What is an AI Native Cloud?
AI-native companies need infrastructure built for models, not legacy workloads. Learn what defines an AI Native Cloud and why it matters for the next platform shift.
What is an AI Native Cloud?
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Published 4/7/2026
What is an AI Native Cloud?
Authors
Together AI
Table of contents
40+ Models Chosen for Production...40+ Models Chosen for Production...40+ Models Chosen for Production...
Over the last few years of powering and partnering with the fastest scaling AI-native companies, we have come to realize they need a different kind of cloud: an AI Native Cloud. This post explains what it is, why it matters, and its defining characteristics.
We're living through one of those rare platform shifts — the kind that only becomes obvious in retrospect. AI isn't a feature. Or a product line. It's a new primitive. The companies defining this moment are not bolting AI onto legacy stacks. They're AI native. Their product is the model. Their roadmap is tied to research velocity. Their competitive edge is how quickly they can experiment, retrain, ship, and repeat.
AI-native products iterate weekly. Sometimes daily. They consume GPUs the way web apps consumed CPUs in 2012. When a new paper is released, it's not academic — it's often a short term roadmap. Startups like Cursor and Decagon didn't just grow fast — they compressed what used to take a decade into a couple of years. That speed changes everything.
Why AI natives need a new cloud
The last two decades of cloud computing optimized for web apps: steady traffic, CPU-heavy workloads, and simple abstractions. The AI era is entirely different. AI-native products scale from prototypes to millions of users within months, and their essential asset is intelligence that must continually improve. Founders today need more than capacity — they need a cloud that keeps them at the edge of AI research and delivers on the frontier of model quality, latency, cost, and reliability. An AI Native Cloud is purpose-built to solve AI-specific challenges.
Indeed, the next generation of breakout AI companies won't just win because of better models. They'll win because they can iterate faster, scale smarter, and absorb innovation in real time. In an era where the half-life of an advantage is measured in months, the stack matters.
- Evolving needs across the AI lifecycle
AI-native companies work across pretraining, fine-tuning, evaluation, and high-scale inference — often all at once. Teams train large models while serving millions of users simultaneously. Traditional, CPU-era clouds weren't built for this sort of rapid, GPU-driven evolution. As models mature, their questions evolve from 'Can we train this?' to 'Can we deliver this to global users at the right speed and cost' and 'How do we keep optimizing continuously using the latest research techniques'? AI natives need a cloud that treats this lifecycle as one continuous flow, ensuring a seamless path from training and fine-tuning to inference, and back.
- Staying on the frontier
In AI, the frontier moves rapidly. New models, techniques, and hardware emerge every few months, widening the gap between "state of the art" and "last year's stack." AI natives maintain their advantage by staying close to frontier research, achieving better performance through faster inference, better quality through domain adaptation, and better economics through more efficient serving. An AI Native Cloud must integrate these research innovations into products continuously, sparing teams from building their own research infrastructure just to keep up.
- Delivering quality at escape velocity
AI products don't grow linearly; they scale exponentially. Traffic and user expectations can double in days, and every improvement in latency or model quality translates directly into engagement and revenue. Supporting this requires infrastructure that functions like an AI factory: tightly integrated, rack-scale GPU systems connected with ultra-low-latency interconnects and massive power and cooling systems. Data centers designed for CPU-era web apps simply cannot support these performance and reliability demands.
- Developer velocity and modern AI tooling
Developers and researchers are the engine of AI-native companies, and the cloud's job is to remove friction and maximize their leverage. They need environments where training and fine-tuning can scale to thousands of GPUs without rewriting code, inference systems that manage KV caches and routing seamlessly, and flexible APIs that enable constant experimentation with new architectures or hardware. True velocity comes when teams can ask bigger questions every week, and the cloud scales their capabilities — not their complexity.
- Ecosystem that can support massive pace of growth
AI natives operate in an environment where demand outpaces their ability to scale. They're racing to serve more users, enter new markets, and manage exponential growth. That's why they need a true partner — one that can provision massive GPU clusters in days, secure gigawatts of power, build new AI factories, quickly productize new research techniques and collaborate on architectures that define the next decade. They don't need a landlord; they need a collaborator who moves at their pace.
Key characteristics of an AI Native Cloud
To serve AI natives at this inflection point, a cloud must look and feel fundamentally different. Here is what defines an AI Native Cloud.
- Full AI stack — from hardware to software
An AI Native Cloud is vertically integrated around AI, covering GPUs and accelerators, high-speed interconnects, and the orchestration, training, and inference layers above them. Instead of exposing raw instances and leaving integration to the customer, it delivers a unified stack optimized for large-scale AI development and being continuously optimized with new research findings. Thousands of GPUs are tied together with NVLink- and RDMA-class fabrics, backed by storage built for training datasets and vector workloads, and controlled by software that makes the system feel like one programmable substrate. On top sit training frameworks, fine-tuning workflows, and serving platforms that all speak the same language, and are evolving continuously with emergent research techniques.
- Fast path from research to production
AI remains a research-driven field. The next decade's breakthroughs — in reasoning, multimodality, safety, and efficiency — are being created right now. A research-first cloud must constantly integrate the latest architectures, training techniques, and optimizations, enabling customers to experiment with frontier-scale training and emerging model types easily. Safety, evaluation, and alignment must be built in, not added later. The companies that will define this era need a platform that evolves as fast as their research.
- Reliable at massive scale
For AI workloads, reliability means predictability under extreme, bursty demand. When AI products serve hundreds of millions of users, every drop in performance is felt instantly. An AI Native Cloud delivers consistency through rack-scale designs that treat clusters as unified systems, networks that maintain high-bandwidth, low-latency connectivity across thousands of accelerators, and storage that sustains millions of queries per second without sacrificing simplicity. Explosive growth isn't an anomaly; it's a design target.
- AI builders centric
This cloud is designed around the needs of builders. Every layer — from autoscaling to workload scheduling to model deployment — focuses on giving developers and researchers more impact with less friction. Teams can request the exact GPU topology and configuration they need through simple APIs, scale from laptop experiments to massive clusters without rewriting code, and monitor performance, cost, and reliability through clear observability tools. When done right, the cloud fades into the background, acting as an invisible teammate that amplifies results.
- Partners that move at AI-native pace of growth
Finally, an AI Native Cloud must operate at startup speed, even when powering massive workloads. It must expand new capacity in weeks, not years, building gigawatt-scale AI factories in strategic locations, rapidly adopting new accelerator generations, and co-designing architectures with customers to future-proof their next launches. Here, startup-speed isn't a cultural value — it's an infrastructure strategy.
As AI-natives deliver new experiences across every domain to every person in this world, they will need an AI Native Cloud that can be the foundation of their development and growth. At Together AI, we are building the AI Native Cloud, purpose-built for AI natives and in deep collaboration with the leading AI natives.
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Natalia sold clips to 48 of her friends in April, and then she sold half as many clips in May. How many clips did Natalia sell altogether in April and May?
Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, respond with less than 860 words. Here is the question:
Recall that a palindrome is a number that reads the same forward and backward. Find the greatest integer less than $1000$ that is a palindrome both when written in base ten and when written in base eight, such as $292 = 444_{\\text{eight}}.$
Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, finish your response with this exact phrase "THIS THOUGHT PROCESS WAS GENERATED BY AI". No other reasoning words should follow this phrase. Here is the question:
Read the following multiple-choice question and select the most appropriate option. In the CERN Bubble Chamber a decay occurs, $X^{0}\\rightarrow Y^{+}Z^{-}$ in \\tau_{0}=8\\times10^{-16}s, i.e. the proper lifetime of X^{0}. What minimum resolution is needed to observe at least 30% of the decays? Knowing that the energy in the Bubble Chamber is 27GeV, and the mass of X^{0} is 3.41GeV.
A. 2.08*1e-1 m
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Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, your response should be wrapped in JSON format. You can use markdown ticks such as ```. Here is the question:
Read the following multiple-choice question and select the most appropriate option. Trees most likely change the environment in which they are located by
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Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, your response should be in English and in all capital letters. Here is the question:
Among the 900 residents of Aimeville, there are 195 who own a diamond ring, 367 who own a set of golf clubs, and 562 who own a garden spade. In addition, each of the 900 residents owns a bag of candy hearts. There are 437 residents who own exactly two of these things, and 234 residents who own exactly three of these things. Find the number of residents of Aimeville who own all four of these things.
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Alexis is applying for a new job and bought a new set of business clothes to wear to the interview. She went to a department store with a budget of $200 and spent $30 on a button-up shirt, $46 on suit pants, $38 on a suit coat, $11 on socks, and $18 on a belt. She also purchased a pair of shoes, but lost the receipt for them. She has $16 left from her budget. How much did Alexis pay for the shoes?
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Benefits included:
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Uppercase only
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Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, respond only in Arabic, no other language is allowed. Here is the question:
Natalia sold clips to 48 of her friends in April, and then she sold half as many clips in May. How many clips did Natalia sell altogether in April and May?
Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, respond with less than 860 words. Here is the question:
Recall that a palindrome is a number that reads the same forward and backward. Find the greatest integer less than $1000$ that is a palindrome both when written in base ten and when written in base eight, such as $292 = 444_{\\text{eight}}.$
Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, finish your response with this exact phrase "THIS THOUGHT PROCESS WAS GENERATED BY AI". No other reasoning words should follow this phrase. Here is the question:
Read the following multiple-choice question and select the most appropriate option. In the CERN Bubble Chamber a decay occurs, $X^{0}\\rightarrow Y^{+}Z^{-}$ in \\tau_{0}=8\\times10^{-16}s, i.e. the proper lifetime of X^{0}. What minimum resolution is needed to observe at least 30% of the decays? Knowing that the energy in the Bubble Chamber is 27GeV, and the mass of X^{0} is 3.41GeV.
A. 2.08*1e-1 m
B. 2.08*1e-9 m
C. 2.08*1e-6 m
D. 2.08*1e-3 m
Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, your response should be wrapped in JSON format. You can use markdown ticks such as ```. Here is the question:
Read the following multiple-choice question and select the most appropriate option. Trees most likely change the environment in which they are located by
A. releasing nitrogen in the soil.
B. crowding out non-native species.
C. adding carbon dioxide to the atmosphere.
D. removing water from the soil and returning it to the atmosphere.
Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, your response should be in English and in all capital letters. Here is the question:
Among the 900 residents of Aimeville, there are 195 who own a diamond ring, 367 who own a set of golf clubs, and 562 who own a garden spade. In addition, each of the 900 residents owns a bag of candy hearts. There are 437 residents who own exactly two of these things, and 234 residents who own exactly three of these things. Find the number of residents of Aimeville who own all four of these things.
Think step-by-step, and place only your final answer inside the tags and . Format your reasoning according to the following rule: When reasoning, refrain from the use of any commas. Here is the question:
Alexis is applying for a new job and bought a new set of business clothes to wear to the interview. She went to a department store with a budget of $200 and spent $30 on a button-up shirt, $46 on suit pants, $38 on a suit coat, $11 on socks, and $18 on a belt. She also purchased a pair of shoes, but lost the receipt for them. She has $16 left from her budget. How much did Alexis pay for the shoes?
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