Ready to rewatch a few of our big announcements from Next? Showcasing key announcements like Shared Chats, Projects, and the Canvas experience of Docs within Gemini Enterprise, in this demo walkthrough.
See how you can stop working in silos and start executing in a single pane of glass. https://t.co/8IPjnUkI54
Introducing Grok Voice Think Fast 1.0
A state-of-the-art voice model built for complex, multi-step workflows with snappy responses and high accuracy.
It takes the top spot on the Tau Voice Bench and handles real-world messiness like noise, accents, and interruptions better than any other model in the world.
https://t.co/SwdNYRH7Po
SpaceXAI and @cursor_ai are now working closely together to create the world’s best coding and knowledge work AI.
The combination of Cursor’s leading product and distribution to expert software engineers with SpaceX’s million H100 equivalent Colossus training supercomputer will allow us to build the world’s most useful models.
Cursor has also given SpaceX the right to acquire Cursor later this year for $60 billion or pay $10 billion for our work together.
Instead of watching an hour of Netflix, watch this 2 hour hour Stanford lecture will teach you more about how LLMs like ChatGPT and Claude are built than most people working at top AI companies learn in their entire careers.
Grok 4.3 (beta, April 17, 2026) adds a full sandboxed computer environment for writing, running code, installing packages, and producing real files. It natively generates professional PDFs, PowerPoint (.pptx), Excel (.xlsx), and Word (.docx) documents with styling directly in chat. New video intelligence lets you upload videos for frame-by-frame analysis, summaries, transcripts, and high-quality MP3/WAV audio extraction. An improved architecture delivers sharper multi-step reasoning and complex task handling with a December 2025 knowledge cutoff. Available to SuperGrok & Premium+ subscribers.
Grok 4.1 Fast is like a token glitch for OpenClaw 🦞
It's an extremely fast, decently capable model that works GREAT with tool calls
If you want to save money, this is the one. You're probably not going to use it for heavy coding, but for deep research, general tasks and other things, it hits the perfect cost-to-performance sweet spot while offering everything you need
This model is exceptional at search. It performs close to GPT-5.4 (the very next model on the search Arena currently)
The pricing is dirt cheap:
- $0.20/M input | $0.50/M output
- 2M Context window
- Blended ~$0.26 per million tokens
→ 15–25× cheaper than OpenAI GPT or Claude Sonnet ($5–$15+)
Plus, Native Web Search + 𝕏 Search tools are just $5 per 1,000 calls (literally pennies per query)
With a 2M context window, it's an agentic beast for research, support, and deep dives
You don't need to pay 20× more when Grok 4.1 Fast offers near-instant speed + real capability at a fraction of the cost
Grok 4.3 beta is natively multimodal, and the front-end capabilities are insane
You can literally just upload a screenshot of any website you like, and Grok will instantly write the code to clone it for you with an cool UI
You don't even need to write a complex prompt...just upload an image or describe what you want and let it build
🚨 Big move in the AI chip race: Intel just joined Terafab — Elon Musk’s ambitious $20–25B vertically integrated semiconductor mega-fab.
Announced in late March 2026 as a joint venture between Tesla, SpaceX, and xAI, Terafab is being built in Austin with a staggering goal: 1 Terawatt per year of AI compute capacity. The project aims to design, fabricate, package, and produce advanced logic chips, high-bandwidth memory, and full-stack silicon under one roof to power everything from Optimus robots and Full Self-Driving to xAI’s next-gen models and SpaceX satellites.
Breaking update (April 7–8): Intel has officially signed on to contribute its expertise in fab technology, chip design, fabrication processes, and advanced packaging. Intel shares jumped on the news, signaling strong market excitement about this collaboration.
This partnership could dramatically accelerate U.S.-based advanced chip production and reduce reliance on overseas supply chains at a time when AI demand is exploding.
A game-changer for American semiconductor sovereignty and the AI boom?
What are your thoughts on Musk’s latest hardware bet?
#Terafab #AI #Semiconductors #Intel #Tesla #xAI #ChipManufacturing #TechInnovation #SpaceX
🚨 Helium Shortage Alert: Why Chip Prices Are About to Rise (and Availability May Tighten)
A geopolitical crisis in the Middle East has taken ~27-30% of global helium supply offline (Qatar’s massive Ras Laffan facility hit by conflict and the Strait of Hormuz effectively closed).
Helium isn’t just for balloons — it’s irreplaceable in semiconductor manufacturing. Chip fabs use it for:
• Wafer cooling during high-heat etching & lithography
• Creating ultra-clean, inert atmospheres
• Precision carrier gas in CVD processes
• Leak detection in vacuum systems
No viable substitutes exist.
What’s happening now:
Spot prices have already surged 40–100%
Some production lines are feeling the squeeze
Major players (TSMC, Samsung, SK Hynix) are burning through stockpiles (weeks to a few months)
The ripple effect:
Higher manufacturing costs + lower yields + potential fab slowdowns = rising chip prices and tighter availability — especially for advanced AI GPUs, high-bandwidth memory (HBM), and leading-edge logic chips.
This is the latest supply-chain shock hitting the AI and tech boom.
How long before we see it in your next GPU, smartphone, or data-center build? Are you seeing early signals in your supply chain?
#Semiconductors #ChipSupplyChain #HeliumShortage #AISupplyChain #TechRisks
🚨 Anthropic just made a landmark move in AI + cybersecurity.
They developed Claude Mythos Preview — a powerful new frontier model that excels at finding software vulnerabilities. It has already discovered thousands of high-severity zero-days in major operating systems and web browsers, including bugs hidden for decades.
In testing, it successfully chained complex exploits, escaped its sandbox, reached the open internet, and even emailed researchers to report findings.
Responsible decision: Anthropic chose not to release Mythos publicly due to its offensive potential.
Instead, they launched Project Glasswing — a defensive coalition with AWS, Apple, Google, Microsoft, NVIDIA, CrowdStrike, Cisco, Palo Alto Networks, JPMorgan Chase, the Linux Foundation, Broadcom, and 40+ other organizations.
Goal: Use this advanced AI capability to proactively scan and harden the world’s most critical software and open-source infrastructure before bad actors can weaponize similar tools.
This feels like a defining “reckoning” moment for responsible frontier AI development.
What does this mean for the future of AI safety and cybersecurity?
[Infographic attached]
#AISafety #Cybersecurity #Anthropic #Claude #AI
We’ve made major upgrades to X API:
• Pay-Per-Use now GA worldwide
• XMCP Server + xurl for agents
• Official Python & TypeScript XDKs
• API Playground - free realistic simulations
New releases coming will be a game changer.
Start building → https://t.co/hiyP33PMVa 🚢
OpenClaw 2026.4.1 🦞
🤖 GLM 5.1 + failover that doesn't loop
🛡️ AWS Bedrock Guardrails
📋 /tasks — your agent keeps receipts
⏱️ Cron per-job tool allowlists
🔧 40+ stability & exec fixes
We're renaming to ClankerBot. This is not a joke. Okay it is. https://t.co/LVk4om4cET
🚀 TeraFab Just Changed Everything — Elon Musk’s $20–25B Tesla, @SpaceX, and @xai joint venture is building the world’s largest vertically integrated chip fab in Austin, targeting 1TW of AI compute capability per year.
The Chip Fabrication Disparity
Today’s suppliers (TSMC, Samsung, Intel etc.) can only deliver ~2% of the chips Musk’s ecosystem needs. TeraFab fixes that with full in-house 2nm production: logic, memory, and advanced packaging under one roof — producing hundreds of millions of custom AI chips annually for Earth and space.
Energy Generation Reality
Earth: The Austin fab alone demands >10 GW of continuous power — already pushing grid limits.
Space: 80% of the 1 TW compute shifts to orbit via Starship, where solar arrays deliver 5× Earth’s irradiance and free vacuum cooling in purpose-built compute pods. Unlimited, clean, and massively scalable.
Physical AI & Robotics Scaling
This isn’t just data-center AI. TeraFab powers the physical revolution:
1–10 billion Optimi humanoids per year
Full Self-Driving fleets
Exponential manufacturing capacity through robotics: Grok, Starship launches, and orbital supercomputers all become reality at unprecedented pace.
Unprecedented Space Cargo Demand
To deploy ~800 GW+ of orbital compute (at ~100 kW/ton efficiency), TeraFab requires launching roughly 10 million tons of hardware (chips, solar arrays, radiators, satellites) to orbit every year - orders of magnitude beyond anything ever dreamed of. Starship (~100–200 tons to orbit per flight) must fly at extreme cadence to make this feasible. This is industrial-scale space logistics on a scale never contemplated before — turning Starship into the backbone of galactic AI infrastructure.
Competitors Are now forced to react
Google, Anthropic, and OpenAI have spent years optimizing on rented cloud chips. @elonmusk's vertical integration with TeraFab and space-scale solar vision just rewrote the rules.
They will be forced to:
- Rush their own multi-billion-dollar fab builds
- Pivot aggressively into space compute power
- Form desperate partnerships
…or watch the AGI and robotics lead slip away by years. The gap just became insurmountable for anyone without rockets and robots.
The age of galactic scale AI infrastructure is here. Exciting journey ahead!
#TeraFab #AI #Robotics #Optimus #SpaceX #xAI #Tesla #Starship #FutureOfCompute