Planet RoadmapIf you have worked at a mid-size or larger software company, you have probably been asked to log your hours against project codes so finance can determine what counts as a capital expenditure. It feels like bureaucratic overhead, and most developers resent it. But CapEx time tracking exists for real financial reasons that directly affect your company’s valuation, tax obligations, and reported profitability. Understanding why it matters makes the process less painful and helps engineering leaders implement it without destroying team morale.
What Is CapEx Time Tracking?
CapEx time tracking is the practice of having software developers log their working hours against specific project categories so that a company can determine which portion of development labor costs should be capitalized versus expensed. Capitalized costs are recorded as an asset on the balance sheet and amortized over the software’s useful life, typically three to five years. Expensed costs hit the income statement immediately as an operating expense in the period they are incurred.
Developer labor is typically the single largest cost in software development, often representing 60 to 80 percent of total project costs. This makes time tracking the primary mechanism for determining how much a company can capitalize. The accounting standards that govern this process are ASC 350-40 under US GAAP for internal-use software, ASC 985-20 for software developed for sale, and IAS 38 under IFRS for international companies.
The Three Phases of Software Development
Under ASC 350-40, software development costs fall into three phases, and only one of them qualifies for capitalization. Getting this classification right is the entire point of CapEx time tracking.
- Preliminary Project Stage: All costs are expensed. This includes conceptual formulation, evaluating technology options, vendor selection, and strategic decisions about whether to proceed. These are exploratory activities with no certainty the project will move forward.
- Application Development Stage: Qualifying costs are capitalized. This phase begins when management authorizes and commits to funding the project and it is probable the software will be completed and used as intended. Capitalizable activities include design, coding, testing, and installation. Developer salaries for time directly on the project are the primary capitalizable cost.
- Post-Implementation Stage: All costs are expensed. This covers maintenance, routine bug fixes, training, and monitoring. The one exception is upgrades and enhancements that add genuinely new functionality, which may be capitalized if they meet the same criteria as the application development stage.
Why It Matters: The Financial Impact
The difference between capitalizing and expensing developer time has a direct and sometimes dramatic impact on a company’s financial statements. When costs are capitalized, they are removed from operating expenses for the current period, which means higher reported net income and, critically, higher EBITDA. Since many technology companies are valued using EBITDA multiples of five to seven times or more, every hundred thousand dollars in development costs that could have been capitalized but were expensed instead can reduce enterprise value by five hundred thousand to seven hundred thousand dollars.
This is not a theoretical concern. Companies approaching an acquisition, IPO, or fundraising round need accurate CapEx classification. Buyers and investors scrutinize whether R&D is properly capitalized. Under-capitalizing makes the company appear less profitable than it actually is, while over-capitalizing raises red flags about aggressive accounting. Getting it right requires the time tracking data to back it up.
On the balance sheet, capitalized software creates an intangible asset that improves metrics like return on assets. On the cash flow statement, the cash outflow is identical either way since you pay developers the same amount, but capitalized costs appear in the investing section rather than the operating section, which can make operating cash flow look stronger.
Tax Implications and Recent Changes
The tax treatment of software development costs has been through significant changes recently. Under Section 174 of the Internal Revenue Code, amended by the Tax Cuts and Jobs Act in 2022, all research and experimental expenditures including software development had to be capitalized and amortized over five years for domestic costs or fifteen years for foreign costs. This was a major shift from the previous regime that allowed immediate expensing.
However, the One Big Beautiful Bill Act passed in 2025 restored immediate expensing for domestic R&E expenditures. Companies can now deduct domestic R&E costs in the year they are incurred, though foreign costs still require fifteen-year amortization. Companies can also recover previously amortized costs from 2022 through 2024. This is a significant relief, but it only applies to tax reporting. For GAAP financial reporting purposes, the capitalization rules under ASC 350-40 still apply.
Why Not Just Expense Everything?
This is the question every engineering leader asks, and there are legitimate arguments on both sides. Expensing everything is simpler. There is no time tracking burden on developers, no complex accounting classifications, and no audit risk around feasibility determinations. The approach is also more conservative, which investors and analysts generally prefer. Companies like Alphabet, Amazon, and Meta do not capitalize R&D costs, treating ongoing product innovation as current-period expenses.
The practical reality of modern agile development makes capitalization harder too. A single sprint can mix research, new feature development, bug fixes, and maintenance. The clean phase-based model that ASC 350-40 assumes does not map neatly to how software is actually built today. One Deloitte study found that 40 percent of agile-adopting firms struggle with this, sometimes leading to restatements or compliance issues.
But expensing everything comes with real costs. If your software development clearly meets capitalization criteria, failing to capitalize may not comply with GAAP or IFRS. More practically, it directly reduces your EBITDA, which at typical valuation multiples means significant lost enterprise value when you go to raise money or sell the company. If your competitors capitalize properly and you do not, your financial metrics look worse in direct comparison. For early-stage startups with no near-term liquidity event, expensing everything for simplicity may be the right call. For companies approaching an exit, proper capitalization is essentially mandatory.
The Developer Experience Problem
The biggest practical challenge with CapEx time tracking is that developers hate it. Time tracking interrupts flow states, feels like a signal of distrust, and the purpose of satisfying accountants feels disconnected from the actual work. Studies consistently show it reduces morale, and the data it produces is often questionable since timesheets are typically completed retrospectively on Friday afternoons based on memory rather than reality.
Classification complexity makes it worse. Developers are not accountants. Asking them to determine in real-time whether their work is preliminary research, application development, or post-implementation maintenance is error-prone. The distinction between a bug fix that should be expensed and an enhancement that might be capitalizable is often subjective. Multiply this across distributed teams, contractors, and multiple simultaneous projects and you quickly drown in timesheet data that requires significant effort to reconcile and audit.
Best Practices for Implementation
The goal is to get accurate enough data for financial reporting without destroying developer productivity and morale. The most effective approach is to classify work at the project or work item level rather than asking individual developers to categorize every hour.
- Tag Jira stories and epics as capitalizable or not at the planning stage. Finance and engineering leadership agree on classification criteria upfront, and developers simply log time against their assigned work.
- Keep time categories minimal. A common approach uses five buckets: new feature development as CapEx, enhancements to existing features as potentially CapEx, bug fixes and maintenance as OpEx, research and exploration as OpEx, and meetings and overhead as OpEx.
- Consider automated approaches. Tools that analyze Git commit data, pull request activity, and issue tracking tickets can estimate time allocation without manual timesheets, dramatically reducing developer burden.
- Use story points as a proxy when precise time tracking is not feasible. If a sprint contains 30 story points of capitalizable work and 10 of maintenance, 75 percent of the sprint’s developer costs are capitalized.
- Train engineers on the why. Developers comply more willingly when they understand that proper CapEx tracking directly affects company valuation and financial health. Transparency about the business impact goes a long way.
- Review classifications monthly or quarterly with both finance and engineering present. Catching misclassifications early prevents painful year-end corrections.
Looking Ahead: ASU 2025-06
The accounting landscape is shifting. FASB issued ASU 2025-06 in September 2025, which makes targeted improvements to ASC 350-40. The most significant change is eliminating the rigid three-stage framework and replacing it with a principles-based probable-to-complete recognition threshold. It also introduces a significant development uncertainty concept where capitalization cannot begin if the software involves technological innovations or novel features where uncertainty has not been resolved through coding and testing. These changes take effect for annual periods beginning after December 15, 2027, giving companies time to prepare.
For engineering teams, the shift to a principles-based approach may actually simplify things. Instead of trying to map agile sprints to rigid phases, the focus moves to whether the project is probable to be completed. This aligns more naturally with how modern software development works and may reduce the classification headaches that make CapEx time tracking so painful today. In the meantime, the best thing engineering leaders can do is implement lightweight tracking systems that capture the data finance needs without burdening the people who write the code.