Whether you want to or not, a web app at scale that is hosted on a public cloud will eventually start resembling a microfrontend. The moment you want an integration with a third party service or to process payments, you see this manifest as JavaScript that you have to load modularly into your app. The promise seems to be that microfrontends backed by a good granular permissions system of a dev team, and good organizational governance, will remain secure, even as talent rotates in and out of your org. The potential risks are that federated modules and import maps might need careful analysis of how trust and certificates propagate in your runtime. This is in an age when hardware keys are more important, with standards like Microsoft #Pluton, TPM 2.0, etc. Your opinions?

🔁 𝗧𝗵𝗿𝗼𝘄𝗯𝗮𝗰𝗸 𝘁𝗼 Robert Maier-Silldorff’s (@RmRobsen) talk at the recent 𝗔𝗻𝗴𝘂𝗹𝗮𝗿 𝗩𝗶𝗲𝗻𝗻𝗮 meetup 👀 🎤 𝗠𝗶𝗰𝗿𝗼𝗳𝗿𝗼𝗻𝘁𝗲𝗻𝗱-𝗣𝗹𝘂𝗴𝗶𝗻-𝗦𝘆𝘀𝘁𝗲𝗺: Architecture, Challenges, and Lessons Learned 👉 youtube.com/watch?v=y0CznQEg… #Angular #Microfrontends

Building self-extensible software on the desktop is easy enough. Building it at the SaaS level is going to be harder, but it allows for some very interesting new patterns. Is there some startup that is going to provide the PaaS solution for companies looking to expose this capability? Really to enable self-extensibility into a SaaS, you'd need: - A coding agent service - A way to host a lot of small lambdas very cheaply - A way to integrate custom elements into the frontend I could imagine it looks like: - User talks to a unified agent service. - It builds the frontend/backend code and deploys it. - Backend runs in a lambda - Frontend is a microfrontend - Both get loaded for the user at runtime

1. Netflix clone with DRM & ABR implemented. 2. Build and render an infinite scroll with larger content without the main thread lagging 3. Implement service workers for any task 4. Some complex UI with animations and effects, but with minimal lagging 5. Build a project by following the microfrontend approach

WE ARE HIRING – FullStack Developer (Application Production Support) 📍 Location: DKI Jakarta , Indonesia On-Site (WFO) 📄 Contract: 6 Months 🏢 Industry: Life Insurance We are looking for a highly motivated Analyst Programmer to support and maintain a Life Insurance Point of Sales (POS) Application. This role focuses on production support, incident handling, and problem management in a fast-paced environment. 🎯 Key Responsibilities 🔹 Incident Handling Accept, assign, and resolve incident tickets reported by business/users Provide quick fixes or implement permanent solutions where applicable Ensure users are well-informed of progress until resolution 🔹 Service Request Fulfillment Handle ad-hoc/non-incident requests (data extract, reports, validation, inquiries) Coordinate with business users to ensure complete requirements 🔹 Problem Management Conduct root cause analysis for recurring/major issues Collaborate with cross-functional teams Drive permanent fix implementation plans 🔹 Operational Support Perform daily health checks & monitoring Support weekend/night validations when required 💻 Technical Requirements 🔹 Backend Technologies Java 17 Spring Boot (3.0.6 – 3.1.4) Spring Data JPA, Spring Cloud OpenFeign AWS (S3, DynamoDB, SQS, Step Functions) PostgreSQL Flyway JWT Authentication (JJWT, Auth0, Okta) Maven Node.js 14.x & TypeScript (Rule Engine) 🔹 Frontend Technologies React 18 TypeScript Vite Single-SPA Single-SPA-React (Microfrontend) SystemJS React Bootstrap Bootstrap 5 SCSS / SASS Jasper Report 🔎 Ideal Candidate ✔ Strong analytical & troubleshooting skills ✔ Experience in production support environment ✔ Able to work under pressure & tight timelines ✔ Strong communication with business stakeholders ✔ Experience in Insurance domain is a plus 📩 Interested candidates can send their updated CV to: [Raju.karri@accordinnovations.com]

What happens when microfrontend architecture meets AI coding agents? At DevTalks Romania 2026, meet Alexander Günsche, Senior Solutions Architect at AWS, with his session: “Interface Contracts in Event-driven Microfrontend Architectures - From Team Autonomy to Agentic Coding.” As applications grow, the challenge isn’t just scaling systems, it’s keeping teams autonomous without creating architectural chaos. Alexander explores how contract-driven microfrontend design, event-driven patterns, and formal interface boundaries do more than help human teams collaborate. They may also be exactly what AI coding agents need to operate effectively. If you’re thinking about modular systems, frontend evolution, or how AI changes software architecture, this is one to catch. 📍 Web Stage- Romexpo, B1 Pavilion. 📅 June 3–4, Romexpo 🎟️ Tickets available now: bit.ly/4pGgZa9

🎤 𝗥𝗼𝗯𝗲𝗿𝘁 𝗠𝗮𝗶𝗲𝗿-𝗦𝗶𝗹𝗹𝗱𝗼𝗿𝗳𝗳 @RmRobsen joins us on stage! 👀 𝗠𝗶𝗰𝗿𝗼𝗳𝗿𝗼𝗻𝘁𝗲𝗻𝗱-𝗣𝗹𝘂𝗴𝗶𝗻-𝗦𝘆𝘀𝘁𝗲𝗺: Architecture, Challenges, and Lessons Learned 🗓 May 21, 18:00 @Lean_Coders 👉 bit.ly/42ZqOWX #meetup

Speaking at @kc_dc in September! 🎙️ I'll be showing a Microfrontend architecture using @rspack_dev 2.0 with streaming and Suspense. If you're on a big React team and struggling with codebase complexity — this one's for you 🫵 kcdc.info/

aliás, criar uma BOA ESTRUTURA de microfrontend que te permita carregar componentes dinamicamente com rolling release, de forma segura prevendo cenários SSR: é o máximo pra trampar com AI! <3 mudanças granulares e objetivas, release rapida, claude feliz, vc feliz, produto feliz

Spent months doing Micro-FE wrong. Micro-frontend architecture for scalable apps Wrote it down so you skip my mistakes 👇 kubaik.github.io/micro-fe #DevOps #WebDev #Frontend #MicroFrontend #SingleSpa #FrontendArchitecture

criei uma engine de microfrontend costurada pras necessidades do meu time - bem simples, um componente empacotado que conversa com uma CDN que fornece codigo versionado (tbm empacotado) pra SSR ou Client - demorei 3 dias pra fazer usando AI - resolva abacaxis 👍 bom demais

I’m confused at how someone in tech doesn’t just see the themed stripe microfrontend

Continuing to build out my microfrontend tooling stack — this time with a package focused on analyzing shared dependencies in Module Federation. 👉 github.com/zvitaly7/mf-toolk…

How do I handle microfrontend SPAs in TSS? I deploy many SPAs separately and stitch together in a host app. Can this be done without unifying all in one app for TSS?

Learn how AI and micro frontends combine to build self-adaptive, personalized web apps with a layered architecture of ML, orchestration, and modular UI. - hackernoon.com/ai-powered-mi… #ai #microfrontend

Te olvidaste de meterle microfrontend

Join Nestor Lopes for a 1-hour Module Federation workshop! Learn to implement it across frameworks, explore microfrontend patterns, and see how Zephyr Cloud simplifies orchestration. Perfect for devs leveling up their architecture skills. 🎟️ london.cityjsconf.org/

You can run Vercel's CDN in front of any app. We use it for our Discourse community. They back our forum, then the CDN gives us DDoS protection, bot management, and microfrontend support to build custom features and pages. Here's our setup ↓ vercel.com/blog/how-we-run-v…

...and now people will do that on their component that is used to upload pdfs. Maybe they will also shove a microservice and a microfrontend while they're there.