Startup Engineering

This article explains feature flags as a tool for decoupling code deployment from feature releases, allowing founders to manage risk and test ideas in real time.

Microservices break applications into loosely coupled services. This guide explains the architecture, contrasts it with monoliths, and highlights the right time for startups to adopt it.

A dark launch is a technical strategy where new features are released to a subset of users secretly to test performance and stability before a full public unveiling.

This article defines decoupled architecture and explains how autonomous software components communicate, helping founders understand the trade-offs between modularity and system complexity as they scale their businesses.

A monolith is a software application built as a single, unified unit. For startups, this architecture often provides the speed and simplicity needed to reach product-market fit.

A component library is a centralized repository of reusable UI elements that streamlines design and development, ensuring consistency across a startup’s digital products while reducing technical debt.

An introduction to the CAN Bus standard for hardware entrepreneurs, covering its architecture, reliability advantages, and specific use cases in building complex physical products.

CI/CD automates the stages of app development. It helps startups merge code, test reliability, and deploy updates to customers faster and with fewer errors.

Internationalization is the strategic engineering process of designing software to adapt to various languages and regions without changing the underlying code structure.

Refactoring is restructuring code without changing external behavior. It is essential for reducing technical debt and maintaining development speed in startups.

Legacy code is software relying on unsupported technology. Learn to manage it without stalling growth or attempting dangerous rewrites.

Hardware-in-the-Loop is a testing technique where a real embedded controller interacts with a simulated physical environment to validate systems safely and efficiently.

ROS is a middleware framework essential for modern robotics. This guide explains how it accelerates development, its architecture, and the strategic choice between ROS 1 and ROS 2.