AI is changing how we build websites and applications. But while getting started has never been easier, keeping everything running safely and smoothly is another story.
Not long ago, building an app required programming knowledge, technical resources and considerable time. Today, someone with a good idea and an AI tool can create a working prototype in hours.
This growing trend, known as vibe coding, allows people to build software by describing what they want in everyday language. AI generates the code, designs interfaces, and helps bring ideas to life.
For entrepreneurs, startups and small businesses, the possibilities are exciting. Vibe coding reduces barriers, encourages creativity, and makes experimentation more affordable.
But there is an important question worth asking: What happens after the app is built?
An application might look great and perform well during testing. But real-world demands introduce challenges that aren't always visible.
What happens when hundreds of customers log in simultaneously? When a payment fails halfway through processing? Or when someone attempts to access sensitive business information?
Behind reliable software are systems that manage traffic, protect databases, secure user access, monitor performance, and recover from failures.
These include load balancing, database optimisation, encryption, automated backups and continuous monitoring.
AI can generate code for these functions. However, knowing which safeguards to implement, how they interact, and whether they work correctly requires careful evaluation.
The risks are worth considering.
Verizon's 2026 Data Breach Investigations Report examined more than 22,000 confirmed data breaches worldwide. It found that exploitation of software vulnerabilities accounted for 31% of breaches.
Meanwhile, the Identity Theft Resource Center recorded 1,803 data compromises in the United States during the first half of 2026 alone.
IBM's 2025 research placed the global average cost of a data breach at US$4.44 million.
These incidents are not all necessarily linked to vibe coding, but they highlight why security cannot be an afterthought, regardless of how software is developed.
Building software is one thing. Maintaining it is another.
Applications need updates, security patches, troubleshooting, performance improvements, and ongoing support. The recent worldwide PHP security alert brought this to light very clearly.
Moreover, one developer may successfully build an entire application. But what happens when that person becomes unavailable, moves on to another project or cannot respond during an emergency?
Depending on the application's complexity, a team with expertise in software development, cybersecurity, infrastructure, and technical support can provide greater continuity.
Vibe coding is not the enemy of professional software development. It is another powerful tool that can make innovation faster and more accessible.
The key is knowing when to experiment independently and when to involve experienced professionals.
AI can help turn an idea into an application. The right expertise, planning, and ongoing support help turn that application into a dependable business solution.