Model deployment
Skill awslabs/agent-plugins/plugins/sagemaker-ai/skills/model-deployment
Generates code that deploys fine-tuned models from SageMaker Serverless Model Customization to SageMaker endpoints or Bedrock. Use when the user says "deploy my model", "create an endpoint", "make it available", or asks about deployment options. Identifies the correct deployment pathway (Nova vs OSS), generates deployment code, and handles endpoint configuration.From its SKILL.md
npx -y skills add awslabs/agent-plugins --skill model-deploymentAssembled from the repository path, not quoted from the project. Check it against their README if it does not work.
SKILL.md
5.8 KB, ~1.3k tokens by cl100k_base, as published. Nobody here has run it
Model Deployment
Identifies the correct deployment pathway based on model characteristics and generates deployment code.
Scope
This skill supports deploying Nova and OSS models that were fine-tuned through SageMaker Serverless Model Customization only.
Not supported:
- Base models (not fine-tuned)
- Models fine-tuned through other processes
- Full Fine-Tuning (FFT) — only LoRA fine-tuned models are supported
Prerequisites
- The SDK environment has been verified (SDK version, region, execution role). If not done, activate the
sdk-getting-startedskill first.
Principles
- One thing at a time. Each response advances exactly one decision.
- Confirm before proceeding. Wait for the user to agree before moving on. But don't re-ask questions already answered in the conversation — use what you know.
- Don't read files until you need them. Only read pathway references after the pathway is confirmed.
- Use what you know. If conversation history or artifacts already answer a question, confirm your understanding instead of asking again.
Workflow
Step 1: Identify the Training Job
You need the training job name or ARN. Check the conversation history first — the user may have already mentioned it, or it may be available from earlier steps in the workflow (e.g., fine-tuning). If not, ask the user.
Once you have the training job name or ARN, use the AWS MCP tool to look it up:
- Use the AWS MCP tool
describe-training-joband extract:- S3 output path (from
ModelArtifacts.S3ModelArtifactsorOutputDataConfig.S3OutputPath) - IAM role ARN (from
RoleArn) - Region
- S3 output path (from
- Use the AWS MCP tool
list-tagson the training job ARN and extract:- Model ID from the
sagemaker-studio:jumpstart-model-idtag
- Model ID from the
- Determine the model type from the model ID:
- Contains "nova" (nova-micro, nova-lite, nova-pro) → Nova
- Llama, Mistral, Qwen, GPT-OSS, DeepSeek, etc. → OSS
Unsupported models: This skill only supports OSS and Nova models that were LoRA fine-tuned through SageMaker Serverless Model Customization. If the model doesn't match, tell the user this skill can't help and suggest the finetuning skill.
Step 2: Determine Eligible Deployment Targets
Use the following table:
| Model Type | Eligible Targets |
|---|---|
| OSS | SageMaker, Bedrock |
| Nova | SageMaker, Bedrock |
If only one target is eligible, confirm it with the user. Use details from Step 5.
If multiple targets are eligible, help the user decide. Use details from Step 5.
If no targets are eligible, tell the user and explain why.
Step 3: Let the User Choose a Deployment Target
Present the eligible options to the user. Present these details to help them decide between SageMaker and Bedrock, if both are available options:
SageMaker Endpoint:
- Dedicated compute resources for consistent performance
- Control instance types and scaling
- Best for predictable workloads with specific latency requirements
Bedrock:
- Fully managed serverless inference
- Auto-scales instantly with no capacity planning
- Pay per request
- Best for variable workloads with fluctuating demand
Do NOT make a recommendation. Let the user choose.
Do NOT mention technical details like merged/unmerged weights, reference files, or APIs, unless the user asks.
⏸ Wait for user to select a deployment option.
Step 4: Display License Agreement
Before proceeding to deployment, display the model's license or service terms to the user.
- Read
references/model-licenses.mdand look up the model by its model ID (determined in Step 1). - Follow the instructions in the Notes column — use the exact phrasing provided.
- If the model ID is not found in the table, warn the user that you could not find license information for their model and recommend they verify the license independently before proceeding.
⏸ Wait for the user to confirm before proceeding.
Step 5: Follow Pathway Workflow
Read the reference file for the selected pathway and follow its instructions.
| Model Type | Deployment Target | Reference |
|---|---|---|
| OSS | SageMaker | references/deploy-oss-sagemaker.md |
| OSS | Bedrock | references/deploy-oss-bedrock.md |
| Nova | SageMaker | references/deploy-nova-sagemaker.md |
| Nova | Bedrock | references/deploy-nova-bedrock.md |
Step 6: Post-Deployment Summary
After deployment completes, provide the user with a summary. Cover these topics, using details from the pathway reference doc you followed in Step 5:
- What was deployed — endpoint or model name, ARN, status
- How to use it — sample invoke code for the specific deployment target
- Cost — billing model (instance-based vs. pay-per-request) and what to expect
- Cleanup — how to delete the endpoint or model when done
Troubleshooting
How to check if a model was LoRA or FFT fine-tuned
If deployment fails unexpectedly, the model may have been full fine-tuned (FFT) rather than LoRA. To check, download the training job's hydra config from its S3 output path at .hydra/config.yaml:
peft_configpopulated (r, alpha, dropout, etc.) → LoRA (supported)peft_config: null→ FFT (not supported by this skill)
What ships with it: 10 files
44.2 KB alongside SKILL.md, 4 of them executable
code_templates/
- deploy-nova-bedrock.pyruns1.9 KB
- deploy-nova-sagemaker.pyruns1.7 KB
- deploy-oss-bedrock.pyruns3.9 KB
- deploy-oss-sagemaker.pyruns1.9 KB
references/
- code_output_guide.md3.2 KB
- deploy-nova-bedrock.md4.0 KB
- deploy-nova-sagemaker.md5.0 KB
- deploy-oss-bedrock.md4.7 KB
- deploy-oss-sagemaker.md6.5 KB
- model-licenses.md11.5 KB
Gives 0 of the 12 instructions most ship operate skills give in ~1.3k tokens
Counted across 779 of the 1,178 authors here whose files we hold, read 2026-08-07
- Document a rollback plan before deploymentin 41 of 779, across 22 files
- Update the changelogin 21 of 779, across 19 files
- Run the test suitein 20 of 779
- Create an annotated git tagin 20 of 779
- Clean up feature flags after full rolloutin 18 of 779, across 10 files
- Verify deployment health after launchin 18 of 779, across 10 files
- Test both feature flag statesin 17 of 779, across 9 files
- Verify the working tree is cleanin 17 of 779
- Make database migrations backward-compatiblein 16 of 779, across 8 files
- Set up error monitoring before launchin 15 of 779, across 7 files
- Monitor metrics at each rollout stagein 14 of 779, across 5 files
- Create a GitHub releasein 14 of 779
Said here and by no other author read
- confirm before proceeding to the next step
- use existing conversation context for answers
- read pathway references only after pathway confirmation
- identify the training job name or ARN
- use the AWS MCP tool to inspect the training job
- determine the model type from its model ID
Grouped from the skills themselves: near-identical wordings counted once, and counted by distinct author, so one author publishing three of these counts once. Length counted with cl100k_base; the agent that loads this file may tokenize it differently.