All articles tagged with rabbitmq
It is May 2017, and the industry is screaming about FaaS. But for serious Norwegian DevOps, AWS Lambda's latency and lock-in are deal-breakers. Here is how to build serverless architectures on your own terms using Docker, RabbitMQ, and high-performance NVMe VPS.
Is Serverless just a buzzword for 'someone else's computer'? We dismantle the hype, explore real-world event-driven patterns using Docker and RabbitMQ, and show why high-performance VPS infrastructure often beats public cloud FaaS on latency and cost.
Is AWS Lambda the only way to do serverless? We explore self-hosted event-driven patterns using Docker 1.12 and RabbitMQ to keep your data in Norway and your latency low.
AWS Lambda is making waves, but vendor lock-in and cold starts are production killers. Here is how to architect a true event-driven microservices stack on high-performance VPS in Norway using Docker and RabbitMQ.
While AWS Lambda makes headlines, the real power of the 'serverless' concept lies in decoupled, asynchronous architectures. Here is how to build event-driven worker pools using RabbitMQ and Docker without suffering vendor lock-in or latency penalties.
While AWS re:Invent just hyped 'Lambda', the real revolution for Nordic developers is building robust, event-driven worker queues. Learn how to architect non-blocking systems using RabbitMQ, Node.js, and solid KVM infrastructure without sacrificing data sovereignty.
While the cloud giants buzz about 'NoOps' and backend-as-a-service, the pragmatic engineer knows that code still needs to run somewhere. Learn how to architect true event-driven microservices using Docker 1.3, RabbitMQ, and high-performance KVM instances in Norway.
While the industry buzzes about microservices, the reality of deploying decoupled applications remains painful. We explore how to build resilient, asynchronous architectures using message queues and KVM virtualization, ensuring your Norwegian infrastructure is ready for the traffic spikes of 2015.
While the buzzword "Serverless" is creeping into Silicon Valley, the reality for European systems architects is pragmatic: it's about decoupling. Learn how to crush latency and scale workers using RabbitMQ, Docker, and raw KVM power.
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 is June 2014. Monoliths are dying, Docker 1.0 has just landed, and the promise of 'No-Ops' is seducing CTOs. Here is why you should ignore the PaaS hype and build your own high-performance worker clusters using RabbitMQ and KVM in Norway.
Move beyond the monolithic application. Learn how to architect robust microservices using Nginx, RabbitMQ, and KVM isolation, specifically tailored for the Norwegian hosting landscape.
Synchronous code is the enemy of scale. Learn how to implement RabbitMQ to offload heavy tasks, why 'ulimit' matters, and why your message broker needs the low latency of a Norwegian VDS.
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.
Cloud PaaS is killing your budget. Learn how to deploy a high-performance, decoupled worker architecture using RabbitMQ and Node.js on dedicated KVM instances. The 'Serverless' future is actually just efficient system administration.
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.