Pauline E. Ranger The technical Debt that an organization incurs due to a suboptimal IT infrastructure can be a major financial burden. As with traditional financial debts, steps and processes can be implemented to mitigate and manage the risk. This article explains how CFOs may be able to reduce their technical Debt.
What if you didn’t know how much Debt you owed? Not knowing how much Debt your business has or the extent to which it is preventing it from implementing improvements, responding to changes in the market, or even changing its entire direction would be a very uncomfortable situation.
What if anyone within your organization was able to incur debts without asking for permission? Your head of real estate could, for example, quickly sign a multi-year rental agreement with a low rent in year one but significantly higher rents the following years – without anyone disclosing this information.
It’s not uncommon for businesses to engage in this kind of governance. This “debt,” however, does not take the form of traditional financial instruments we are all familiar with.
Technical Debt has all these characteristics
In its simplest form, Debt is borrowing today and promising to pay it back in the future. When borrowing today will result in a better future, such as buying a home or paying for college, Debt makes sense. Debt is bad when it leads to a poorer tomorrow. For example, borrowing for a dinner out and charging it to your credit card, which you will not pay back immediately, is a bad debt.
Debt can be beneficial for a corporation when it’s used to fund investments with a higher return than the cost of the. You may want to consider Debt if you intend to sell the business before the due date. Debt is a real expense that can reduce cash flow and profits. It also limits flexibility and may even lead to bankruptcy.
Technical debt”)–also has many similarities and must be managed and entered into with deliberate intent. It is likely worth it if it helps your company get ahead of the competition. It is also worth taking on Debt to fix a security flaw that could be very serious.
Technical Debt can lead to inefficiency or inertia, such as when a department refuses to use the software of another or you repeatedly delay an upgrade to meet short-term financial goals.
What is Technical Debt, and How Can It Be Reduced?
Technical Debt has been widely used in the technical community ever since Ward Cunningham, a computer programmer, coined it in 1992. The term has gained popularity in recent years and is now a major topic of discussion with the rise of agile programming. This article does not discuss programming methodologies but rather its strategic implications.
TechnicalDebtt can be defined as the incremental costs and loss of agility that your company suffers because of decisions made in order to save money or time when implementing or maintaining new systems. This occurs when code is too complex or techniques are not integrated properly. It can be due to many reasons, such as inefficiency, concerns about time to market, or using outdated software versions.
Examples of clear examples include:
You can’t use new software or apply a security update if you are using an old version of Windows
ERP systems are stuck in a cycle of customization and age and can’t be updated without a “rip-and-replace” effort.
The same systems can be used in different parts of the organization to perform similar functions.
The diagram below can help you understand how tech debt is different from other technology implementations within a company. TechnicalDebtt can be mistaken as a bug. However, its presence is not always obvious. The danger is that the longer the Debt is ignored, the greater the impact in the future.
I was struck by how similar the technicalDebtt and traditionalDebtt are. I was also surprised by its opaqueness and high risk. FinancialDebtt is easy to understand for those with a background in finance. It’s measurable and easily calculated. TechnicalDebtt is not as well understood. It’s often mistakenly viewed as someone else’s problem.
What are the costs of technical Debt, and do they exist?
Cash costs are real. Soft prices are important and should be measured separately as well as managed. Below, I will give some examples.
Market Intelligence
Inability to adapt quickly to changes or opportunities in the market.
Reduced ability of data to be converted into information for better decision-making.
There are multiple versions of the truth.
Productivity
System outages can reduce staff productivity.
Staff that is less productive and spends more time extracting data and manipulating it than analyzing it.
Derailment of management’s attention and time if there is a major breach in security.
When comparing technicalDebtt with financialDebtt, the main difference is that the first has no formal control. FinancialDebtt is usually monitored by credit committees and asset and liability teams. Treasury staff also monitors levels. TechnicalDebtt is a different story. In traditional businesses, there are very few controls in place.
How and why technical Debt is incurred
The board, along with the CFO and CEO, typically determines the capital structure for traditional Debt. This includes how much equity is to be raised, how much Debt will be issued, and the type of Debt that will be used (unsecured, asset-based, or revolving). The cap table even specifies whatDebtt will be repaid and when. After this formal decision is made, a structured procedure is initiated to raise the Debt.
Lenders assess the ability to repay Debt by considering its history of repayment, credit ratings, and the quality collateral that backs it. TechnicalDebtt does not go through any of these formal processes, quantifications, or sign-We. We’ll look at the process of accumulating technical Debt to see how and why it happens.
Time constraints lead to compromise
In business, time to market is crucial. When new technologies can be implemented on an independent basis, they are much quicker to implement. This has the unfortunate consequence that other systems will not be synchronized. This may not be a big deal for organizations that have a lean tech stack.
As system configurations become more complex, it becomes more problematic. In the end, technology automates and captures data, which is then transformed into information. The lack of integration in technology results in multiple versions and business processes that do not work together.
If time is compromised for speed, testing protocols may be ignored or waived. This results in”bugs,” which manifest as system degradation and divert developer time.
When we consider the impact of tech debt, the more time that passes, the greater the effect. A small code refactoring can turn into a modernization and replacement project.
