RAG vs Fine-Tuning: Choosing the Right LLM Approach for Your Product
Both RAG and fine-tuning improve LLM performance on your specific use case — but they solve different problems. Here's how to choose.
Containerization for consistent, portable AI and application deployments
HOW WE USE IT
Docker is foundational to every application we ship. Multi-stage Dockerfiles, Docker Compose for local development, and container security scanning are standard practice. We build lean, secure images that run identically in development and production.
CAPABILITIES
USE CASES
GPU-enabled Docker container for reproducible ML training with CUDA, all dependencies pinned.
Docker Compose stack replacing dev server setup docs — one command launches the full application stack.
Multi-stage Docker build that runs tests, security scans, and produces a minimal production image.
Engineering Stack
38 production-grade technologies — every one battle-tested in shipped products.
Didn't find what you were searching for? Reach out to us at [email protected] and we'll assist you promptly.
Docker containers start in seconds (vs. minutes for VMs), share the host OS kernel for lower overhead, and produce reproducible build artifacts that eliminate environment inconsistency between development and production. For AI services, Docker ensures the exact same Python version, CUDA version, and package dependencies run in every environment. VMs are still preferred for strong workload isolation or when running multiple OS types on the same host.
A production Docker setup includes: multi-stage Dockerfiles that separate build and runtime images to minimize attack surface and image size, a private container registry (ECR, Artifact Registry, ACR) with vulnerability scanning, non-root user execution inside containers, health checks for orchestrator integration, and a CI/CD pipeline that builds, tests, scans, and pushes images on every merge to main. For AI workloads, we include CUDA base images optimized for the target GPU environment.
Containerizing an existing application and setting up a CI/CD pipeline to build and push Docker images typically takes 2-4 weeks. A full containerized deployment on ECS or Kubernetes including observability and security hardening takes 4-8 weeks. For complex multi-service applications with Docker Compose development environments, add 1-2 weeks for local development workflow setup.
FROM OUR CLIENTS
The team took our AI concept from whiteboard to production in 10 weeks. The architecture they designed handles 10x our expected load with no issues.
Insights
A collection of detailed case studies showcasing our design process, problem-solving approach,and the impact of our user-focused solutions.
SERVICES THAT USE DOCKER
GET STARTED
Talk to an engineer about your requirements. Proposal within 48 hours.