together-dedicated-endpoints

Deploy dedicated Together API endpoints with autoscaling and lifecycle controls.

2|1|Updated Feb 20, 2026
One-click install
npx skills add https://github.com/zainhas/togetherai-skills --skill together-dedicated-endpoints
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: together-dedicated-endpoints
Source: https://github.com/zainhas/togetherai-skills/tree/main/skills/together-dedicated-endpoints
Command: npx skills add https://github.com/zainhas/togetherai-skills --skill together-dedicated-endpoints

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires together, together-ai, and includes scripts (resource) and references (resource) components.

What problem does it solve?

Provision dedicated, single-tenant GPU endpoints to host models with predictable performance, no shared-resource contention, and service-level agreements. It enables autoscaling, custom hardware configurations, and support for a wide range of model types across chat, image, audio, embedding, and moderation workloads.

Core Features & Use Cases

  • Dedicated hardware with autoscaling for production-grade inference and predictable latency.
  • Supports 179+ models including fine-tuned and custom uploaded models across chat, image, audio, embedding, and moderation categories.
  • Flexible deployment workflows: upload models from Hugging Face or S3, deploy to dedicated endpoints, manage hardware options, and lifecycle controls (create, start, stop, delete).

Quick Start

Create a dedicated endpoint by selecting a model and hardware, wait for it to become READY, and then run a test inference.

Frequently Asked Questions about together-dedicated-endpoints

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I deploy fine-tuned models to dedicated GPU endpoints for production inference?

Deploy fine-tuned models to dedicated GPU endpoints by selecting your custom model, specifying explicit hardware configurations, creating the endpoint, and waiting for readiness status before invoking inference. This provides predictable performance and SLA-backed reliability without shared-resource contention.

What is the difference between shared API inference and dedicated endpoints for model hosting?

Dedicated endpoints provide single-tenant GPU hardware with no shared-resource contention, enabling predictable latency and service-level agreements. Shared API inference lacks dedicated hardware, making performance variable and unsuitable for production workloads requiring autoscaling and explicit hardware configurations.

Can I use Together AI to host custom models uploaded from Hugging Face or S3?

Yes, Together AI supports uploading custom models from Hugging Face or S3 and deploying them to dedicated endpoints. You can manage the full endpoint lifecycle, including hardware selection, autoscaling configuration, and start, stop, and delete controls across multiple modalities.

How do I configure autoscaling and hardware options for dedicated model endpoints?

Configure autoscaling and hardware options during endpoint creation by enumerating available GPU hardware configurations. This ensures your dedicated endpoints scale dynamically with traffic while maintaining predictable latency and SLA-backed reliability for production-grade inference workloads.

Does the Together API support dedicated endpoints for audio and embedding models?

Yes, the Together API supports dedicated endpoints across 179+ models spanning chat, image, audio, embedding, and moderation categories. You can deploy these models with custom hardware configurations, autoscaling, and full lifecycle management for stable, predictable inference.

When should I avoid using dedicated endpoints for model inference?

Avoid dedicated endpoints for low-volume or sporadic inference workloads where predictable latency and service-level agreements are unnecessary. Dedicated single-tenant GPU hardware is designed for production-grade traffic requiring autoscaling, explicit hardware configurations, and SLA-backed reliability.