Distributed Systems (JVM, Python, Rust) & AI/ML Engineering

Modernize your Enterprise SaaS!

Whether greenfield development or legacy modernization, Simplicitize helps companies move from AI experiments to production systems — LLMs and generative AI, Retrieval-Augmented Generation, and Deep Learning — served by battle-tested JVM (Java, Kotlin, Scala) microservices, such as Spring Boot, and built with the engineering discipline that enterprise software demands.

  • Expert Level Software Engineering

    Highly scalable distributed systems on AWS — resilient, observable, cloud-native systems engineered for scale and reliability. Polyglot by design — Java, Kotlin, Scala, Python, and Rust — using the right language for each problem.

  • AI Native Development

    Claude Code and Cursor in expert hands — transform existing codebases into AI-native systems, vibe code with professional guardrails and review discipline, and fix the AI slop unsupervised agents leave behind.

  • GenAI & Agentic AI

    Production-grade applications on large language models — from chat assistants, copilots, and document intelligence to autonomous agents that plan, call tools, and execute multi-step workflows.

  • Retrieval-Augmented Generation (RAG)

    Connect your proprietary knowledge to AI safely with retrieval-augmented generation and vector search. Semantic search finds what your users mean, not just what they type — surfacing answers by meaning instead of keyword matching.

  • Deep Learning

    Custom neural networks with PyTorch — model training, fine-tuning, and inference optimization, from computer vision to transformer architectures.

  • Rust

    Rust alongside the JVM and Python — memory-safe, high-performance services as part of a polyglot distributed-systems toolkit.

  • ML Ops CI/CD Pipeline

    GitHub Actions CI/CD pipelines and MLOps workflows — evaluation, monitoring, and cost control so your AI systems stay reliable long after launch.

  • Software Architecture

    System design that scales with your business — domain-driven boundaries, event-driven architectures, and pragmatic technology choices that keep large codebases evolvable for years.

  • Containerization

    Ship the same artifact everywhere — lean Docker images, multi-stage builds, and Docker Compose environments that make “works on my machine” mean every machine.