3 Nightmares of Software Development

Whether you’re a junior or an experienced developer, you’ve probably encountered the following issues. Unfortunately, it’s not just developers who are familiar with them — their clients know them too. What are the most common f*ck-ups each of us experiences at some point? What keeps developers up at night? And how can they be avoided? You’ll enjoy the following read whether your role in software development is at a managerial level or you’re one of the more junior members of the team.

Time is money, and mistakes cut straight through the budget. Inefficiently managed and maintained development can be very costly, as it affects system architecture, employee satisfaction, and customer experience. There are certainly many more reasons, but we will focus on what we consider the three most critical ones. For each, we also explain how we address these problems — so perhaps your next f*ck-up might still have a happy ending. This approach works well for our team, but something different may suit yours better, and every approach should be adapted to the specific needs of your team.

The “Let’s Just Do It” Rush

The choice of which projects to take on and how to approach them is unfortunately often not based on sufficient research, analysis, and planning, but rather on the persuasive abilities of leadership. The reasons tend to repeat themselves — for example, a lack of resources and capacity for thorough strategic planning, because the team has long been drowning in operational tasks. This problem occurs especially when a team has more opportunities than it can realistically handle.

The result may be targeting an industry that leadership does not fully understand, or taking on many unrelated projects and technologies that the team — especially with turnover — struggles to maintain.

The consequences are more visible than the causes of this issue — delivery quality decreases because management is under pressure from finances and deadlines. Leadership’s dissatisfaction can easily spread across the entire team.

How does this affect a developer? Developers typically don’t want to write things twice or repeatedly explain their code. They aim to write generic, scalable, and readable code. When lacking experience or working under pressure, they may resort to copying entire blocks of code (functions, components, services, external packages) within a single application because they don’t know how to write reusable and efficient solutions. This leads to so-called “spaghetti” architecture, which is very demanding in terms of maintenance and expansion.

“Uncontrolled decision-making about which direction to take isn’t just a problem in software development. If project leadership doesn’t manage its own path, it can hardly make the right decisions at a career level.”

How do we approach this?

Instead of a purely technocratic approach, we give development direction and create strategy. We only start a project if it aligns with our mission and plan. If, after proper research, a project gains sufficient priority, we move forward with it enthusiastically.

Over-Engineering

In the context of software development, this means applying too many approaches or technical solutions that are excessive and unnecessary for the given situation. The result may be sophisticated, but also complex, time-consuming, and unnecessary when a simpler solution would have been entirely sufficient. This approach can lead to increased costs, delivery delays, and complicated maintenance in the future. It is especially common among less experienced team members. What impact does it have on individual roles within the team?

• Developer – Wants clean code, modern technologies, and ideally to automate all operational tasks outside of creative problem-solving (e.g., deployment, versioning, testing, and documentation). Enjoys learning and exploring new approaches and technologies. All of this can lead to deep immersion in a specific problem. While coming up with a brilliant solution takes time and out-of-the-box thinking, it is easy to lose sight of the bigger picture.

• Designer – Likes to unleash creative talent, ideally on a blank canvas without technical or financial constraints, which presents so many possibilities that over-engineering can occur and the planned budget can be exceeded. On the other hand, sticking too rigidly to templates can suppress innovative and simpler solutions. This may result in unnecessarily complex approaches that increase time demands.

• Tester – Looks at the application and its functions or potential bugs from many perspectives. The issue arises when testing scenarios that can never realistically occur (e.g., invalid data in a well-validated system) or when executing an entire testing suite at the wrong time due to fear of possible issues.

• Project Management – People responsible for projects like control and overview. They track numerous performance indicators. However, monitoring dozens of metrics in a crisis situation can lead to information overload, making it unclear which issue to address first. Poor decisions may result in micromanagement or long-term planning that is unrealistic.

How do we handle this? We approach development consistently from research through testing. We have established processes for key business and technical decisions. We do not reinvent what already exists and rely on proven and modern solutions. We use one transparent and easily understandable architecture that saves time. We work with a cohesive technology stack without introducing unnecessary alternatives. For more complex issues, team members consult each other to select the right solution.

Inefficient Processes

These can slow down software development, lead to unnecessary costs, and cause delays. Here we are referring to shortcomings within an established system that has room for improvement — not an organization operating in total or partial anarchy.

One such process issue is insufficient analysis and planning. Many teams try to start development quickly without proper requirement analysis, leading to ambiguity, misunderstandings, and unnecessary fixes during development.

Another inefficient process is poor communication within the team. If team members do not communicate continuously and effectively, unnecessary delays, errors, and misunderstandings may occur. A clear communication strategy and plan are essential.

Another problem is insufficient testing and validation of software. If a software product is not properly tested and validated, costly errors and issues may appear. A robust testing strategy and processes are necessary to minimize risks.

Another inefficient process is insufficient involvement of customers or end users in development. Without user involvement, the result may be software that does not meet real needs or market demands. Transparency regarding plans, budgets, changes, and challenges is essential.

Finally, one of the biggest issues development teams face is inadequate project management. Poorly managed projects often result in unnecessary delays and cost increases, negatively affecting both team collaboration and the product itself.

• Since project managers typically oversee multiple projects, they may not experiment with new leadership approaches or measurement methods. Sticking too long to established practices may prevent unlocking the full potential of the team.

• With insufficient planning and measurement, developers may overestimate time required to complete tasks. This can be abused to the point where leadership pays for high overtime that does not reflect actual work performed.

• If tasks are not prioritized correctly according to customer requirements and architectural impact, a project may even be prematurely terminated with mutual dissatisfaction.

• Leadership should also sufficiently focus on team and individual growth.

How do we approach this?

A lean approach is the core pillar of our operations. Our advantage is that our founder Jakub has spent time in each of the key roles within the software development process, making it easier for him to understand colleagues’ perspectives. Everyone has their own expertise and clearly defined responsibility. We complement each other, communicate openly and directly, and continuously improve. Clearly defined approaches and technologies ensure substitutability within the team. We continuously limit meetings to only the most essential ones. We also use process-based OKRs, KPIs, measure quality and development of both the team and the project. For development, we use agile rapid prototyping, SCRUM, and AI.

How can we summarize this?

Choosing the next project does not have to be based solely on intuition or impulse. Market research, analysis of alternative products, and risk evaluation can be conducted relatively quickly compared to the entire delivery process. Planning and measuring a project with quality results is less about time and more about research and understanding the market or user needs. If you fall asleep at the beginning, you will rush at the end and unnecessarily pressure the entire team. On the other hand, new projects backed by solid research and planning can be welcomed without fear of prematurely ending a “let’s just do it” rush.

Over-engineering manifests slightly differently in each development role, but the principle of solving it is similar. When facing an overly complex solution, it is desirable to reframe it, find a simpler approach, or iteratively revise it until reaching a lower and more appropriate level of complexity — or ideally prevent it from happening in the first place.

For effective process management, it is beneficial for leaders to experience the roles they oversee. This can be achieved through experience-sharing programs to better understand each other’s work. Based on that, measurable performance indicators can be established and processes gradually optimized. It is essential to implement processes that genuinely help teams achieve better results. Spending half the week sitting in meetings certainly does not belong among good processes, even though many companies struggle to let go of that approach.

Today, we discussed three very common pitfalls of software development. We explained their causes, impacts, and possible solutions. We wish you every success — and may software development bring you as much joy as it brings us.