In this blog, I’ll discuss the concept of technical debt. This is a powerful metaphor. It relates regular debt to the creation or improvement of products and/or services.
You’ll learn its evolution from humble beginnings in software development. It has become a universal approach to project and business improvement.
I will constantly refer to its first use in software development, but I want you to be thinking here today about its application in just about any industry, electronics, aeronautical, aerospace, banking, pharmaceuticals, startups, and so on…
If you are involved in any sector, listen carefully. Are you looking for an efficient, effective, and profitable business? Then stay to the end of this podcast!
I’m your host, Dave Litten, and today we’re tackling a topic that’s probably lurking in your projects right now—technical debt.
It’s a sneaky challenge that affects not just software but industries like aerospace, banking, startups, and more. Stick around to learn what it is, why it matters, and how to manage it like a pro. Let’s dive in!
So, what’s technical debt?
Think of it like borrowing money to finish a project faster. In 1992, Ward Cunningham, a brilliant guy, coined the term. He explained why rushing code can be a strategic move. He said, and I quote,
“Shipping first-time code is like going into debt. A little debt speeds development. This is true as long as it’s paid back promptly with a rewrite. But here’s the catch. If you don’t pay it back, it’s like interest piling up. That quick fix you wrote. It will grind your entire team to a halt if you let it fester”
Now, technical debt isn’t just a software thing. Whether you’re building rockets or designing electronics, technical debt includes any shortcut or outdated solution. It lets you move fast today but costs you tomorrow. It’s universal, and in the 2020s, it’s a critical concept for anyone aiming to run an efficient, profitable business.
Technical Debt types
Strategic debt. This is when you deliberately take a shortcut. You use a temporary fix to hit a deadline. It is also mean testing a market idea before your startup runs out of cash. Done right, this can be a smart move.
Second, there’s unintentional debt, which sneaks in through sloppy design, outdated tech, or skipping tests. Think of a design that made sense five years ago but doesn’t anymore because your business or tech has evolved.
Finally, there’s unavoidable debt. You can’t predict everything! As projects grow iteratively, early decisions need reworking as you learn more about what your product needs.
So, what does technical debt look like in practice? There is bad code design that’s hard to keep. You have known bugs you haven’t fixed. It also involve manual testing when automation would save time.
Maybe you’re stuck with a legacy system—like a mainframe running COBOL with no COBOL experts left on your team. Or it’s poor integration processes that make every release a nail-biter. These are all forms of debt that slow you down.
Now, don’t panic—technical debt is manageable! But ignoring it? That’s where things get messy.
Technical debt consequences
First, there’s the unpredictable tipping point. Technical debt grows non-linearly, and one day, your project hits a wall. A small change becomes a massive ordeal, and chaos creeps in.
Then there’s increased time to delivery. Every shortcut you took borrows time from future work, slowing down new features or fixes. Defects pile up. Complex systems with heavy debt breed bugs. These bugs can cause critical failures. They eat into your team’s time for value-added work.
The costs don’t stop there. Development and support expenses skyrocket as simple tasks become complex. What used to be a quick fix now costs a fortune.
This can make your product less competitive, less appealing to customers, and harder to adapt to changing markets.
Predictability tanks, estimates become guesses, and trust erodes between your team, your business, and your customers.
Morale takes a hit, too. Experienced team members even jump ship, leaving you in a deeper hole. And let’s not forget the customers, they’ll feel the frustration when your product under-performs or fails.
Sounds grim, right? But here’s the good news: you can take control. Let’s talk strategy.
Step one: spot the debt.
Regular code reviews, automated testing, and tracking your tech stack can help you spot issues early. For non-software folks, this means auditing your processes or equipment for inefficiencies.
Step two: prioritize.
Not all debt is urgent. A security flaw? Fix it now. A clunky internal tool? Maybe it can wait. Try reserving 10-20% of your project time for “paying down” debt—refactor code, automate tests, or update outdated systems.
Step three: communicate.
Get your team, stakeholders, and even non-technical managers on board. Explain technical debt in terms they get—like how it saves money long-term or keeps customers happy.
Use analogies, like comparing it to maintaining a car to avoid a breakdown. And don’t forget to celebrate wins! When you clear out a nasty bug or streamline a process, give your team some recognition. It keeps everyone motivated.
Technical debt tips to stay ahead
First, build a culture of quality. Train your team on best practices—whether it’s coding, engineering, or process design—to avoid reckless debt.
Second, embrace iterative learning. As you gather feedback from users or markets, evolve your designs to match.
Third, balance speed and quality. Sometimes, a little strategic debt is okay but always have a repayment plan.
Technical debt is like that leaky pipe you keep ignoring—it won’t fix itself. Yet, with the right approach, you can keep it under control. This helps you build projects that thrive.
Whether you’re coding an app, designing a plane, or launching a startup, understanding technical debt is crucial. Managing it effectively is your ticket to success. That’s all for today, if this sparked some ideas, share them with your team.
I’m Dave Litten, your guide to making projects shine. Until next time, keep building, keep learning, and keep delivering positive impact. Bye for now!
