In plain words
Fintechs spend heavily on building apps, payment platforms and fraud engines. IAS 38 allows this cost to be capitalized as an intangible asset only in the development phase, once all criteria are met, such as technical feasibility, intention and ability to complete, probable future benefits and reliable cost measurement. Research, maintenance and bug-fixing are expensed. Capitalized costs are amortized once the asset is ready for use, and impairment-tested if abandoned.
Why it matters
Costs of developing the core payment platform, apps and risk/fraud engines can only be capitalized as internally generated intangible assets once strict development-phase criteria are met (technical feasibility, intention and ability to complete and use, probable future economic benefits, ability to measure cost reliably); research and routine maintenance are expensed, and over-capitalizing engineering spend inflates assets and understates current-period expense, masking the true cost of running the platform.
Diagnostic questions
Has the specific engineering initiative moved from exploratory research into a development phase with a defined technical design? Can the entity evidence, at that point, technical feasibility, intention, and financial/technical ability to complete and use the feature? Is developer time tracked (e.g., via sprint allocation) to separate capitalizable development from non-capitalizable maintenance and bug-fixing?
Recognition
1) Map each engineering initiative to a project and classify it as research (exploratory, no defined technical design) or development (defined design, moving toward build). 2) Expense all research-phase and exploratory spend as incurred. 3) For development-phase work, test all six IAS 38 criteria together: technical feasibility, intention to complete, ability to use/sell, how it will generate probable future economic benefits, availability of resources to complete, and ability to measure cost reliably. 4) Capitalize only from the point all criteria are met (not retrospectively) until the feature is ready for its intended use. 5) Track developer time via timesheets or sprint allocation between capitalizable development and non-capitalizable maintenance/bug-fixing. 6) Begin amortizing once the asset is available for use, and reassess useful life periodically given fast technology cycles.
Measurement
Measure at cost including directly attributable payroll and infrastructure costs (e.g., cloud compute directly tied to building the feature, not general hosting); exclude general overheads, training costs, and post-launch operating costs; amortize over the useful life once available for use, reassessing useful life as technology and product cycles evolve quickly in fintech; test for impairment if a capitalized feature is later abandoned, replaced, or a major re-platforming supersedes it.
Presentation & disclosure
Disclose: the accounting policy for distinguishing research from development; amounts capitalized during the period by major project/platform component; the amortization method and useful lives applied to platform intangibles; impairment losses recognized on abandoned or superseded features; and the total R&D expense recognized (research plus expensed development).
Common mistakes
- Capitalizing all engineering payroll regardless of project phase
- capitalizing ongoing maintenance, bug fixes and minor UI changes
- failing to reassess or impair capitalized costs for features later abandoned or replaced
- capitalizing time spent on agile sprints without a documented methodology separating new-feature development from maintenance
- continuing to capitalize after the feature is technically ready for use but before formal '
- go-live'
- (should stop at technical readiness, not launch date)
- capitalizing general R&
- D overhead and management time not directly attributable to a specific project.
Simple example
A fintech spends SAR 6,000,000 over a year on its risk-scoring engine: SAR 2,000,000 relates to early feasibility research (expensed) and SAR 4,000,000 to development after technical feasibility was confirmed and management approved the build (capitalized, with a 4-year expected useful life, amortized straight-line at SAR 1,000,000/year once the engine goes live). Journal entries: (1) Research phase: Dr R&D expense 2,000,000 / Cr Cash/Payroll payable 2,000,000. (2) Development phase capitalization: Dr Intangible asset, platform development 4,000,000 / Cr Cash/Payroll payable 4,000,000. (3) First full year of amortization after go-live: Dr Amortization expense 1,000,000 / Cr Accumulated amortization, intangible asset 1,000,000.
Professional judgment
Identifying the point at which technical feasibility is achieved, and separating capitalizable development effort from ongoing agile maintenance sprints, is highly judgmental in fast-iterating fintech engineering teams. Grey areas include: whether a major refactor of existing infrastructure that improves but does not add new functionality qualifies as development or maintenance; how to treat 'spikes' (exploratory technical investigation within a development sprint) that blend research and development characteristics; and the appropriate useful life for platform components in a sector where technology and regulatory requirements can force replacement well before a component is technically obsolete.
Source basis
IAS 38 · Intangible Assets
Paragraph references
Verified against the official standard texts used in the IFRS Expert skill.
Related issues
- IFRS 15Principal vs agent in payment flows
- Professional JudgmentClient money segregation and balance sheet treatment
- IFRS 9Settlement receivables and float
- IAS 37Chargebacks and fraud loss provisions
- IFRS 9BNPL portfolio classification and expected credit losses
- IFRS 15Interchange and MDR revenue recognition
Educational and navigation content only. Not professional advice. Does not reproduce official IFRS/IAS text. Consult the authoritative standards and qualified professionals; professional judgment may still be required.
