Pains

Vue.js lacks scalability and is not suitable for large-scale enterprise projects due to its narrow community, lack of corporate backing, and limited support infrastructure compared to React or Angular.

GDB and its frontends are significantly less user-friendly than Visual Studio's debugger. They have a steep learning curve, and discovering and configuring advanced features (e.g., build-id directories, substitute-path) requires extensive effort.

Some Linux distributions ship with outdated desktop environments (like very old GNOME versions) and fail to provide timely updates. Using unacceptable base versions (e.g., 22.4 in 2025) creates a poor user experience and limits access to modern features.

Earlier versions of Linux distributions could not boot with Secure Boot enabled, forcing users to disable this security feature entirely. While this has improved, it historically created a security-usability tradeoff.

Certain Linux distributions maintain outdated package versions in their repositories and don't update frequently enough. Alternative packaging formats attempted as solutions (like Flatpak forks) lack functionality and provide minimal improvement.

Stripe Radar's fraud prevention tool produces too many false positives, blocking legitimate customers especially for digital goods and international buyers. The tool lacks transparency in how it scores transactions, making it difficult to adjust settings or understand why charges were blocked.

Linux forces users to open a terminal for routine operations like installing software, fixing dependencies, and setting up drivers. This creates poor UX even for developers who prefer GUI-based workflows.

Managing email templates requires running separate dev commands for local repositories and email services, creating operational friction. The workflow lacks integrated version control, code review processes, and team collaboration capabilities.

Developers must support multiple display protocols—X11 and Wayland—as Linux transitions from X11 to Wayland. Not all distributions have fully adopted Wayland, and XWayland compatibility is inconsistent, causing software to run less smoothly than on X11.

Linux distributions are dropping default 32-bit support libraries, preventing users from running 32-bit software on 64-bit systems and reducing available software compatibility.

GNOME 2 was completely incompatible with GNOME 3, breaking all installed addons and presenting a completely different UI, creating a disruptive upgrade experience.

EGL requires separate extensions for basic GPU functionality (existence, enumeration, info retrieval) with inconsistent implementation across platforms, in contrast to Windows' unified DXGI API with clear documentation and guaranteed availability.

Desktop environment frameworks restrict language choices: KDE requires C++ and Qt, GNOME favors JavaScript, with Rust largely unsupported and minimal learning resources. Developers using Kotlin, Swift, Java, or Objective-C are unable to contribute.

Linux distributions have historically required users to possess detailed technical knowledge before installation, making the process unintuitive and inaccessible for average users and beginners. While improving, installation remains a barrier compared to mainstream operating systems.

Stripe's practice of continually adding and reworking dependencies (e.g., Redis for rate limiting) requires developers to install and configure new tools locally. Updating configuration across developer laptops is challenging and often left to informal word-of-mouth communication.

Stripe's documentation lacks clarity and comprehensiveness, leading to increased development time. 47% of developers report unclear API guidelines as a leading cause of project delays.

Supporting multiple currencies and regional regulations adds significant complexity. Developers must understand currency conversion processes and region-specific rules to maintain seamless transactions.

Developers struggle with managing asynchronous actions when making multiple Stripe API calls. Dealing with callbacks and promises becomes tricky when coordinating responses from different endpoints, particularly around error handling and retry logic.

Subscription services often require tiered or variable pricing strategies that Stripe's standard model doesn't natively support, necessitating custom development.

Stripe's API rate limits (100 requests/second) are easily exceeded during normal operations. 30% of applications exceed their limits without proper monitoring, leading to service disruptions and 429 errors.

Developers struggle to optimize payment system performance as slow processing times degrade user experience and customer satisfaction. Minimizing API calls, implementing caching, and optimizing code requires careful consideration and testing.

Stripe's transaction fees (2.9% + £0.30) are competitive but not the lowest in the industry. Additional charges for chargebacks, international transactions, and premium support accumulate unexpectedly, making it difficult to forecast expenses and maintain sustainable profit margins.

Stripe frequently updates its API and deprecates features, causing 25% of developers to face integration disruptions due to outdated API practices. Staying informed on changes is labor-intensive.

Stripe is optimized for card payments and US-centric payment methods but has limited support for local payment methods that dominate in regions like Europe, Asia, and South America. Businesses operating internationally cannot fully serve their regional customer bases.