All articles tagged with "Python"
Deploying text, image, and audio models in a single pipeline is a resource nightmare. We dissect the architecture of a real-time multi-modal API, covering ONNX optimization, AVX-512 CPU inference, and why data sovereignty in Norway matters for AI workloads in 2025.
Move beyond basic API calls. Learn how to architect robust Google Gemini integrations using Python, Redis caching, and secure infrastructure on Linux, tailored for Norwegian data compliance standards.
Move beyond fragile shell scripts. Learn to architect robust Kubeflow Pipelines (KFP) for reproducible ML workflows, ensuring GDPR compliance and minimizing latency in Norwegian infrastructure.
Forget the PaaS markup. Learn how to architect a decoupled, high-performance worker system using RabbitMQ and Python on CoolVDS NVMe instances. Control your stack, lower your latency to NIX, and own your data.
It's 2014, and the buzz is all about PaaS and BaaS. But for serious scaling in Norway, relying on US-hosted 'serverless' platforms is a latency trap. Learn how to build your own high-performance worker clusters using Redis, Celery, and KVM.
While the industry buzzes about PaaS and 'NoOps', real scalability requires robust asynchronous patterns. We explore how to architect high-performance worker queues using Redis, Celery, and KVM-based VPS in Norway.
While the industry buzzes about 'NoOps' and expensive PaaS solutions, real scalability is built on decoupled, asynchronous worker patterns. Here is how to engineer a resilient, low-latency infrastructure on Norwegian soil without the US cloud price tag.
Cloud platforms like Heroku promise a 'serverless' dream, but latency and data sovereignty in Norway tell a different story. Learn how to architect a decoupled, auto-scalable system using RabbitMQ, Nginx, and KVM—without the proprietary lock-in.
Stop letting long-running scripts kill your Apache processes. Learn how to architect a decoupled, high-performance worker queue using Redis, Celery, and Supervisord on pure SSD VPS infrastructure in Norway.
Cloud platforms promise a serverless future, but at what cost? Learn how to architect decoupled, message-driven systems using RabbitMQ, Celery, and KVM to achieve 'NoOps' efficiency without the vendor lock-in.
Before you commit to the 'No-Ops' hype of expensive managed platforms, learn how to architect true decoupled scalability using RabbitMQ, Celery, and high-performance SSD VPS. A guide for 2013's serious engineers.
Tired of monolithic maintenance? We explore 'Serverless' concepts in 2013 using decoupled queues, PaaS-like worker patterns, and KVM isolation strategies on CoolVDS.
Stop babying your monoliths. Discover how to implement asynchronous worker patterns using Redis, Supervisord, and KVM to achieve 'NoOps' scalability without the Heroku price tag.