB April Hike
Implication: Lower yields weaken
📋 Net Takeaway / Trading Checklist
Focus for next sessions: 1) US labor prints & Fed-speak for
Watchlists: Payrolls, US unemployment rate, RBNZ minutes, ECB speakers, oil/gas supply alerts.
📋 Market Drivers — Quick FX Brief
Top headlines shaping currency markets ahead:
✅ Fed's Jefferson: Labor Market Could Be Stabilizing
Implication:
USD downside pressure if Fed sees cooling labor — markets may price a slower pace of hikes or a longer pause. Watch US payroll data and wages for confirmation. Short-term: risk-on bias if stability reduces hike odds.🔖 RBNZ Holds Cash Rate at 2.25%, Adopts Cautious Stance
Implication: Kiwi (
NZD) muted — hold signals lower near-term rate volatility and cautious growth outlook amid external risks. Traders will focus on guidance for future hikes and any shift tied to global commodity or trade paths.📌 Shell Warns of Hit to Gas Production From Middle East Conflict
Implication: Energy supply concerns lift oil/gas and can support commodity currencies (
AUD, CAD) and safe-haven flows to USD and CHF. Escalation risk increases correlation between oil prices and FX moves; monitor shipping, supply-chain headlines.🔖 Euro Zone Yields Plunge; Traders Cut Chances of ECB April Hike
Implication: Lower yields weaken
EUR as markets price easing of ECB tightening. Expect reduced euro carry trades and potential EURUSD downside unless macro data surprises. Correlation: bond moves driving cross-asset positioning.📋 Net Takeaway / Trading Checklist
Focus for next sessions: 1) US labor prints & Fed-speak for
USD direction. 2) RBNZ guidance for NZD positioning. 3) Energy/conflict updates for commodity FX and risk sentiment. 4) Euro-area bond moves and ECB chatter for EUR volatility. Use tighter risk controls around geopolitical headlines; liquidity can evaporate fast.Watchlists: Payrolls, US unemployment rate, RBNZ minutes, ECB speakers, oil/gas supply alerts.
🚨BREAKING: UBS $6.1 TRILLION GIANT MOVES INTO SWISS FRANC STABLECOIN TEST
Switzerland just signaled one of the biggest institutional blockchain experiments in global finance
UBS together with PostFinance, Sygnum, Raiffeisen, Zürcher Kantonalbank and BCV have partnered with Swiss Stablecoin AG to launch a Swiss franc stablecoin sandbox
A digital CHF token designed to stay fully pegged 1:1 with the Swiss franc is now being tested inside one of the world’s most trusted banking systems
This is not crypto hype anymore, this is regulated banking infrastructure entering tokenized money
Swiss banking powerhouses are now actively testing how traditional deposits can move on blockchain rails without breaking trust or stability
A CHF backed stablecoin could unlock instant settlement across banks, reduce friction in cross border payments and modernize Switzerland’s already dominant financial system
UBS involvement signals serious institutional validation, not experimentation at the edges
If successful, Switzerland could become the blueprint for sovereign stablecoin adoption in Europe and beyond
This could accelerate a new era where central bank linked currencies and private bank issued tokens coexist in a unified digital liquidity system
Traditional finance is not resisting crypto rails anymore, it is building them
The future of money is being tested inside Swiss banks right now
#Crypto #Stablecoin #UBS #SwissFranc #Blockchain
Switzerland just signaled one of the biggest institutional blockchain experiments in global finance
UBS together with PostFinance, Sygnum, Raiffeisen, Zürcher Kantonalbank and BCV have partnered with Swiss Stablecoin AG to launch a Swiss franc stablecoin sandbox
A digital CHF token designed to stay fully pegged 1:1 with the Swiss franc is now being tested inside one of the world’s most trusted banking systems
This is not crypto hype anymore, this is regulated banking infrastructure entering tokenized money
Swiss banking powerhouses are now actively testing how traditional deposits can move on blockchain rails without breaking trust or stability
A CHF backed stablecoin could unlock instant settlement across banks, reduce friction in cross border payments and modernize Switzerland’s already dominant financial system
UBS involvement signals serious institutional validation, not experimentation at the edges
If successful, Switzerland could become the blueprint for sovereign stablecoin adoption in Europe and beyond
This could accelerate a new era where central bank linked currencies and private bank issued tokens coexist in a unified digital liquidity system
Traditional finance is not resisting crypto rails anymore, it is building them
The future of money is being tested inside Swiss banks right now
#Crypto #Stablecoin #UBS #SwissFranc #Blockchain
This media is not supported in your browser
VIEW IN TELEGRAM
In ~12 months, we could see the first signs of ASI. Colossus 2 is already training 7 frontier models simultaneously: Imagine V2, 2 variants of 1T, 2 variants of 1.5T, 6T, 10T.
February 2026, SpaceX fully pivoted to prioritize a self-sustaining lunar city over a Mars mission, building on earlier announcements. Launches are scheduled every ten days, with a two-day transit. The uncrewed Starship lunar landing is targeted for March 2027. Mars efforts continue in parallel, with a timeline of about five to seven years.
April 7, 2026, Intel officially joined the Terafab project with xAI, SpaceX, and Tesla. The partnership targets one terawatt per year of AI compute, the total processing power needed for advanced artificial intelligence, which is the scale needed for next-generation models, Optimus robots, and space-hardened systems.
Lunar timeline
2027: First uncrewed Starship lunar landings for cargo and testing. Full Starship fleet supports regular flights.
2028. Starship cargo missions to the lunar surface begin for research and exploration, with an estimated cost of about 100 million dollars per metric ton delivered. NASA Artemis synergy is established at the South Pole. Initial habitats, power systems, and ISRU testing ramp up.
2029 to 2030. Massive cargo buildup accelerates with millions of tons planned for the long term. Early crewed presence scales up. Pressurized rovers, solar power, and Optimus robot deployments are introduced. Foundations for local manufacturing and propellant production are laid. A permanent small outpost is operational by the early 2030s.
By approximately 2030: xAI compute target hits 50 million H100-equivalent GPUs. Solar-powered, radiation-hardened, Orbital and lunar AI data centers come online. Grok models directly accelerate Starship design, habitat simulation, and ISRU optimization.
By around 2036, the Moon City milestone will be reached. A self-sustaining, self-growing lunar city is established. AI satellite factories and mass drivers launch orbital AI compute at a scale of 100 terawatts per year. This creates a full-iteration flywheel for multi-planetary progress, faster than any Mars-only path.
Superintelligence and the rise of a galactic civilization are now locked in. Humanity just stepped into the galactic arena.
February 2026, SpaceX fully pivoted to prioritize a self-sustaining lunar city over a Mars mission, building on earlier announcements. Launches are scheduled every ten days, with a two-day transit. The uncrewed Starship lunar landing is targeted for March 2027. Mars efforts continue in parallel, with a timeline of about five to seven years.
April 7, 2026, Intel officially joined the Terafab project with xAI, SpaceX, and Tesla. The partnership targets one terawatt per year of AI compute, the total processing power needed for advanced artificial intelligence, which is the scale needed for next-generation models, Optimus robots, and space-hardened systems.
Lunar timeline
2027: First uncrewed Starship lunar landings for cargo and testing. Full Starship fleet supports regular flights.
2028. Starship cargo missions to the lunar surface begin for research and exploration, with an estimated cost of about 100 million dollars per metric ton delivered. NASA Artemis synergy is established at the South Pole. Initial habitats, power systems, and ISRU testing ramp up.
2029 to 2030. Massive cargo buildup accelerates with millions of tons planned for the long term. Early crewed presence scales up. Pressurized rovers, solar power, and Optimus robot deployments are introduced. Foundations for local manufacturing and propellant production are laid. A permanent small outpost is operational by the early 2030s.
By approximately 2030: xAI compute target hits 50 million H100-equivalent GPUs. Solar-powered, radiation-hardened, Orbital and lunar AI data centers come online. Grok models directly accelerate Starship design, habitat simulation, and ISRU optimization.
By around 2036, the Moon City milestone will be reached. A self-sustaining, self-growing lunar city is established. AI satellite factories and mass drivers launch orbital AI compute at a scale of 100 terawatts per year. This creates a full-iteration flywheel for multi-planetary progress, faster than any Mars-only path.
Superintelligence and the rise of a galactic civilization are now locked in. Humanity just stepped into the galactic arena.
✍1