However, when shortcuts are taken in the name of speed, it leads to technical debt, inconsistencies, and a maintenance nightmare down the line.
Many inexperienced or rushed suppliers often cut corners, making small decisions that seem harmless at the moment but snowball into major issues. Let’s explore some poor software setup practices and contrast them with proactive, experienced development approaches.
Rushed vs Structured Development Approaches
1. Styling Without Centralised CSS
❌ Lazy Approach
Embed styles directly within pages rather than using a central CSS file.
Creates multiple button classes with slightly different styles because they forgot the existing ones.
Hardcodes colours, fonts, and margins directly into HTML elements instead of using reusable styles.
✅ Proactive Approach
Uses a structured CSS framework where styles are centrally managed.
Defines global classes for buttons, headers, and other UI elements to maintain consistency.
Implements variables in CSS (or a preprocessor like SCSS) for colours, spacing, and typography, ensuring a single source of truth.
Why It Matters: A centralized approach ensures that a change to a button style reflects across the entire site, eliminating inconsistencies and reducing the time spent hunting for rogue styles.
2. Poor Management of Validation and Regex
❌ Lazy Approach
Defines regex validation rules individually in each form field.
Hardcode validation rules directly into multiple places in the code.
Fails to document regex patterns, leading to inconsistencies and hard-to-debug validation issues.
✅ Proactive Approach
Stores regex validation rules as global constants or reusable functions.
A single validation method is applied across all relevant fields to ensure uniformity.
Documents and maintains a validation standard to prevent inconsistent rules across different parts of the application.
Why It Matters: Defining validation rules in a central location makes updates easy and ensures consistency across all forms in the system.
3. Hardcoded Values and Magic Numbers
❌ Lazy Approach
Hardcode prices, tax rates, or other business-critical numbers directly in multiple locations.
Uses fixed numeric values in calculations without clear documentation.
Requires developers to search the entire codebase when a value needs updating.
✅ Proactive Approach
Stores all key numbers in global constants or configuration files.
Implements environment variables for values that may differ between testing, staging, and production environments.
Uses a configuration management system to control price updates from a single location.
Why It Matters: If a tax rate or price structure changes, updating a single value should be all that’s required rather than combing through an entire application to find and update hardcoded values.
4. Inconsistent HTML Structure and Headings
❌ Lazy Approach
Uses
<div>elements for all text without defining proper<h1>,<h2>, or<h3>tags.Resize text manually on each page instead of using CSS styles.
Creates accessibility issues by not structuring content correctly.
✅ Proactive Approach
Uses semantic HTML, ensuring proper hierarchy with
<h1>,<h2>, and<h3>tags.Defines text styles in CSS so heading sizes and spacing are uniform across the site.
Follows accessibility guidelines, improving SEO and user experience.
Why It Matters: Proper heading structure improves readability, accessibility, and SEO, while ensuring a consistent look and feel across the site.
How Quick Fixes Lead to Technical Debt
A lazy or rushed supplier might justify their choices by saying, “I don’t have time to structure this properly—I just need to make it work.” While this approach may show quick progress in the short term, it creates major problems as the project scales.
When corners are cut:
Bugs multiply because different elements that should behave the same begin behaving differently.
Making changes requires updating multiple instances instead of a single location.
The project becomes difficult to maintain as inconsistencies grow.
Expansion and feature additions take longer due to poor groundwork.
Why Proper Foundations Save Time in the Long Run
A proactive, experienced supplier understands that good groundwork leads to efficiency, easier maintenance, and a scalable product. Taking the time to plan, structure, and centralize the core elements of an application is an extra step. Still, it ultimately saves time, reduces errors, and ensures a more polished and professional final product.
In software development, as in gardening, taking shortcuts at the beginning will only lead to more work later. Lay the foundation properly, and you’ll build something that grows and thrives rather than something that constantly needs fixing.
If your system feels inconsistent, fragile, or full of small issues that keep adding up, it’s often the result of rushed development.
I help people clean up systems and fix the underlying problems properly.
If things feel more complicated than they should be, take a look at my TechFix service.