March 2022 Summaries

Render has announced the expansion of its services with new local hosting options in the U.S. East (Ohio) and Asia-Pacific (Singapore) regions, aiming to enhance user experience by reducing network latency and improving performance for end-users. This strategic move addresses the underserved Asia-Pacific market, offering a local alternative to the dominant cloud providers, and aims to decrease latency by up to 90% in the region. U.S. customers will also benefit from a 25% reduction in latency with the new Ohio region. The expansion allows customers to run Render workloads closer to existing infrastructure, facilitating smoother migrations and better performance. Early adopters from various industries, including software, real estate, and ecological plumbing, have already started using these services, noting improved response times and seamless integration with their operations. Render plans further expansion into regions such as U.S. Virginia, Tokyo, Sydney, and Mumbai, and invites user input on prioritizing future locations through their Feature Requests site.

Render has announced the General Availability of its managed Redis service, allowing users to easily set up a Redis instance, which is a popular open-source, in-memory key-value store known for high throughput and low latency, ideal for caching and queueing tasks. By offering Redis, Render aims to save engineering time and address the top user-requested service by handling reliability, security, and operational aspects. The service includes features such as a connection URL, CLI access, infrastructure-as-code support, a metrics dashboard, and customizable eviction policies. Early Access users have praised the simplicity of setup and the ability to focus on developing their products without managing infrastructure. Render Redis has been used for caching, background job processing, and managing rate limits, among other tasks. Users can try the service for free and upgrade to paid plans for additional resources, with guides available for specific frameworks like Ruby's Sidekiq and Python's Celery.

Eric Liu's blog post explores design patterns for creating reusable components in Svelte using the example of a component library called svelte-bar-chart-race. Svelte, praised for its concise syntax and built-in reactivity, is highlighted as a tool for rapid prototyping, contrasting with React, which is commonly used at Render for frontend development. Liu explains how component composition, two-way binding, and slot overrides enhance customizability and control in Svelte applications, with the svelte-bar-chart-race library serving as a practical case study. The post also emphasizes the advantages of integrating TypeScript with Svelte to improve code quality and developer productivity. Liu encourages developers to consider the specific needs of their projects, such as visual or interactive elements and user control over business logic, before diving into coding. The post concludes with a nod towards SvelteKit as a framework for building and deploying Svelte applications, promoting Render as a platform that simplifies cloud infrastructure management.