Building predictable, low-latency SSR pipelines with Refine.dev and the Next.js App Router Server-side rendering in the Next.js App Router is powerful, and deceptively easy to misuse. A misplaced await, an auth check in the wrong component, or scattered data fetching can silently create cascading waterfalls, duplicated network
If you've ever shipped a RAG system into production, you already know the uncomfortable truth: these systems don't fail dramatically. They fail quietly. No alarms. No error stacks. No catastrophic crashes. One day the answers simply aren't as sharp as they used to be.
Every tap, swipe, and screen transition in your mobile app tells a story. But here's the challenge: if you're not listening to these stories, you're building in the dark. Event tracking isn't just about collecting data, it's about understanding user
Flutter is loved for its smooth animations, reactive UI, and consistent cross-platform behavior. Ask any engineer who's shipped a production-grade Flutter app, though, and they'll quietly admit one painful truth: Flutter apps can suffer from memory leaks, and they're far more common than most
While building internal engineering tools at Hoomanely for visualizing telemetry from our IoT devices, trackers capturing motion and position data, EverBowls measuring weight and behavior signals, EverHubs aggregating sensor data at the edge before cloud upload, all of it flowing through GraphQL APIs into dashboards built on the Next.js
AI assistants are becoming deeply embedded across apps, devices, and internal tools. They read context, recall previous turns, guide users through troubleshooting, analyze data, and invoke tools on behalf of the user. Yet the systems beneath them, models, prompts, routing layers, retrieval indexes, formatting logic, safety filters, are in constant
Mobile apps now depend on real-time camera pipelines more than ever. Whether you're scanning QR codes, running on-device AI, analyzing food labels, previewing AR overlays, or streaming video, smooth, uninterrupted camera frames are critical. Here's the catch: mobile devices are unpredictable. CPU spikes, GPU contention, thermal
Picture this: you've just unboxed your new smart device. No screen, no buttons, no USB port. How do you tell it your Wi-Fi password? This seemingly simple problem has frustrated IoT teams and users for years. The solution is Bluetooth Low Energy acting as a temporary bridge to
At small scale, an internal event bus feels magical. One team adds "user.session.started," another listens and fires analytics, another triggers notifications. No coordination meeting, no new REST endpoints, just vibes. Fast-forward a year: you've got dozens of topics, half a dozen "user.*"
Social feeds are the backbone of modern community apps, but they're also notorious performance bottlenecks. Users expect Instagram-level smoothness while scrolling through hundreds of posts, instant responses to interactions, and seamless offline access. The challenge is delivering all of this without burning through device resources or overwhelming your