In-depth review: Together AI
Together AI has carved out a distinct position in the crowded AI infrastructure market by branding itself as an AI Acceleration Cloud, an end-to-end platform designed to cover the entire generative AI lifecycle. The core thesis is straightforward: provide developers, researchers, and enterprises with a unified environment for inference, fine-tuning, and training on open-source models, backed by competitive GPU hardware and OpenAI-compatible APIs. In practice, this means users can access over 200 models—spanning chat, multimodal, language, image, code, and embedding modalities—through a serverless API, deploy custom models on dedicated endpoints with per-minute billing, fine-tune using LoRA or full methods with transparent per-token pricing, and even rent state-of-the-art GPU clusters for training. The platform's strength lies in its breadth of open-source model support and the flexibility to move from prototyping to production without switching providers. For developers building AI features, the OpenAI-compatible API reduces integration friction, allowing teams to test and deploy models like Llama, Mistral, or Stable Diffusion with minimal code changes. Researchers and machine learning engineers benefit from the fine-tuning options, which include both parameter-efficient LoRA and full fine-tuning, with clear pricing per million tokens processed—though the cost can escalate quickly for large datasets and full fine-tuning runs. Together AI also offers dedicated endpoints for users who need consistent latency or custom hardware configurations, such as NVIDIA H100 or H200 GPUs, with per-minute pricing that makes sense for sustained workloads but can be less predictable for spiky traffic. The platform's enterprise credentials are bolstered by SOC 2 and HIPAA compliance, dedicated support, and advisory services, making it a viable option for organizations with strict security and regulatory requirements. However, the platform is not without limitations. Pricing is complex and varies widely by model and task; serverless inference is billed per million tokens, which can be opaque for variable workloads, and full fine-tuning or DPO can surprise users who underestimate token volumes. Additionally, Together AI is exclusively focused on open-source models, so teams that need proprietary models like GPT-4 or Claude must look elsewhere. The GPU clusters, while featuring cutting-edge Blackwell and Hopper GPUs, require contact for pricing on the latest hardware, and instant clusters are limited to certain regions. For practical buyers, Together AI is best suited for teams that prioritize model ownership, want to avoid vendor lock-in, and need a single platform for both inference and fine-tuning. It is less ideal for those who require a fully managed service with proprietary models or who have highly unpredictable inference traffic. The Together Chat app and Code Sandbox are useful for quick prototyping but lack the depth needed for serious development workflows. Ultimately, Together AI delivers on its promise of acceleration for the open-source AI lifecycle, but users must carefully model their token usage and workload patterns to avoid cost surprises. The platform's real value emerges when combining its serverless API for initial development, fine-tuning for customization, and dedicated endpoints for production—creating a coherent pipeline that reduces the overhead of managing multiple providers. For enterprises like Salesforce, Zoom, and Zomato, this coherence has translated into scalable customer support bots and production-grade applications. For smaller teams and startups, the competitive pricing on inference and the ability to fine-tune without upfront infrastructure investment can be a significant advantage. However, the decision to adopt Together AI should be grounded in a clear understanding of your model needs, traffic patterns, and tolerance for pricing complexity.
Who it's built for
AI Developers
Why it fits
Together AI's serverless inference API is OpenAI-compatible, meaning you can drop it into existing code with minimal changes. The 200+ open-source models give you flexibility to experiment without managing infrastructure.
Best value
The serverless API's per-token billing lets you pay only for what you use, and batch inference offers a 50% discount for non-real-time workloads.
Caution
Pricing varies significantly by model size (from $0.06 to $7.00 per 1M tokens), so you need to track token usage carefully to avoid surprises.
AI Researchers
Why it fits
The platform supports both LoRA and full fine-tuning with clear per-token pricing, and you retain full model ownership with no vendor lock-in. The model library includes many state-of-the-art open-source models for experimentation.
Best value
LoRA fine-tuning starts at $0.48 per 1M tokens, making it cost-effective for iterative research. You can also use reserved GPU clusters for larger training runs.
Caution
Full fine-tuning and DPO can be 2-3x more expensive than LoRA, and costs scale with dataset size and epochs. Budget accordingly.
Machine Learning Engineers
Why it fits
Dedicated endpoints allow you to deploy models on custom GPU hardware (e.g., H100, H200) with per-minute billing, giving you control over latency and throughput. GPU clusters are available for training at competitive hourly rates.
Best value
Reserved GPU clusters (starting at $1.30/hr for A100) provide predictable costs for long-running training jobs, and you can choose from the latest NVIDIA GPUs including Blackwell.
Caution
Dedicated endpoints require you to manage scaling and may have higher minimum costs than serverless for low-traffic applications.
Enterprises building AI applications
Why it fits
Together AI offers SOC 2 and HIPAA compliance, dedicated endpoints, and expert AI advisory services. The platform supports the full lifecycle from prototyping to production, as seen with customers like Salesforce and Zoom.
Best value
Enterprise-grade infrastructure with state-of-the-art GPUs and the ability to fine-tune models on proprietary data without sharing it with a third party.
Caution
The platform is limited to open-source models; if your use case requires proprietary models like GPT-4, you'll need to supplement with other providers.
Key features
Serverless Inference API
Access over 200 open-source models via an OpenAI-compatible API with per-token pricing. Supports chat, multimodal, language, code, image, and embedding models.
Benefit
No infrastructure management; pay only for tokens used. Batch inference offers a 50% discount, making it cost-effective for high-volume, non-real-time workloads.
Limitation
Pricing varies widely by model (from $0.06 to $7.00 per 1M tokens), and latency may be higher than dedicated endpoints for large models.
Dedicated Endpoints
Deploy models on customizable GPU endpoints with per-minute billing. Supports NVIDIA GPUs from RTX-6000 to H200.
Benefit
Consistent low latency and full control over hardware configuration. Ideal for production workloads with predictable traffic.
Limitation
Minimum cost per endpoint (e.g., $0.025/min for RTX-6000) may be wasteful for low-traffic applications. Scaling requires manual management.
Fine-Tuning (LoRA & Full)
Supervised fine-tuning and DPO with LoRA or full parameter updates. Per-token pricing with no vendor lock-in; you own the resulting model.
Benefit
Flexible fine-tuning options allow you to adapt models to specific tasks without starting from scratch. LoRA is cost-effective for small datasets.
Limitation
Full fine-tuning and DPO can be significantly more expensive (up to $8.00 per 1M tokens). Costs depend on dataset size and epochs, which may be hard to estimate upfront.
GPU Clusters
Instant and reserved clusters with NVIDIA GB200, B200, H200, H100, A100 GPUs. Hourly billing with no long-term contract.
Benefit
Access to the latest GPU hardware for training large models. Reserved clusters offer predictable pricing (e.g., H200 at $2.09/hr).
Limitation
Instant clusters may have limited availability during peak demand. Pricing for GB200 and B200 requires contacting sales.
Together Chat & Code Sandbox
A chat app for interacting with open-source models and a code sandbox with a code interpreter for executing LLM-generated code.
Benefit
Useful for prototyping and quick experimentation without writing code. The code interpreter can run generated code in a safe environment.
Limitation
Not designed for production use; limited customization and scalability. The sandbox is best for testing small snippets.
Real-world use cases
Enterprise AI Customer Support Bots
Enterprises building AI applicationsScenario
A company like Zomato needs to handle millions of customer inquiries daily with low latency and high accuracy.
Solution
Together AI's serverless inference API handles high message volumes using open-source models, with dedicated endpoints for critical traffic to ensure consistent performance.
Outcome
Scalable infrastructure that reduces operational complexity and cost compared to self-hosting. Batch inference discounts further lower costs for non-real-time responses.
Training Custom Text-to-Video Models
AI ResearchersScenario
A startup like Pika is developing next-generation text-to-video models requiring massive GPU compute for training.
Solution
Together AI's GPU clusters with H100 and H200 GPUs provide the necessary horsepower. Fine-tuning capabilities allow iterative improvements on proprietary datasets.
Outcome
Access to state-of-the-art hardware without long-term contracts, plus the ability to fine-tune models with full ownership.
Building Cybersecurity AI Models
Machine Learning EngineersScenario
A company like Nexusflow needs to train specialized models for threat detection and deploy them with low latency.
Solution
Use Together AI's fine-tuning to adapt open-source models to cybersecurity data, then deploy on dedicated endpoints for real-time inference.
Outcome
End-to-end platform from training to deployment with compliant infrastructure (SOC 2, HIPAA) suitable for sensitive data.
Production-Grade AI Application Development
AI DevelopersScenario
Developers at Salesforce or Zoom are building AI features that need to integrate quickly and scale reliably.
Solution
Together AI's OpenAI-compatible API allows drop-in replacement for existing integrations. Serverless inference handles variable loads, while dedicated endpoints serve high-traffic features.
Outcome
Reduced time-to-market and infrastructure overhead. The platform's advisory services help optimize performance and cost.
Pros & cons
Pros
- Offers fast inference, fine-tuning, and training for generative AI models.
- Provides highly scalable infrastructure with top-tier NVIDIA GPUs.
- Optimizes performance and cost, claiming significantly lower costs than competitors for inference.
- Features easy-to-use, OpenAI-compatible APIs for seamless integration.
- Grants full model ownership and control over intellectual property, avoiding vendor lock-in.
- Integrates cutting-edge AI research and optimizations (e.g., FlashAttention-3, custom kernels).
- Supports a vast library of over 200 open-source and specialized generative AI models.
- Ensures high reliability with a 99.9% uptime SLA for GPU clusters.
- Compliant with SOC 2 and HIPAA standards for secure enterprise deployments.
- Offers batch inference with an introductory 50% discount.
Cons
- Pricing for NVIDIA GB200 and B200 GPUs, and custom large-scale deployments, requires direct contact, lacking immediate transparency.
- Leveraging advanced features like fine-tuning hyperparameters and custom deployments may require significant technical expertise.
Pricing
Parsed from stored tiers (HTML or plain text). If a line is missing, check the notes below — confirm on the vendor site before purchasing.
Serverless Inference
$0.06
Variesbymodelandtokencount Prices are per 1 million tokens (input and output for Chat, Multimodal, Language, Code; input only for Embedding; image size/steps for Image models). Batch inference is available at an introductory 50% discount. Specific model prices range from $0.06 to $7.00 per 1M tokens depending on model size and type.
Together GPU Clusters
$1.30
Startingat $1.30 /hour State-of-the-art clusters with NVIDIA Blackwell and Hopper GPUs (H200, H100, A100) for optimal AI training and inference. H200 starts at $2.09/hr, H100 at $1.75/hr, A100 at $1.30/hr. GB200 and B200 pricing requires contact.
Dedicated Endpoints
$0.025/minute
VariesbyGPUtype,/minute/hour Deploy models on customizable GPU endpoints with per-minute billing. Supports various NVIDIA GPUs like RTX-6000, L40, A100, H100, H200. Prices range from $0.025/minute ($1.49/hour) for RTX-6000/L40 to $0.083/minute ($4.99/hour) for H200.
Code Execution
$0.0446/hour)
Perhouror/session Together Code Sandbox is priced per vCPU ($0.0446/hour) and per GiB RAM ($0.0149/hour). Together Code Interpreter is priced per session ($0.03 for 60 minutes).
Fine-tuning
$0.48
Per1MTokensprocessed Pricing is based on model size, dataset size, and number of epochs. Supervised Fine-tuning (LoRA) ranges from $0.48 to $2.90 per 1M tokens. Full Fine-tuning ranges from $0.54 to $3.20 per 1M tokens. DPO (LoRA) ranges from $1.20 to $7.25 per 1M tokens. DPO (Full FT) ranges from $1.35 to $8.00 per 1M tokens.
Company information
Parsed from directory fields (lists, definition lists, or plain lines). Keys with 「: / :」 show as cards when most lines match; otherwise as a list. Confirm on official sources.
- Together AI Company Together AI Company name
- Together AI . Together AI Company address: San Francisco, CA 94114 . More about Together AI, Please visit the about us page(https://www.together.ai/about) .
- Together AI Pricing Together AI Pricing Link
- https://www.together.ai/pricing
- Together AI Linkedin Together AI Linkedin Link
- https://www.linkedin.com/company/togethercomputer
- Together AI Twitter Together AI Twitter Link
- https://twitter.com/togethercompute
- Together AI Support Email & Customer service contact & Refund contact etc. More Contact, visit the contact us page(https://www.together.ai/contact)
- Together AI Login Together AI Login Link:
- Together AI Sign up Together AI Sign up Link:
Frequently asked questions
What types of AI models does Together AI support?General
Together AI supports over 200 generative AI models, including Chat, Multimodal, Language, Image, Code, and Embedding models. The library focuses on open-source models, so you won't find proprietary models like GPT-4 or Claude.
What GPU hardware is available on Together AI?Workflow
Together AI offers a range of NVIDIA GPUs: GB200, B200, H200, H100, A100, L40, and L40S. These are available for both inference (via dedicated endpoints) and training (via GPU clusters). Pricing for GB200 and B200 requires contacting sales.
How does Together AI optimize performance and cost?Workflow
Together AI uses custom transformer-optimized kernels like FP8 inference kernels and FlashAttention-3, quality-preserving quantization (QTIP), and speculative decoding to improve throughput and reduce latency. Batch inference offers a 50% discount for non-real-time workloads.
Can I fine-tune my own models on Together AI?Workflow
Yes, Together AI provides supervised fine-tuning (LoRA and full) and DPO (LoRA and full). You pay per token processed, and you retain full ownership of the fine-tuned model with no vendor lock-in. LoRA is more cost-effective for small datasets.
Is Together AI suitable for enterprise use?Fit
Yes, Together AI offers SOC 2 and HIPAA compliance, dedicated endpoints for custom hardware deployment, and expert AI advisory services. It is used by enterprises like Salesforce and Zoom for production AI workloads.
How does Together AI's pricing compare to other inference APIs?Comparison
Together AI's serverless pricing varies by model, ranging from $0.06 to $7.00 per 1M tokens. This can be competitive for open-source models, but costs depend on model size and usage patterns. Batch inference at a 50% discount further improves cost efficiency. For dedicated endpoints, per-minute billing starts at $0.025/min for RTX-6000.
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