The hottest Technical Debt Substack posts right now

And their main takeaways
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Top Business Topics

Why Does Development Slow?

Software Design: Tidy First? • 2143 implied HN points • 19 Nov 25
🕹 Technology Technical Debt
  1. Software seems fast at first because the codebase starts with lots of options, but each feature you add burns options and over time complexity, bugs, and compatibility needs make progress slow.
  2. Every feature gives immediate value but also reduces optionality for future work, so shipping more features makes later changes harder and costlier.
  3. To keep momentum, alternate shipping features with deliberate work to restore or increase optionality—tidying, refactoring, or redesign between features so future work stays easier.

Tidy First? in One Page

Software Design: Tidy First? • 1237 implied HN points • 16 Feb 24
🕹 Technology Technical Debt
  1. Resistance to tidying in software development can come from various angles like product managers and colleagues.
  2. To ensure lasting change in software development, there needs to be a partnership between implementors and executives.
  3. Creating a 'Surprise Factory' in software development involves incorporating software design in the right proportions and at the right times.

Engineering Management: Dealing with the Broken Window effect, understanding Resistance and Objections to Quality

🔮 Crafting Tech Teams • 79 implied HN points • 14 Mar 24
🕹 Technology Technical Debt
  1. The bar for quality is defined by influential leaders and can evolve over time based on business needs.
  2. Stakeholders may request changes to either increase or decrease quality based on signals like bugs, morale, and process burden.
  3. Resistance should be considered when changes to quality are ignored to avoid negative impacts.

RDEL #24: How does technical debt impact software engineering morale?

Research-Driven Engineering Leadership • 119 implied HN points • 08 Jan 24
🕹 Technology Technical Debt
  1. Technical debt negatively impacts developers' morale by reducing their confidence and hindering their progress
  2. Proper management of technical debt can have a positive influence on developers' morale as it is associated with progress and gratitude
  3. Dealing with technical debt thoughtfully and having a plan to repay it frequently can help minimize its negative impacts on engineering teams

The term "technical debt" is bad, and we should feel bad

Bad Software Advice • 82 implied HN points • 21 Jul 25
🕹 Technology Technical Debt
  1. The term 'technical debt' can confuse people and isn't very helpful. It makes it sound like a mistake when it’s often just how things change over time.
  2. Technical projects often struggle for attention because they're not seen as urgent or important compared to other tasks. This makes fixing issues harder.
  3. Instead of thinking about technical problems as debts to be paid back, we should see them as regular maintenance needed to keep things working well and up-to-date.
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What To Do When You're Stuck At A Business That Doesn't Care About Data Science

High ROI Data Science • 357 implied HN points • 27 Feb 23
💼 Business Technical Debt
  1. Many data scientists in companies that don't prioritize data science end up doing basic reporting and analytics.
  2. Technical management in such companies often lack the understanding and incentives to support data initiatives.
  3. Navigating a lack of data culture and strategy in a company requires significant effort but can lead to valuable career opportunities.

To hack or not to hack

Sunday Letters • 179 implied HN points • 24 Jan 22
🕹 Technology Technical Debt
  1. In software development, it's a challenge to choose between making a general solution or focusing on a specific problem. Both approaches have their pros and cons.
  2. If you hack your code without planning, it can become messy and hard to manage. But if you overthink it and try to make it too general too soon, you might waste time and effort.
  3. To find the right balance, ask how hard it is to change things later and how long the general solution will take to pay off. It's about making smart decisions based on the problem at hand.

How to code for the future

CodeFaster • 36 implied HN points • 19 Nov 24
🕹 Technology Technical Debt
  1. When coding for the future, it's important not to create more work for yourself later. Focus on avoiding technical debt instead of trying to predict every future need.
  2. Don't go overboard with coding. Keep your code simple and flexible, ensuring it can adapt to changes without adding extra complexity.
  3. Instead of trying to build reusable programs from the start, solve the immediate problem first. You can refactor and create reusable parts later if needed.

Tech Debt

The Weekly Gazette • 26 implied HN points • 27 Oct 24
🕹 Technology Technical Debt
  1. Software systems, like the one behind HealthCare.gov, often fail due to poor planning and shortcuts taken during development. This can lead to major issues when many people try to use the system at once.
  2. Cybersecurity programs can unintentionally cause widespread problems. For example, a failed update from a security company led to major outages and millions of dollars in losses.
  3. Technical debt accumulates when programmers prioritize quick solutions over solid code. While it can't be completely avoided, it's important to understand and manage it to prevent future issues.

Startups and Crippling Technical Debt

Polymath Engineer Weekly • 31 implied HN points • 27 May 23
🕹 Technology Technical Debt
  1. Startups can face challenges with technical debt as they aim for rapid growth, impacting software delivery and hindering future success.
  2. As startups grow, diverse technology adoption can lead to fragmentation, complicating development and increasing technical debt accumulation.
  3. Investing in healthy codebases, engineering processes, and sustainable foundations early can provide startups with a competitive advantage and avoid costly migrations.

What Is Yak-shaving?

Load-bearing Tomato • 7 implied HN points • 15 May 24
🕹 Technology Technical Debt
  1. Yak-shaving happens when you start a task and then realize it leads to a bunch of other unrelated tasks that you didn't expect. It's like going to wax your car and ending up at the zoo, needing to shave a yak instead.
  2. This situation often arises from not understanding the dependencies of a task before you start working on it. Properly planning and identifying prerequisites can help avoid getting tangled in unnecessary tasks.
  3. To prevent yak-shaving, it's important to scope tasks carefully and flag assumptions early. Being aware of how tasks connect can help you manage time better and avoid going down rabbit holes.

Burkhard on Qt Embedded Systems: No. 3

burkhardstubert • 19 implied HN points • 29 Feb 20
🕹 Technology Technical Debt
  1. The Qt Company should offer different pricing options for their software to accommodate various project needs. This would help developers find a pricing plan that fits their budget and offer varying levels of support.
  2. Making Qt relocatable can simplify the installation process for different development environments. This flexibility allows teams to build their own versions more easily and adapt to their specific needs.
  3. Integrating multiple electronic control units into a single super ECU, like Tesla does, can improve efficiency in agricultural and construction machinery. It can reduce costs and streamline software updates, which is crucial for modern technology.

How to understand deadlines (as a developer)

Bad Software Advice • 0 implied HN points • 28 Jan 25
🕹 Technology Technical Debt
  1. Deadlines can make developers feel rushed and stressed. It's common to make quick fixes that won't last, leading to more work later.
  2. Developers often don't see the bigger picture of a project. They might not understand why a 'bad' version of a product is needed to learn what works best.
  3. Not every project needs to be perfect from the start. Sometimes you need a rough version to figure things out before building something better.

🐿️ Bypassing Technical Debt - The Insanely Profitable Tech Newsletter

Squirrel Squadron Substack • 0 implied HN points • 14 Jan 25
🕹 Technology Technical Debt
  1. Avoid doing a total rewrite of your software, as it often leads to mistakes. Instead, make small, incremental changes to improve what you have.
  2. Technical debt is a common issue in tech. Learning to manage and refactor it can lead to better software over time.
  3. Just as our bodies have remnants of evolution, software can have old parts that still serve a purpose. It's important to understand their history before trying to remove them.

When Looking Back at Legacy Code, All You Really Want to Think Is: "This Is Reasonable"

Andrew’s Substack • 0 implied HN points • 16 Oct 24
🕹 Technology Technical Debt
  1. Legacy code should be clear and understandable. The goal is for developers to look back at it and think, 'This makes sense.'
  2. Good legacy code is simple, consistent, and has clear documentation. This helps new developers quickly understand it without getting lost.
  3. Investing time to write clear, well-documented code saves headaches later. It makes maintenance easier and helps new team members get up to speed faster.