The Technology Stack
Oceanpark Digital utilizes modern, high-velocity technology stacks to deliver superior performance compared to legacy federal integrators. We build on open-source foundations, ensuring zero vendor lock-in for the end agency, while deploying on secure, compliance-ready cloud infrastructure.
Data & Backend Engineering
Section titled “Data & Backend Engineering”We favor lightweight, highly scalable microservice architectures over monolithic legacy systems.
- Python: Our primary language for complex data parsing, ETL (Extract, Transform, Load) pipelines, and interacting with AI/Machine Learning models.
- Node.js (TypeScript/JavaScript): Utilized for high-speed API development, headless automation engines, and bridging communication between disparate systems.
- n8n: A powerful, self-hostable workflow automation tool we use to visually orchestrate complex data routing without relying on external SaaS platforms.
AI & Vector Infrastructure
Section titled “AI & Vector Infrastructure”To deploy secure Retrieval-Augmented Generation (RAG) pipelines, we leverage state-of-the-art vector processing technologies.
- Pinecone / FAISS: High-performance vector databases required to store and instantly retrieve semantic embeddings from massive document repositories.
- LangChain & LlamaIndex: Orchestration frameworks we use to connect large language models (LLMs) securely with your private vector databases.
Frontend & Web Architecture
Section titled “Frontend & Web Architecture”When task orders demand internal dashboards or public-facing portals, we build on the most resilient frameworks in modern web development.
- Next.js & React: The industry standard for building highly interactive, scalable web applications and data visualization dashboards.
- Astro: Our framework of choice for lightning-fast, highly secure static site generation—perfect for documentation hubs and compliance reporting portals.
- Tailwind CSS: A utility-first CSS framework that allows us to rapidly prototype and deploy beautiful, 508-compliant user interfaces.