This skill enables Claude to deploy machine learning models to production environments. It automates the deployment workflow, implements best practices for serving models, optimizes performance, and handles potential errors. Use this skill when the user requests to deploy a model, serve a model via an API, or put a trained model into a production environment. The skill is triggered by requests containing terms like "deploy model," "productionize model," "serve model," or "model deployment."
84
44%
Does it follow best practices?
Impact
92%
1.02xAverage score across 9 eval scenarios
Passed
No known issues
Optimize this skill with Tessl
npx tessl skill review --optimize ./backups/skills-migration-20251108-070147/plugins/ai-ml/model-deployment-helper/skills/model-deployment-helper/SKILL.mdREST API model serving
REST endpoint defined
100%
100%
Model loaded at startup
100%
100%
Input field validation
100%
100%
Invalid input response
100%
100%
Exception handling
100%
100%
Error response on exception
100%
100%
Prediction returned
100%
100%
Requirements analysis comment
60%
50%
No hardcoded credentials
100%
100%
Runnable server code
100%
100%
Input schema documented
100%
100%
Docker and Kubernetes deployment
Dockerfile present
100%
100%
Base image specified
100%
100%
Dependencies installed in image
100%
100%
Kubernetes Deployment manifest
100%
100%
Resource limits set
100%
100%
Replica/scaling config
100%
100%
Kubernetes Service manifest
100%
100%
YAML used for deployment config
100%
100%
Monitoring settings present
100%
100%
Requirements analysis note
100%
100%
Config validation script
37%
25%
No hardcoded secrets
100%
100%
Performance monitoring and rollback
Latency tracking
100%
100%
Throughput tracking
100%
100%
Anomaly alerting
100%
100%
Monitoring runs continuously
100%
100%
Rollback script present
100%
100%
Rollback identifies previous version
100%
100%
Rollback steps documented
100%
100%
Monitoring metrics logged
100%
100%
Requirements analysis present
87%
62%
Model accuracy tracked
37%
75%
No large file generation
100%
87%
Preprocessing pipeline integration
Preprocessing module
100%
100%
Text cleaning steps
100%
100%
Preprocessing called before inference
100%
100%
Input validation present
100%
100%
Validation rejects bad input
100%
100%
Exception handling around inference
0%
62%
Meaningful error on exception
16%
100%
Requirements analysis documented
62%
100%
Assumptions about model format
100%
100%
Serving entry point present
100%
100%
requirements.txt provided
100%
100%
Preprocessing is reusable
100%
100%
No hardcoded credentials
100%
100%
Cloud-based serving platform deployment
Requirements analysis first
100%
100%
Cloud platform identified
100%
100%
Deployment strategy justified
100%
100%
Input validation present
100%
100%
Validation error response
100%
100%
Exception handling
100%
100%
Error response on exception
100%
100%
config.yaml present
100%
100%
Monitoring setup
75%
100%
Latency or throughput addressed
100%
100%
Real-time serving pattern
100%
100%
No hardcoded secrets
100%
100%
requirements.txt provided
100%
100%
README deployment steps
100%
100%
Deployment workflow documentation and automation
Workflow steps in order
100%
80%
Analysis step present
100%
100%
Config validation before deploy
100%
100%
validate_config.py checks fields
100%
100%
Step execution logged
100%
100%
Error handling in workflow
100%
100%
deployment_plan.md present
100%
100%
Plan explains why
100%
100%
API/serving code generated
75%
25%
Data validation in serving
0%
0%
Monitoring configured
100%
87%
requirements.txt provided
100%
75%
No hardcoded credentials
100%
100%
Rollback referenced
100%
100%
Batch inference service deployment
Requirements analysis present
100%
75%
Batch processing loop
100%
100%
Per-record input validation
100%
100%
Invalid records handled gracefully
100%
100%
Exception handling around inference
100%
100%
Error records reported
100%
100%
Throughput metric tracked
100%
100%
Monitoring output present
100%
100%
Deployment automated
62%
25%
Output file produced
100%
100%
Model loaded once
100%
100%
No hardcoded credentials
100%
100%
Integration with preprocessing and monitoring pipeline
Requirements analysis first
87%
100%
Preprocessing step included
100%
100%
Preprocessing is a separate function
100%
100%
Input validation present
100%
100%
Validation rejects bad input
100%
100%
Exception handling around inference
25%
0%
Monitoring integration present
100%
100%
Latency recorded
100%
100%
Throughput or request count tracked
25%
50%
Deployment automated
62%
50%
API endpoint defined
100%
100%
No hardcoded credentials
100%
100%
Automated deployment with performance monitoring
Requirements analysis document
100%
100%
Analysis precedes implementation
100%
100%
Serving code generated
100%
100%
Input validation present
100%
100%
Validation error response
100%
100%
Exception handling in serving
0%
0%
Deployment step present
100%
100%
Latency monitoring
100%
100%
Throughput monitoring
100%
100%
Monitoring output persisted
100%
100%
End-to-end automation script
100%
100%
No hardcoded credentials
100%
100%
requirements.txt present
100%
100%
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Table of Contents
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