Together AI Dedicated Endpoints Skill for Agents
Skill that teaches Claude Code Together AI's dedicated endpoints API. Deploy single-tenant GPU inference with autoscaling, no rate limits, and custom model configurations.
What it is
Together AI Dedicated Endpoints Skill is a configuration package that teaches AI coding agents how to provision and manage dedicated GPU inference endpoints on Together AI. It covers creating endpoints with specific hardware (H100, H200, A100), configuring autoscaling, and managing the endpoint lifecycle through the Together API.
This skill targets teams deploying LLMs for production inference at scale who need single-tenant GPU resources with no rate limits and custom model configurations. It works with Claude Code, Cursor, and Codex CLI.
How it saves time or tokens
The skill encodes Together AI's API patterns, hardware options, and best practices directly into the agent's context. Instead of reading documentation and writing boilerplate API calls, the agent generates correct endpoint provisioning code on the first attempt. Autoscaling configuration ensures you pay only for active inference capacity.
How to use
- Install the skill:
npx skills add togethercomputer/skills. - Ask your AI coding agent to create a dedicated endpoint for a specific model.
- The agent generates Python code using the Together SDK with correct hardware and scaling parameters.
Example
from together import Together
client = Together()
# Create a dedicated endpoint
endpoint = client.endpoints.create(
model='meta-llama/Llama-3.3-70B-Instruct-Turbo',
hardware='gpu-h100-80gb',
min_replicas=1,
max_replicas=4,
autoscale=True,
)
print(f'Endpoint URL: {endpoint.url}')
# Scale the endpoint
client.endpoints.update(endpoint.id, min_replicas=2)
# Check status
status = client.endpoints.get(endpoint.id)
print(f'Status: {status.state}')
Related on TokRepo
- AI Tools for API -- explore API tools for model deployment and inference
- AI Tools for Agents -- discover skills and tools for building AI agents
Common pitfalls
- Dedicated endpoints incur per-hour costs regardless of request volume; scale down min_replicas during off-peak hours.
- Model availability varies by hardware type; check Together AI's model compatibility matrix before selecting GPU hardware.
- Autoscaling has a cold start delay when scaling from zero replicas; keep min_replicas at 1 for latency-sensitive applications.
Frequently Asked Questions
Together AI offers H100 80GB, H200 141GB, and A100 80GB GPUs. H100 is recommended for most large models, H200 for the largest models that exceed 80GB VRAM, and A100 for cost-effective deployments.
Autoscaling adjusts the number of replicas based on request load between your configured min and max replicas. It scales up when queue depth increases and scales down when load decreases.
Yes. Together AI supports deploying custom models that you have fine-tuned on their platform or uploaded. Specify the model path when creating the endpoint.
Dedicated endpoints run on single-tenant GPUs reserved for your workload with no rate limits. Serverless endpoints share infrastructure with other users and have rate limits but cost less for intermittent usage.
Use the Together SDK to query endpoint metrics including request count, latency, and queue depth. The Together AI dashboard also provides visual monitoring and alerting.
Citations (3)
- Together AI Docs— Together AI dedicated endpoints with autoscaling GPU inference
- Together SDK GitHub— Together AI Python SDK
- NVIDIA H100 Datasheet— H100 GPU specifications for AI inference
Related on TokRepo
Source & Thanks
Part of togethercomputer/skills — MIT licensed.
Discussion
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