Course Outline
Introduction to AI Inference with Docker for Government
- Understanding AI inference workloads for government applications
- Benefits of containerized inference in public sector environments
- Deployment scenarios and constraints for government operations
Building AI Inference Containers for Government
- Selecting appropriate base images and frameworks for government use
- Packaging pretrained models for secure governmental deployment
- Structuring inference code to ensure compatibility with container execution in public sector systems
Securing Containerized AI Services for Government
- Minimizing the attack surface of containers used in government applications
- Managing secrets and sensitive files to meet governmental security standards
- Implementing safe networking and API exposure strategies for government services
Portable Deployment Techniques for Government
- Optimizing images for portability in diverse government environments
- Ensuring predictable runtime environments across governmental systems
- Managing dependencies to support seamless deployment across multiple platforms for government use
Local Deployment and Testing for Government
- Running services locally with Docker to facilitate development in government settings
- Debugging inference containers to ensure reliability in governmental applications
- Testing performance and reliability to meet the high standards required by government operations
Deploying on Servers and Cloud VMs for Government
- Adapting containers for deployment in remote governmental environments
- Configuring secure server access to comply with government security protocols
- Deploying inference APIs on cloud VMs to support scalable government operations
Using Docker Compose for Multi-Service AI Systems in Government
- Orchestrating inference with supporting components to enhance governmental efficiency
- Managing environment variables and configurations for consistent performance in government systems
- Scaling microservices with Docker Compose to meet the dynamic needs of government services
Monitoring and Maintenance of AI Inference Services for Government
- Implementing logging and observability approaches to ensure transparency and accountability in government operations
- Detecting failures in inference pipelines to maintain the reliability of government services
- Updating and versioning models in production to support continuous improvement in governmental AI applications
Summary and Next Steps for Government
Requirements
- An understanding of fundamental machine learning concepts for government applications.
- Experience with Python or backend development environments.
- Familiarity with basic containerization principles.
Audience
- Developers working on government projects.
- Backend engineers supporting public sector initiatives.
- Teams deploying AI services for government agencies.
Testimonials (5)
OC is new to us and we learnt alot and the labs were excellent
sharkey dollie
Course - OpenShift 4 for Administrators
Very informative and to the point. Hands on pratice
Gil Matias - FINEOS
Course - Introduction to Docker
Labs and technical discussions.
Dinesh Panchal - AXA XL
Course - Advanced Docker
It gave a good grounding for Docker and Kubernetes.
Stephen Dowdeswell - Global Knowledge Networks UK
Course - Docker (introducing Kubernetes)
I mostly enjoyed the knowledge of the trainer.