Jensen announced on stage at #
COMPUTEX2026# that we'll be among the first cloud providers to bring up
@NVIDIA Vera Rubin NVL72, to help accelerate the era of AI factories.
As part of NVIDIA's full-stack AI factory platform, Vera Rubin NVL72 is designed to run frontier and open-source models with exceptional performance, efficiency, and scalability—delivering more intelligence per watt and lower token costs at scale.
It's GO time. ⚡️
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Every software company just got a second life and Jensen just explained why (Save this).
The conventional fear was straightforward, AI agents replace human workers, human workers use software tools, therefore agents destroy SaaS.
Jensen Huang stood on stage at Computex 2026 and walked through exactly why that logic is backwards.
Agents don't replace software, they consume it at machine speed, around the clock, without weekends.
Here's the actual architecture Jensen laid out.
An agent isn't just a large language model but rather an LLM sitting inside a harness that manages memory, orchestrates tool use, routes context, and plans iterative actions.
That harness has to constantly call tools, spreadsheets, databases, browsers, and code engines, with every reasoning loop triggering another tool call.
A human might use Salesforce 40 hours a week, an agent running inside a company uses it 168 hours a week and never misses a context window.
The GitHub data Jensen showed on stage makes it tangible, 90 million pull requests merged, 1.4 billion commits, and 20 million new repositories created every month.
As of April 2026, GitHub is processing 275 million commits per week on pace for roughly 14 billion by year end, a 14x explosion in a single year and AI agents are the source.
Pull requests opened by AI agents went from 4 million in September 2025 to 17 million in March 2026 more than 4x in six months.
That's AI becoming the largest software user on earth.
Goldman Sachs quantified the downstream effect last month, token consumption is expected to multiply 24x by 2030, reaching 120 quadrillion tokens per month globally.
A traditional chatbot consumes roughly 1,000 tokens per session, an embedded copilot burns 5,000 tokens per day while a continuously running enterprise agent? Over 100,000 tokens per day.
The software companies that figured this out first are already printing money, Salesforce Agentforce hit $800 million ARR growing 169% year over year, with 29,000 deals closed.
ServiceNow's Now Assist crossed $600 million in ACV, just raised its full year target to $1.5 billion, and told investors that when its agents replace a 20-person support team, total ServiceNow spend by that customer grows more than 5x even after accounting for reduced seat licenses.
Workday delivered 1.7 billion AI actions across its platform in fiscal 2026.
The key unlock Jensen pointed to and what investors need to understand is MCP, the model context protocol is the interface layer that makes software agent-readable.
Software that supports MCP can be called by any agent, from any model, through any harness.
Anthropic created it, OpenAI, Microsoft, and Google all adopted it and it was donated to the Linux Foundation.
It is effectively becoming the HTTP of agentic computing.
Software companies with native MCP support are plugged into the agent economy.
Software companies still waiting are one product cycle away from becoming invisible to the fastest-growing category of software users in history.
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instead of watching 2 hours of Netflix tonight, watch this 12-minute Nvidia Computex 2026 keynote from Jensen Huang
it's the clearest explanation I've seen of where AI agents, robots, and personal computers are actually heading
useful whether you've never built an agent or have been using Claude, Chatgpt, Kimi every day for the past year
and if you want to see how China is already running 1 trillion parameter — the complete guide to 7 free Kimi Skills is waiting below too.
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Nvidia going to launch something big during Computex 2026
NVIDIA is expected to unveil its long-rumored N1X chip during Jensen Huang’s Computex keynote on June 1.
According to multiple leaks, the N1X is an ARM-based processor for Windows laptops that combines CPU, graphics, and AI tasks into a single chip.
What makes the N1X especially interesting is NVIDIA’s graphics technology.
Reports suggest Blackwell-based graphics that could give thin and light laptops much stronger gaming and AI performance than current Windows-on-ARM devices.
References to the chip have reportedly appeared in partner systems, with several reports pointing to Computex as its debut.
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